Subsea & Offshore Service Magazine May'16

May 2016 Issue

Training & Development | Subsea: ROVs & AUVs Decommissioning | Cables, Glands & Connectors | Hazardous Area Drilling, Exploration & Production | OSVs & Cable Installations

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Contents

edi to r s l et t er Welcome to the May issue of Subsea & Offshore Service Magazine, the journal for the Oil and Gas, Subseas, Offshore and Renewables markets.

W ithin this i s s u e

We open this issue with an interesting opinion from James Palmer, Director of Strategy and Commercial Development for Achilles who explains why he

INDUSTRY VIEW POINT

4

ne w s i n b r i e f

6

i nd u stry ne w s

8

TR AININ G & DE VELOPM ENT

20

SUBSEa: ROVs & AU Vs

24

D e c o mm i ssi o ni ng

28

C able s, g la nd s & c onne c tor s DRILLING, E X PLOR ATION & Pro d uc t i o n

32 34

thinks the oil and gas industry is vulnerable to legal risks (p4).

On (p8) Keith Mackie, Director of Strategic Projects and International Development at ITF explains

how operators are looking long term to secure the

significant technical and operational benefits which Thermoplastic Composite Pipe (TCP) boasts.

Headlining our Decommissioning feature (p28),

Thomas Alexander, General Manager of GMS advises on the best economic and environmental practices when it comes to decommissioning an oil rig.

On (p24) Julie Hart, Water Hygiene Technical

Manager and Andrew Russell, Senior Microbiologist at Intertek Production and Integrity Assurance,

consider the advantages of Remotely Operated

Vehicles (ROVs) to assure the quality and safety of potable water systems.

Next month’s features include Lifting Equipment,

OSVs & cab le i nsta llat i o ns

38

H AZARDOUS ARE A

40

PRODU C T S POTLIGHT

44

A- Z D i r e c tory

51

Deck Machinery & Winches, Fasteners/Seals/

Gaskets & Bolting Solutions, Welding & Fabrication and Instrumentation Services & Supplies. So if you

would like to feature in the next issue, please send through your material and images at your earliest convenience to editor@sosmagazine.biz For advertising opportunities, please email Jon

McIntosh for further information jon@sosmagazine.biz

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May 2016 | www.sosmagazine.biz | p3

GLOBAL OIL AND GAS INDUSTRY ‘VULNERABLE’ TO LEGAL RISKS James Palmer, Director of Strategy and Commercial Development for Achilles Oil and gas companies across the globe have admitted they are exposed to mounting legislation, but are struggling to put in place safeguards to protect themselves according to new research. · More than a quarter (28%) of large oil and gas companies said it is likely or very likely that their suppliers will expose them to mounting legislation · A near identical percentage (26%) admitted they are not prepared to deal with the risk · One in 10 oil and gas firms don’t have health and safety information for main suppliers · More than one in three (37%) do not have health and safety policies for suppliers in lower tiers Results were revealed in a survey of 97 large oil and gas companies across the UK, USA, Spain, Australia, Asia, Brazil, South Africa and the Middle East. The study was carried out by independent consultancy IFF and commissioned by Achilles, which works on behalf of 200 oil and gas buyers globally to manage risks associated with 15,000 suppliers.

Oil and gas companies are facing a perfect storm of risk. In the current economic environment facing the industry, the risk that suppliers and contractors take short cuts in terms of compliance inevitably increases.

At the same time, the large operators are having to make thousands of redundancies across the globe, with fewer people in compliance departments to gather and check critical information from suppliers and assess their capabilities. This is a critical issue, considering that around 85% of personnel working offshore are contractors.

James Palmer, Director of Strategy and Commercial Development at Achilles.

Oil and gas firms across the globe face severe penalties for noncompliance with laws and regulations, including termination of licences.

p4 | www.sosmagazine.biz | May 2016

Health and safety risk is ever present in oil and gas, and ensuring people get home safe from work is non-negotiable, no matter how challenging the market becomes.

In our experience, firms can best protect themselves by putting in place an effective pre-qualification programme, supported by a robust plan of desktop and physical auditing.

James Palmer, Director of Strategy and Commercial Development at Achilles.

About Achilles Achilles creates and manages a global network of collaborative industry communities, allowing trading partners to share high quality, structured, real time data. Using cloud based technology and industry expertise we act as an independent partner, providing validated data and insightful analytics to enable buyers across a sector to identify and manage risk and suppliers to increase market reach while increasing compliance and minimising costs for the network as a whole.

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DEEP CASING TOOLS EXPANDS INTO NEW TERRITORIES Casing and completion tools specialist Deep Casing Tools has expanded into the Kazakhstan market with its reaming and unique drillable turbine technology.

The company’s 7” Turbocaser Express™ high speed reaming system was deployed recently in the Chinarevskoye field where the client had experienced previous casing running issues. The casing reached total depth on first attempt and, following a typical cement program, the Turbocaser Express™ was successfully drilled out with a polycrystalline diamond compact bit on a rotary steerable assembly and next section drilled in one run.

FUGRO SHORTLISTED IN PRESTIGIOUS GROUND ENGINEERING AWARDS Fugro has no less than four shortlisted entries in this year’s Ground Engineering (GE) Awards, a leading showcase of technical excellence and achievement in ground engineering.

Geotechnical work performed by Fugro for the A9 trunk road dualling from Perth to Inverness, Scotland, is in contention for Ground Investigation Project of the Year. Shortlisted in two categories, Product and Equipment Innovation and Technical Excellence, is a rapid scanning condition assessment system co-developed

by Fugro and United Utilities for the Haweswater Aqueduct. Fugro’s two in one cone penetration test (CPT) and sampling system, designed to boost productivity of nearshore site investigations, is also among the finalists for Technical Excellence.

Over 100 shortlisted entries will compete across 14 categories in the coveted awards which are closely followed by engineering professionals around the globe. Winners will be announced at a gala ceremony in London on 30th June.

Marcus Rampley, Managing Director of Fugro GeoServices said “It’s less than a year since we integrated our UK geotechnical activities and it’s great to see our diverse range of services recognised in this way”.

WaveWalker 1, the innovative walking jack-up developed by Fugro and Van Oord, scooped the GE Award for Product and Equipment Innovation in 2014. p6 | www.sosmagazine.biz | May 2016

Deep Casing Tools’ technologies provide significant time and cost savings. With the ability to ream while running in, the casing can be run sooner while the hole is in best condition, eliminating wiper trips and open hole exposure time.

The company’s expansion into Kazakhstan has been supported by Oil Tools Services, a Kazakh company based in Aktobe city with a wide established client base. Oil Tools Services established the demand for Deep Casing Tools products in the region by performing market research and identifying several applications where clients had suffered significant non productive time running tubulars attributed to wellbore instability.

Alan Phillips, Vice President Sales of Deep Casing Tools, said: “Our entry into Kazakhstan is great news for both Deep Casing Tools and Oil Tools Services and is in line with our global expansion strategy. Despite the downturn we are well placed to succeed in this market as our technology saves clients flat time and reduces overall well costs. We look forward to further expansion into Kazakhstan and neighboring territories” Additional business expansion for Deep Casing Tools includes a record order book in Russia and a first Turbocaser Express™ deployment offshore Netherlands.

Total global sales for Deep Casing Tools’ products stands at 332.

N-Sea Awarded Renewables Unexploded Ordnance Contract Subsea IMR provider, N-Sea, has been awarded a new contract with Galloper Offshore Wind Farm Ltd (GWFL).

The contract for pre-construction unexploded ordnance (UXO) clearance works commenced in April 2016 and includes UXO risk management, target investigations and clearance on the Galloper Wind Farm, off the coast of Suffolk.

Expected to run for between 3-6 months, the project sees the Siem N-Sea multi-support vessel utilise a WROV to investigate potential UXO targets within the array areas and export cable corridor. N-Sea’s dive support vessel, Neptunus, will also undertake similar tasks in shallow water areas.

To complete the clearance works, N-Sea has sub-contracted Ordtek Ltd (provider of unexploded ordnance risk management for land and marine developments), Modus Seabed Intervention (work class ROV and crew hire) and Ramora UK (Explosive Ordnance Disposal services).

Chief Operating Officer at N-Sea, Roddy James, said: “We are delighted to have the opportunity to contribute to the development of the Galloper project, which is a key part of the UK’s renewable energy portfolio.

“N-Sea has an impressive track record of unexploded ordnance campaigns in harsh conditions, which was key to our success in securing this contract. Our personnel and equipment resources are at the leading edge of UXO services, and our efficient, robust systems ensure we complete every project safely, on-time and within budget. This is a clear reflection of our ability to always provide safe, sound and swift solutions for our clients.”

VISTEM STRENGTHENS MANAGEMENT TEAM WITH THE APPOINTMENT OF AWARD WINNING HEAD OF HSE VISTEM has announced the appointment of Karen Stephen, a leading figure in health and safety within the energy sector, as its new Head of HSE.

IMI Critical Engineering forms strategic partnership with MRC Solberg & Andersen IMI Critical Engineering and MRC Solberg & Andersen have agreed to join forces, complementing their competences and resources to form a strong center for control and choke valve solutions and services in Norway.

The collaboration will see MRC Solberg & Andersen partnershiee IMI Critical Engineering’s IMI CCI business work with MRC Solberg & Anderson where they will combine their unique experience, which spans several decades, and in-depth knowledge of the Norwegian market to form a world leading centre for control and choke valve solutions in Norway As the world’s sixth largest supplier of crude oil and second largest exporter of natural gas, Norway is an area of key strategic importance for IMI Critical Engineering and by working alongside a key industry player such as MRC Solberg and Andersen, this will allow both IMI CCI and MRC Solberg and Andersen to best serve this important market. The partnership will see the establishment of a representative agreement between the two businesses which will combine MRC Solberg & Andersen’s expertise in the areas of service, engineering, logistics, training and diagnostics with IMI CCI’s unrivalled reputation for product quality and reliability.

Mike Semens-Flanagan, Director of Strategic Planning at IMI Critical Engineering, explained: “With challenging market conditions and ambitious targets for growth, now more than ever, we need to find innovative ways to add value for our customers. Given the importance of the Norwegian market for our business, it makes sense to form a partnership with MRC Solberg & Andersen on the strength of its reputation and vast experience in the Norwegian oil & gas industry. We expect the relationship to produce a real synergy that will enhance our offering to customers, give us a real edge in a competitive marketplace and enable us to truly sustain a competitive advantage over time.”

Karen brings a wealth of knowledge, amassed from 11 years working on offshore assets, to the company which designs, develops and implements new technologies for clients in the oil and gas industry.

Talking about the new appointment, Director John Turnbull said, “VISTEM is making an impact across the sector with the development of pioneering products which contribute not only to cost and time efficiencies but also deliver substantial safety benefits to our clients. During this period of growth of the company, we’re fortunate to have an individual of Karen’s calibre in a position to drive the business forward safely and efficiently as Head of HSE.” Karen is the current Oil and Gas UK Safety Representative of the Year, an award she received in recognition of her general commitment to safety and workforce engagement.

Working tirelessly to encourage safety awareness, Karen was credited with increasing participation at quarterly meetings and successfully challenging management to put safety at the top of boardroom agendas. This was followed up with the Energy Institute Safety Award in November 2015.

Speaking about the role which will see her have overall responsibility for all aspects of HSE, Karen said, “I’m looking forward to the challenge of working for VISTEM, an ambitious and innovative company which places safety at the top of its agenda.

“The focus of my new role will be VISTEM’s key product, a 3.5m mobile access platform developed for the offshore sector. The lift will reduce working at height hours which is a key safety issue for the industry.”

The ATEX approved access lift is battery and motor free. Powered by a pre-loaded gas spring and gear system, the platform can be raised or lowered in only 11 seconds. It is one of a range of instant products developed

by VISTEM with the aim of minimising health and safety risks and reducing the cost of production for clients.

ROCOL makes key Aberdeen appointment International lubricants manufacturer ROCOL has made a key appointment to support its growth objectives in the North Sea oil and gas market.

Martin Simpson joins the UK-based business as Sales Engineer for the offshore and marine sectors, with responsibility for the UK and North West European market.

ROCOL, which has manufactured high performance lubricants for more than 130 years, supports an international portfolio of customers from a network of 12 offices worldwide.

Brendan Kendrick, Business Development Director at ROCOL, said: “It’s great to have someone with Martin’s industry experience and technical expertise on board. His appointment serves to deliver great value to our end users and significantly strengthens the support available to our network of distributors.”

Aberdeen based Martin previously held business development and technical roles with service companies including Balmoral Offshore Engineering, PK Hydraulics, Hydrasun, Viking Seatech and Craig Group.

Martin said: “I’m looking forward to applying my technical knowledge and business development background to help our end users reduce costs by providing guidance and advice on how our products can extend the life of costly wire rope and associated products.

“Our specialist solutions, such as BIOGEN WIRESHIELD, are an established feature of modern day offshore operations and one of my priorities is to help introduce their benefits to an even wider range of prospective customers.”

ROCOL is a global supplier of lubricants and associated products across a number of markets including the offshore, marine, aerospace, food and industrial sectors.

Its support for the offshore and maritime sectors includes lubrication products for wire ropes and ROV umbilicals to provide protection from corrosion and friction, maximising service life and reducing costs.

Composite pipe dream becomes reality Keith Mackie, Director of Strategic Projects and International Development, Industry Technology Facilitator (ITF)

Industry Technology Facilitator

There’s no doubt the oil and gas industry is facing tough times, but for many developers the downturn has been a catalyst for change with an upsurge of interest in both new and enhancing or adaptable technology.

It seems the quest to drive down costs and increase efficiency is pushing an often risk averse industry out of its comfort zone.

Billions of dollars are invested annually in offshore pipelines and risers, but despite global steel prices being slashed, operators are looking to the long term to secure the significant operational and technical benefits which technologies such as Thermoplastic Composite Pipe (TCP) boasts.

Since it was first touted as an alternative to steel in the 1990s, these robust lightweight, high strength and corrosion free pipes are fast becoming a viable choice for those looking to avoid excessive installation and corrosion costs.

TCP features a solid pipe wall constructed from glass or carbon reinforcement fibres and thermoplastic materials. It has a variety of application areas offshore, including: flowlines, risers, jumpers, choke and kill lines, expansion spools, access lines, and chemical injection lines, as well as commissioning and intervention lines. The offshore oil and gas industry can now benefit from the use of TCP, whose qualification using DNVGL-RP-F119 assures performance, reliability and safety during its lifetime.

A composite pipe dream Pipelines typically form a major proportion of the development cost of a subsea project, particularly for long subsea tie backs.

The costs, which include procurement, fabrication and installation, are mainly driven by the pipeline material selected and method of installation. With the average cost of installing and maintaining a pipeline accounting for around 35% of a typical subsea tie-back project, it is little wonder that more p8 | www.sosmagazine.biz | May 2016

Above: The unique and proprietary manufacturing process results in a true composite pipe structure. effort is being placed on R&D activity and cost saving measures.

In 1999, Airborne Oil & Gas, the world’s first and leading manufacturer of fully bonded TCP was established. Eight years later, armed with a concept for composite coiled tubing, the company approached ITF in response to one of our Call for Proposals on Unlocking the Hydrocarbon Potential.

Despite a tough selection process in front of ITF members, a year long joint industry project for cost effective risers was launched

in 2009, supported by eight operators and costing in excess of EUR2 million. This was a radical departure for the original team of four pipeline engineers, who had previously not even considered the potential of TCP beyond downhole coil tubing for applications such as deepwater risers.

The collaborative project involved participants supplying a number of scenarios involving varying diameters, water depths and pressures which would be used to produce individual riser designs. The sponsor group then selected

Below: The pipes are manufactured in continuous lengths of thousands of metres and delivered on transport reels, operational reels or directly spooled on to a vessel.

Industry news a design to build and test at the company’s manufacturing facility in IJmuiden, which now has three production lines and plans are in place to expand the plant for larger diameters.

Extra funding by late participants then allowed for qualification to take place, such was the confidence and conviction felt by ITF and its collaborators in this new technology.

In less than five years, following completion of the JIP with ITF, the TCP pipe dream is now a reality with a number of successful installations for major operators in deepwater regions such as West Africa, Gulf of Mexico, South China Sea, the North Sea and Brazil.

Airborne is now introducing the first qualified TCP flowline, which will be installed offshore Malaysia by Petronas. According to the company, they have been able to prove significant savings on total installed cost, compared to conventional solutions.

As a further demonstration of success, it now employs more than 130 people.

Collaboration in action The Airborne story from concept to commercialisation is comprehensive proof that perseverance and strong partnerships do deliver results, and that despite the current

challenging environment obstacles around R&D can still be successfully overcome.

With the oil and gas industry firmly focussed on finding new ways to implement cost reductions in both capex and opex, R&D investment must continue to help maximise the recovery of remaining hydrocarbon reserves. The good news here is that there are many examples where innovations, such as TCP, have made marginal fields more profitable or delivered efficiencies to squeeze more life from older assets.

Author biography Keith Mackie is the Director of Strategic Projects and International Development with Industry Technology Facilitator (ITF).

His experience comprises strategic objective planning, business analysis, requirements gathering and commercial engagement through the definition of new business proposals, contractual negotiation, agreement and delivery. Keith was involved in facilitating the launch of the original ITF JIP with Airborne in 2009.

www.itfenergy.com

Above: Thermoplastic composite pipes offer operational and cost advantages across all stages of the lifecycle.

Above: Keith Mackie, Director of Strategic Projects & International Development, ITF.

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May 2016 | www.sosmagazine.biz | p9

Industry news

Iraq’s Oil Minister Resigned in Midst of Instability Crisis for Country’s Oil Industry, says GlobalData Analyst IMI Critical Engineering, a leading supplier of critical components for use in energy and process applications, has joined forces with sister company IMI Precision Engineering to deliver a bespoke solution for a leading petrochemical company.

Despite the country’s wealth of resource, budgetary constraints caused by low oil prices, political disputes, and a prolonged conflict with ISIS have impacted the Iraqi government’s ability to maintain the tremendous levels of capital investment required to realize targeted production levels. This has resulted in the Iraqi Oil Ministry revising its production targets from 9 million barrels per day (mmbd) to 6 mmbd by 2020.

Ali Al-Killidar, GlobalData’s Analyst covering Oil and Gas, says that current production is around 4.3 mmbd, and GlobalData forecasts closer to 5 mmbd by 2020, primarily due to budget cuts faced by consortiums across the whole of Iraq.

Generally, revenues from Iraq’s southern fields, which account for 95% of the state’s budget, are not enough to cover all the state’s budgetary expenses and repay oil companies for their investments in the upstream sector, and Abdul-Mahdi warned operators about this. According to Iraqi officials, the potential for a low price environment was overlooked when the contracts were initially drawn up.

In May 2015, BP agreed to cut its budget for the Rumaila field

by US$1 billion from the initially planned US$3.5 billion, leaving production steady at the current rate of 1.4 mmbd.

Although the 2016 budget for the field has not been reported, a similar cut in investment is expected, with the primary focus of the operator shifting to offset the natural decline, at 17%.

Despite the numerous adverse events the Iraqi oil industry has experienced of late, Iraqi authorities have retaken oil fields from ISIS with international support, opening up the possibility of redevelopment.

As a consequence of the conflict, field infrastructure sustained extensive damage during fighting and the Iraqi government has lost up to 400,000 barrels per day of production during the conflict.

Redevelopment to salvage the fields has yet to be planned, partially due to the lingering threat of ISIS. However, should the group be eliminated, the government is likely to reinvest in the restoration of these fields over the long term.

Comments provided by Ali Al-Killidar, GlobalData’s Analyst covering Oil and Gas.

GLOBAL MARINE ANNOUNCES TWO SENIOR APPOINTMENTS Global Marine Systems Limited, the world leader in subsea system design, installation and maintenance announces two key promotions within the senior management team.

Mikkel Gleerup will assume the role of Director, Sales & Commercial at Global Marine and Darren Lam will join SBSS as Managing Director.

delivery during his time at the helm.

Mikkel brings a wealth of experience to the Global Marine Board in his new role.

He began his career with A.P Moeller (Maersk) as a Deck Officer before going ashore for a variety of management roles. Prior to joining Global Marine Mikkel was VP of Sales & Proposals for Siemens in China focused on the rapidly expanding offshore wind market.

Ian Douglas, CEO, Global Marine said: “I am delighted to announce these two appointments, both Mikkel and Darren bring extensive experience both within Global Marine and from the wider offshore industry, the culmination of this knowledge makes them the ideal candidates for these strategic roles.”

Reflecting on his appointment Mikkel Gleerup said, “I am looking forward to the challenge, I strongly believe in the capabilities of Global Marine. With the growth, particularly, in the offshore renewables sector, I’ll be looking to secure opportunities for the business in line with the company’s growth plans.”

Mikkel Gleerup will take up his role of Director, Sales & Commercial in mid-May and will be based in the UK with global responsibility for sales. Mikkel joined Global Marine as Managing Director at SBSS in 2014, and has been instrumental in SBSS’ strong performance

Darren Lam will join SBSS as Managing Director, in Shanghai from the beginning of May. Darren has worked at Global Marine for a number of years, most recently in the role of Senior Project Manager and has been responsible for implementing a host of high

p10 | www.sosmagazine.biz | May 2016

profile projects in both telecom and power for the business. Before joining Global Marine, Darren was a Senior Engineering Officer in the Singapore Air Force. In his new role, Darren will lead an organisation with more than 150 employees that achieved sales of over $60M in 2015.

Darren Lam adds: “In my project management capacity at Global Marine, I have developed a strong understanding of the clients’ expectations and rationale, and how internal business and project management process can be leveraged to enhance total customer satisfaction, which in my opinion, is essential for success. I’m looking forward to utilising this skill set to benefit SBSS’ customers across the Asia region.”

Industry news

MEES and ODE develop deep water offshore wind foundations Technology share from oil and gas acknowledged by UK Energy Innovation Award nomination.

Marine Engineering Energy Solutions (MEES), supported by the DORIS Group and its international engineering and operations support services subsidiary ODE, have designed an offshore wind turbine foundation to boost near shore deep water development.

Taking technology, which has been successfully deployed in the offshore oil and gas industry, MEES and ODE have developed the articulated wind column (AWC), an offshore wind foundation system that will unlock vast areas of deep water around the world for economically viable offshore wind production. Source data was provided by DORIS Engineering.

In recognition of its potential application to the offshore renewables market, the AWC has been shortlisted in the UK Energy Innovation awards.

It has been designed to provide structural support in offshore waters ranging from 45m to 200m for the largest wind turbines currently available (8MW).

The AWC is based on a proven, robust technical solution suitable for the harshest environmental conditions. It has a simple installation and removal process, based on a design successfully used by the oil and gas sector in the North Sea for many years.

It provides an excellent example of the ongoing transfer of skills and

knowledge from the oil and gas industry to the renewables sector as we seek to develop viable alternatives to hydrocarbon use.

Peter Godfrey, Managing Director, ODE. The origins of the AWC’s design lay in the concrete articulated column developed by the DORIS Group for the Maureen oil platform in the North Sea in the 1980s. The structure was operational until the field was decommissioned in 2001. In addition, a further 12 articulated loading columns were installed in the North Sea, some of which are still in operation.

The AWC structure consists of a compliant concrete vertical column and the concrete base, which is located on the seabed. The two main parts are connected by an articulated joint, which allows rotation about both horizontal axes.

The AWC uses the buoyancy in the deeper water to maintain the support structure near vertical, resisting the forces from wind, current and waves. It can be located where the power is needed, closer to shore, reducing significant installation and operation costs.

In the UK to date, the development of offshore wind turbines has been restricted to relatively shallow water locations of less than 40m, with many planned sites being a considerable distance from shore resulting in high electrical transmission costs.

The design enables the structures to be produced in high volumes and at lower cost concrete. It also allows for installation on an uneven seabed without the need for seabed

preparation, delivering the potential for a lower levelised cost of energy when compared to conventional offshore wind solutions.

The development of deep-water locations within the 25km range will allow for shorter cable connections to shore, and eliminates the need for the adoption of transformer units, which would provide a significant component to the overall development costs.

Model testing at the DORIS associated Oceanide facility in southern France has successfully been completed in extreme storm, operating and maintenance weather conditions.

Conventional offshore wind and support structures are economically viable in up to 30 or 40 meter water depth. This constraint significantly reduces the area around the UK and other countries in which wind farms can be located. It can also drive wind farms further from shore, which increases the levelised costs of energy.

Successful tests and years of practical experience from deployment in the oil and gas industry have demonstrated that the AWC can be used as a means of support for large wind turbines in deeper water at relatively near shore locations.

This system now allows for the economic development of offshore wind technology at many near to shore sites around the world.

Otto Carlisle, Director, MEES.

Advanced control room improves productivity at Victrex The latest User Day for ABB System 800xA customers demonstrated how a leading polymer manufacturer is using advanced control desks to improve the effectiveness and efficiency of control room operators.

Improvements in the way operators work were achieved following the installation of ABB’s extended operator workplace (EOW) control desks at the Victrex polymer plant in Lancashire.

Victrex, a specialist in advanced polymer solutions for industries including aerospace, energy and medical, has used the EOWs to optimise production, reduce the risks of human error and improve operator health and safety.

Following a presentation on the facilities and functions of the EOW by its manufacturer CGM, part of the ABB group, System 800xA customers were given a chance to see the control room in action.

Extended operator workplace Victrex recently installed an ABB System 800xA control system to operate its three production streams. The adoption of ABB’s EOW is central to the success of the project.

The EOW brings the ability to adjust the height and positions of display and control desk, as well as lighting and sound levels, to suit the preferences of individual operators. This allows operators to work in a way that lets them focus most effectively on the task in hand.

Based on up to three large LCD screens, the EOW integrates control graphics, video and audio communications to give operators a complete overview of plant operations.

May 2016 | www.sosmagazine.biz | p11

Industry news

North Star Shipping in running for two major health and safety awards Aberdeen based North Star Shipping, which has the largest, wholly owned British fleet engaged in the UK offshore industry, has reached a double milestone after being shortlisted for two major health and safety awards.

Douglas Craig, Chairman and Managing Director at Craig Group, said: “Being shortlisted for two awards is a significant achievement in itself. It underlines the dedication and efforts of our masters, crew and HSEQ team to continually build on the highest health and safety standards that we are committed to in our business.

The British Safety Council has shortlisted North Star Shipping for the Transport, Distribution and Storage Sector Award in its International Safety Awards scheme while one of the company’s Chief Engineers, Robert Watt, is in the running for Health and Safety Champion of the Year.

“We are also particularly pleased that Robert has been recognised for his outstanding achievements. Robert constantly drives safety onboard all vessels he sails on and has been responsible for many safety observations and improvement suggestions that have been shared across the fleet.

The winners will be announced at the British Safety Council’s 2016 International Safety Awards gala dinner on May 6 in London.

North Star Shipping, a division of the family owned global shipping and energy services firm, Craig Group, is one of 34 organisations that have been shortlisted from a total of 443 as deserving candidates for the Sector Awards.

This is the third year we have presented the Sector Awards as part of our long standing International Safety Awards scheme. This accolade is particularly significant since within the very high standard represented by all winners of the awards, these organisations excel in their industries.

Mike Robinson, Chief Executive, British Safety Council.

The Health and Safety Champion of the Year award recognises individual contributions to keeping workers and workplaces healthy and safe every day.

Mr Watt is one of only six people shortlisted for the accolade following nominations from organisations operating in a wide range of industry sectors and countries, including the United Kingdom, Africa, Asia and the Middle East.

The winners in each of nine Sector Award categories will be announced by Mr Robinson and Lynda Armstrong OBE, Chair of Trustees.

p12 | www.sosmagazine.biz | May 2016

“He has made a significant contribution to our new build vessel programme, ensuring these vessels are commissioned correctly and safely, setting the tone onboard for a living safety culture throughout our fleet.”

Last year, North Star Shipping won a prestigious Sword of Honour from the British Safety Council. The company was one of 61 organisations worldwide, and one of only two in the North East of Scotland, that achieved the accolade which is awarded to organisations that have demonstrated excellence in the management of health and safety risks at work.

For more information, visit:

www.craig-group.com

Below: Last year’s 2015 International Safety Awards Gala Dinner.

Industry news

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May 2016 | www.sosmagazine.biz | p13

Industry news

ADIPEC Reveals List of Confirmed CEO Speakers for 2016 Edition of Conference Programme Abu Dhabi’s Prestigious Energy Event Attracts Top Executives from World’s Leading Oil and Gas Companies International Speakers to Include Global CEOs of Total, Halliburton, Oxy, and Schlumberger Nine international leaders from some of the world’s most prominent oil and gas companies have confirmed their participation in the 19th edition of the Abu Dhabi International Petroleum Exhibition & Conference (ADIPEC 2016), organisers revealed in the lead up to the show.

Held under the patronage of His Highness Sheikh Khalifa Bin Zayed Al Nahyan, President of the UAE, hosted by the Abu Dhabi National Oil Company (ADNOC), and organised by the Global Energy division of dmg events, ADIPEC continues to show significant growth, bolstered by repeat senior level representation from the world’s industry giants in the event’s prestigious Conference Programme. The three CEO Plenary sessions within the programme will offer both national and global perspectives on achieving sustainable practice in the energy sector.

Confirmed global CEO speakers include Patrick Pouyanné, CEO of Total; Jeff Miller, President of Halliburton; Vicki A. Hollub, President and Chief Operating Officer of Occidental Petroleum Corporation; Paal Kibsgaard, Chairman and CEO of Schlumberger Limited; Lars Christian Bacher, Executive Vice President, Production and Development International at Statoil; Mark Garrett, CEO of Borealis; and Toshiaki Kitamura, President and CEO at Inpex Corporation.

Speakers representing leading companies in the region will also be participating in the high level discussions, including Ali Rashid Al Jarwan, CEO of the Abu Dhabi Marine Operating Company (ADMA-OPCO), and Mohammad Ghazi Al Mutairi, CEO of Kuwait National Petroleum Company (KNPC).

Established as the world’s most influential exhibition and conference for the oil and gas industry, ADIPEC has a longstanding track record of bringing together globally celebrated luminaries and experts to discuss challenges and opportunities in the energy sector. The landmark event is anchored p14 | www.sosmagazine.biz | May 2016

on the international presence of some of the world’s leading petroleum producing countries, as well as emerging markets, underlining its position as the global meeting place for industry professionals.

With global energy consumption set to increase by slightly more than one third (34%) by 2035 according to BP’s latest Energy Outlook report, and fossil fuels expected to supply about 60% of this growth, decision makers are increasingly looking for ways to enhance their operational efficiency amid a challenging economic landscape for the petroleum industry, one marked by an evolving global energy mix.

Mr Ali Khalifa Al Shamsi, Strategy and Coordination Director at ADNOC and ADIPEC 2016 Chairman, said: “ADIPEC has a worldwide reputation as an event where companies within the sector achieve strong business results, and for providing essential thought leadership on the industry’s most significant present and future challenges.”

“By bringing the world’s most knowledgeable experts under one roof, we are able to provide a platform where ideas are exchanged and critical issues are addressed, enabling both established and emerging markets to adopt policies that will strengthen their oil and gas businesses,” Mr Al Shamsi added.

News of the confirmations follows recent announcements that the prestigious energy event will be held under the theme ‘Transitional Strategies for an Efficient and Resilient Energy Industry’, setting the agenda for ADIPEC’s distinguished Conference Programme.

“Today’s economic environment makes it critical that industry professionals develop new approaches to doing business across all verticals in the energy sector, from operations to management,” said Christopher Hudson, President, Global Energy at dmg events.

“Empowering stakeholders with knowledge and best practice is fundamental to achieving industry resilience, and ADIPEC provides an

international arena where decision makers, innovators, and experts can learn valuable information, network, and generate solid business opportunities.”

Forming the cornerstone of the event, the ADIPEC 2016 Conference Programme will feature 95 technical sessions that will look at topics ranging from Exploration and Production Geoscience to Marine and Offshore. Organisers are looking to build on last year’s record breaking success, with a target of gathering more than 2,500 abstracts.

The programme will also feature two Ministerial Sessions, eight Panel Sessions, 10 VIP Briefings, three Breakfast Sessions, and three Luncheon Sessions that will address some of the most imminent topics in the energy sector.

Through a series of topical features, ranging from the ADIPEC Awards, which recognise excellence in energy, to Young ADIPEC, an ‘edutainment’ programme designed to cultivate the next generation of energy professionals, ADIPEC offers a holistic platform for stakeholders to address all industry requirements.

Event features also include Women in Industry, a dedicated forum that tackles some of the most pressing challenges facing women in energy, and the Offshore and Marine conference and exhibition, which offers the region’s largest waterfront showcase for the offshore sector.

ADIPEC 2015 generated an estimated USD 9.7 billion in business, welcoming more than 94,000 attendees, 8,500 delegates, 700 speakers, 2,000 exhibitors, and 23 international pavilions. The four day event takes place annually at the Abu Dhabi National Exhibition Centre.

Industry news

ONS 2016: Energy explained - Opportunities exposed This August, ONS presents an expanded exhibition area and more quality conference content than ever.

The renowned energy event will focus on the opportunities arising due to the new market reality in the energy industry.

Nine exhibition halls – endless business opportunities The exhibition halls will as usual be filled with all the major players in the industry, but also a significant amount of new exhibitors has signed up due to expanded exhibition area.

We experience an urge to get together, not only to plan for the future and discuss the current situation. Gathering the global energy industry means gathering global business opportunities in one place. Suppliers get access to new customers and contractors discover new technology from new suppliers.

Leif Johan Sevland, President and CEO of ONS. Technical Sessions – new for ONS 2016 The big new feature for ONS 2016 is called Technical Sessions. With the help from a committee with key individuals from the industry, the unsolved technical challenges were identified. Companies in the industry were invited to submit their solutions.

The result is a conference arena providing the latest news in technology developments, and in-depth understanding of the possible solutions to major technical challenges.

Image accredited to: ONS/Fotograf Kallen.

The ONS Conference: Energy explained Our countries, our companies and our jobs are all influenced by the changes in the energy world. ONS offers the chance to understand the dynamics affecting the markets and the energy industry.

Crucial information for anyone who wants to stay ahead in the game.

ONS is expanding ONS is one of few energy events who is experiencing growth, despite the tougher market situation for the energy industry.

An extra exhibition hall will be used, and the exhibitors have not been hard to find. The reason is easily explained, according to President and CEO Sevland:

“The ONS Conference presents the biggest names in the business, to give you the global perspectives from the people with the best insight and the power to influence the future,” Sevland explains.

ONS has over 40 year’s of history as one of the world’s leading energy events. So especially in challenging times, the companies understand the value of exhibiting at ONS and visitors know why it is important to be here. They know we deliver the latest insights on the market and future opportunities, and most importantly, we provide them with the international energy industry.

It’s a magnificent meeting place, and the perfect place to boost business.

Among the keynote speakers for ONS 2016 are Ben van Beurden, CEO of Royal Dutch Shell, Ryan Lance, CEO of ConocoPhillips, Lord Browne, Chairman of L1 Energy, Eldar Sætre, CEO of Statoil and Mohammed Y. Al Qahtani Senior Vice President Upstream from Saudi Aramco.

In these pictures: From the ONS Conference in 2014. The main theme for 2016 is Transition.

Leif Johan Sevland, President and CEO of ONS (right).

Image accredited to: ONS/Elisabeth Tønnessen.

About ONS • 91 682 visitors in 2014 • One of the world’s most renowned energy events • Exhibition, Conference and Festival • 1 300 exhibitors • 350 speakers on five conference arenas • Held 29 August - 1 September in Stavanger, Norway Image accredited to: ONS/Kilian Munch.

www.ons.no/2016 May 2016 | www.sosmagazine.biz | p15

Industry news

Offshore Technology Conference Open to Industry Professionals, Students Alike

The 2016 Offshore Technology Conference (OTC) brings together more than 100,000 leaders and buyers in the offshore energy industry from more than 130 countries to discuss offshore resources and environmental matters. It will take place May 2-5 in Houston, Texas at NRG Park. The annual conference was nominated by the Trade Show Network for the ‘Best Show Award’ this past year. It is the biggest conference that features offshore resources in the fields of drilling, exploration, production, and environmental protection.

Attendees are encouraged to stay an extra day for the second annual d5: The Next Big Thing event, an industrywide discussion and panel of speakers that discusses new technologies and trends in other industries with relevancy to the offshore and energy industries.

The event drew thousands of attendees last year, receiving positive ratings from professionals in a range of industries and backgrounds.

The reviews proclaim its effectiveness for surfacing practical solutions in offshore and energy businesses, along with sparking creativity and resourcefulness in a dynamic industry through interactive discussions and brainstorming with industry professionals. d5 will be held at Rice University in Houston, approximately three miles from the conference site.

Tickets are sold separately.

‘Next Wave’ is the kickoff program on May 4 at 8 a.m. It takes place after the topical breakfast at 7:30, and is aimed at young professionals who are new to the energy industry. Speakers with technological, operational, academic, and political backgrounds will discuss

p16 | www.sosmagazine.biz | May 2016

their experiences and consider the political aspects of the industry. This is followed by the exhibition and University R&D showcase at 9 a.m., which provides universities the opportunity to share their current and planned R&D projects that are relevant to offshore technology.

Technical sessions begin at 9:30.

Main topics include ‘continued operations’, where experts discuss ways to extend the useful life of aging fields and improve production rate while enhancing oil recovery factors.

A second topic, ‘new and emerging markets’, highlights the burgeoning Mexican market. Experts will also discuss the ‘current environment’ of today’s offshore atmosphere, operating costs, and case studies. Next, ‘protecting our

resources’ looks at cyber security, process safety, and risk management.

Finally, ‘looking back to move forward’ studies foundational areas and technologies that will impact future developments.

At 7 p.m. on Tuesday, May 3, the Houston Astros will play against the Minnesota Twins at OTC Night at the ballpark at Minute Maid Park.

Other exciting features of this year’s show and at the NRG center include the Energy Education Institute on May 5, where 100 Houston area classroom teachers can attend the free workshop to educate students grades 4-12 about scientific concepts, energy, and its relevancy to the oil and natural gas industry.

Industry news

Resilient and Rugged - AROÂŽ Pro Series Pumps Meet the Needs of Oil, Gas & Marine Applications The fluid intelligence experts at AROÂŽ, a brand of Ingersoll Rand, will demonstrate its line of simple, yet smart, aluminum Pro Series pumps constructed with Hytrel diaphragms at the Offshore Technology Conference 2016.

These highly reliable and cost effective pumps bring a unique advantage to oil and gas applications, as well as marine operations, because they are efficient, extremely resilient and can tolerate wide fluctuations in temperatures.

The ARO Pro Series pumps easily transfer, recirculate and batch material ranging from clean, light viscosity fluids to corrosive, abrasive medium viscosity fluids, as well as pass large particles without damage.

The Hytrel diaphragm at the heart of the pump, facilitates material transfer in oil, gas and marine applications because Hytrel, a super-tough thermoplastic polyester elastomer, resists hydrocarbon,

hydrogen sulfide, oils, solvents and other industrial chemicals. The ability of the Hytrel diaphragm to adapt to wide temperature variables ranging from -20 degrees Fahrenheit to 150 degrees Fahrenheit make it a prudent choice for onshore and offshore oil and gas applications that exist both in hot desert environments as well as cold, salty, damp marine environments.

The elastomer based diaphragm also naturally resists corrosion and rust.

ARO Pro Series pumps offer operators the ability to vary the flow outlet from 12 gallons per minute to 237 gallons per minute and support discharge pressure from 100 to 120 PSI, depending on the size of the pump.

The pump is available in aluminum, cast iron and stainless steel, all which can be grounded for enhanced safety in combustible and hazardous environments.

Six different pump sizes are available ranging from half inch to three inch.

ARO is a leading worldwide manufacturer of fluid management products that are expertly

engineered to deliver performance and serviceability, allowing success to flow.

With an 85 year legacy of premier product performance and service excellence, ARO provides fluid management equipment for customers and industries around the globe, including oil and gas, marine, chemical, manufacturing, energy, pharmaceutical, mining and more.

The ARO product line includes diaphragm pumps, piston pumps and packages, filters, regulators and lubricators (FRL’s), lubrication equipment, pneumatic valves and cylinders and control devices. Every ARO product is backed by an expert team of trusted advisors dedicated to designing products that promote success around the world.

Visit the ARO fluid intelligence experts at booth number 13451 at the Offshore Technology Conference 2016, or for more information visit:

www.AROzone.com

Industry news

Proserv seals significant contract with Statoil Global-leading energy services company Proserv has been awarded a multi-million pound contract with Statoil for the provision of production control equipment in Norway.

In these pictures: Statoil’s Gullfaks A (background image - accredited to Øyvind Hagen) and Technician demonstrating Proserv’s production control solutions capabilities (bottom left).

Proserv will supply five wellhead hydraulic power units (HPUs) for Statoil’s Gullfaks oil and gas field in the Norwegian sector of the North Sea which is undergoing an extensive topside upgrade programme.

The design, manufacture and supply of the workscope will be carried out by Proserv’s specialist engineering and project teams in Stavanger, Norway. Work has already begun on the manufacturing of these systems and all five are expected to be delivered to Statoil by 2017.

This is a significant win for the company that highlights the strength of our technical and engineering expertise as well as our market leading status for the provision of surface production systems and services.

We are also extremely pleased that Statoil have so clearly shown their trust in us to deliver robust technology and services on time and to the highest standards, and we look forward to working with them in the successful delivery of this project.

Henrik Johnson, Proserv’s Regional President for Scandinavia.

The agreement comes just months after Proserv was awarded a contract to provide topside control equipment at one of the largest field discoveries on the Norwegian Continental Shelf. Proserv is supplying Aibel, on behalf of Statoil, with a HPU and three chemical injection panels for the

prestigious Johan Sverdrup development’s drilling platform.

Proserv is a global-leading market specialist in life of field services for the energy industry with its proven technologies and engineering expertise underpinning the company’s success.

The company, which operates worldwide through 25 operating centres based in 11 countries, has a 40 year track record in delivering world class solutions particularly in the subsea, production and drilling market sectors.

p18 | www.sosmagazine.biz | May 2016

For further information, visit:

www.proserv.com

Industry news

MAERSK OIL AWARDS FOUR YEAR CONTRACT FOR CULZEAN DEVELOPMENT Maersk Oil has awarded leading information management specialist Datum360, with a four year contract to implement Software as a Service (SaaS) solutions for the Culzean development in the UK North Sea. The key component of the solution, PIM360, will be at the centre of Culzean’s engineering data management.

Datum360 software has been used for

We are delighted to have been awarded this contract and to work with a progressive company that is very reactive to pressures faced in the oil and gas industry.

As such, Maersk is really driving to increase its efficiencies and implement improvements to their engineering information management, which will play a significant role in reducing costs and saving the company time. It is estimated that up to 60% of an engineer’s time can

the issuing, maintenance and creation of a tagging and numbering specification together with the matching of these to specific documents which will capture work completed on all the platforms and vessel.

Using an integrated solution is the smartest and most economically advantageous way that owner operators should work. Not only does it enhance the consistency of data, but it also increases overall productivity and creates a more structured approach to managing vast

be spent moving and organising data on major assets like offshore oil platforms and vessels. If the systems they use are cobbled together, ineffective and or simply don’t interlink then this time is completely wasted.

We pride ourselves on the speedy deployment of off the shelf SaaS solutions that can be operational within days and cost as much as ten times less than the fees that owner operators have previously

amounts of project information. As well as implementing Datum360’s DMaaS (Data Management as a Service), Maersk has also used the company to advise its data control centre on processes and software and currently to train staff on engineering information systems.

Datum360 is based in Middlesbrough and Aberdeen with offices located around the world including Kuala Lumpur and Houston. The company works with four of the top six super major international oil companies.

had to budget for. In the current oil and gas climate we are acutely aware of the need to add value, build trust and ultimately do more for less and at Datum360 we are very proud that this has always been at the heart of our business, delivering efficiencies, experience and first class SaaS technology that delivers every time.

Steve Wilson, CEO and Co-Founder, Datum360.

Below: The management team at Datum360. Steve Wilson (centre), CEO and Co-Founder at Datum360.

Right: (background image) The Culzean development, North Sea.

May 2016 | www.sosmagazine.biz | p19

trAininG & deVeloPMent THE UNDERWATER CENTRE DELIVERS ROV TRAINING TO NZ NAVY DIVE TEAM A team from the Royal New Zealand Navy has recently finished an intensive ROV training course, delivered by The Underwater Centre at the Naval Base at Devonport, New Zealand.

prior to deeper diving and assisting in the recovery of sunken aircraft/helicopter, to helping with marine accident investigations. The ROV can also be utilised for security reconnaissance for harbour inspections, hull inspections, mine location and disposal.

The nine day course focused on in-water operation training of the Saab Seaeye Falcon ROV, which is regularly used by the Navy for reconnaissance and security missions.

“Throughout the duration of the training the water visibility was poor, less than 1.5m. This added to the challenge, but gave the candidates the best possible training in learning how to navigate in poor or zero visibility conditions.

It meant that sonar training became essential and the class were able to fly the Falcon without cameras, using sonar images and sensor readings alone.

Warships were berthed very close by, allowing the candidates to work under and around the vessels, carrying out a range of training exercises.

The course was split between classroom lectures and practical/in-water operational training and was specifically tailored by The Underwater Centre for the Navy, allowing the candidates to train within their own site with their own ROVs. The candidates were put through their paces by ROV Training and Operations Superintendent, Paul Bury, who has 15 years’ experience in the ROV industry, and has been training industry ready ROV pilot technicians for over 13 years at The Underwater Centre.

“Once the team were accustomed to close quarters control and navigation, the ROV was taken on longer and longer excursions, until eventually, the ROV was able to travel around the entire basin to the full extent of the tether. The long excursions allowed the candidates to identify previously unknown sonar targets and to investigate them.

“We spent an intensive nine days with the team teaching them all aspects of the Seaeye Falcon,” Paul said.

“To increase the challenge, the candidates were also tasked with searching and then recovering sunken objects using the sonar for locating and then the manipulator for picking up and recovering items. This kept the team busy with tasks getting progressively more difficult as they improved their skills.”

“The ROV has been used by the Navy for a variety of operations, from reconnaissance

LT CDR Benjamin Martin, Mine Clearance Diving Officer at Royal New Zealand Navy,

p20 | www.sosmagazine.biz | May 2016

added: “The Royal New Zealand Navy Dive Training School is the lead underwater training facility in the New Zealand Defence Force. It provides trained personnel to the Littoral Warfare Unit, several Army units, the New Zealand Police and the New Zealand Customs Service.

“Remote technologies are highly valued by the New Zealand Defence Force for the range of options they provide. Since its introduction into service, the Royal New Zealand Navy has utilised an observation class ROV to conduct operations ranging from hull inspections to deep recovery of helicopters in the alpine lakes of the South Island.

“This wide variety of operating environments requires the ROV pilots to have a high standard of training, which The Underwater Centre provided in a very professional, thorough manner. Thanks to The Underwater Centre for the excellent training.”

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TWI Training and Examination Services Tel: +44 (0)1642 216320 E-mail: trainexam@twitraining.com www.twitraining.com May 2016 | www.sosmagazine.biz | p21

training & development

De Oude Bibliotheek Academy: new education centre and meeting place for the offshore energy industry Former library TU Delft has a new function after 100 years The former university library of TU Delft has a new function.

One hundred years after its opening as the first scientific library in The Netherlands, the building will be reopened, housing a new knowledge institute for offshore professionals on this historic site: De Oude Bibliotheek Academy. DOB-Academy is the new education centre and meeting place for the offshore energy industry.

The offshore industry is known for its large, complex projects that demand cooperation and innovation. Ranging from deep sea operations in oil & gas in over 3,000m water depth, to the enormous proportions of offshore wind turbines (reaching towards Eiffel tower dimension), the industry requires newcomers and experts to join forces. “The Netherlands has an offshore industry that is leading globally in these areas. DOB-Academy’s function is to reinforce that leading position”, says Founder Jan van der Tempel.

Fast development The current low oil price puts enormous pressure on the industry to develop more efficient solutions. The same drive is found in the offshore wind sector, which will need to become competitive without subsidy in the coming years. “In both areas, you see challenging projects that require teamwork and mutual understanding”, says Jan Meek of Heerema. “The exchange of knowledge between offshore wind and oil & gas will be a great help to reach cost effective deployment.” David Molenaar, of Siemens Nederland, adds: “As we are implementing the national energy agreement, the industry faces the challenge to recruit sufficient new staff.

Education is key, not only at student level, but also in training of professionals who join the industry from different backgrounds.”

Training and meeting “The Dutch wind energy sector has a strong starting position, but is still relatively young and developing.

p22 | www.sosmagazine.biz | May 2016

This means many new people will enter the arena, creating new jobs. To get these new (wind)professionals up to speed quickly, we need to give the proper background and skills so they can have a flying start”, says Van der Tempel, who is an expert on offshore wind and author of “Bluff your way in Offshore Wind”. DOB-Academy facilitates this with training sessions, workshops, seminars for the offshore energy industry, from introduction to expert level.

of technological and scientific knowledge in The Netherlands. After the library moved to a new building on campus in 1997, the building has been empty for more than a decade. In 2015, a large scale renovation restored the building to its former grandeur. To commemorate the centennial celebration of De Oude Bibliotheek, a book is presented on Thursday: “De Oude Bibliotheek; 1915-2015”.

Sharing of knowledge “A lot of knowledge is locked in minds and within companies and not shared. That is a shame considering the huge challenge the industry faces: not only rapid growth but also a required cost reduction of at least 40%. That means the industry must work smarter, more creative and more effective”, says Van der Tempel. De Oude Bibliotheek Academy wants to unlock the knowledge and experience, facilitate sharing of that knowledge and organise meetings between disciplines.

About De Oude Bibliotheek Academy De Oude Bibliotheek Academy is the new education centre and meeting place for professionals in the offshore energy industry. The former university library of the Delft University of Technology offers training sessions, workshops, seminars for the offshore energy industry, from introductory to expert level.

DOB-Academy wants to facilitate and empower knowledge exchange, teamwork, research and innovation, to achieve the best engineering results. It’s founders have a passion for the offshore energy sector and the desire to further its development, by bringing people together and exchange knowledge and skills: Empowering Engineering Excellence.

One hundred years Not only the new function is celebrated, also the fact that the monumental building in the centre of Delft was inaugurated exactly 100 years ago.

Since then, the university library had a pivotal role in gathering and dissemination

Read more about DOB-Academy:

www.dob-academy.nl

IChe

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Safet Ce

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IChemE safety training 2016 IChemE offers a range of courses to help you, your staff and your organisation improve safety and reduce risk.

For more information including the various dates and locations please visit the relevant website.

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Alternatively email courses@icheme.org to request our 2016 course catalogue.

Comprehensive Explosion Science www.icheme.org/ces Consequence Modelling Techniques www.icheme.org/cmt Effective HAZOP www.icheme.org/effectivehazop Emergency Planning www.icheme.org/ep Establishing and Maintaining a Safety Culture www.icheme.org/emsc

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Layer of Protection Analysis (LOPA) www.icheme.org/lopa Managing the Hazards of Flare Systems www.icheme.org/flare Process Safety Awareness www.icheme.org/psa Process Safety KPIs and PSM Auditing www.icheme.org/pskpis

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roVs & AuVs

How ROVs Can Improve Potable Water Management Strategies and Processes Julie Hart, Water Hygiene Technical Manager and Andrew Russell, Senior Microbiologist at Intertek Production and Integrity Assurance, consider the advantages of Remotely Operated Vehicles (ROVs) to assure the quality and safety of potable water systems.

Managing the potable water supplies of offshore facilities, such as oil rigs, FPSOs, flotels and industrial vessels, is a vital undertaking in oil and gas and other industries. Maintaining a thorough water management strategy tailored to the needs of a facility comes with no small amount of accountability.

Potable water is heavily relied upon during all stages of day to day routines offshore, from personal use such as showering and drinking to food preparation, cooking, cleaning and laundry. It is also required for industrial processes such as utilities, cooling systems and other technical uses.

The Dangers of Poor Potable Water Quality Legislation varies between regions, but typically an installation’s water management strategy will be the responsibility of an appointed individual. In the UK, this is the duty holder, as stipulated by the Health and Safety Executive.

Neglecting water hygiene practices on an offshore facility could have catastrophic consequences for those working and operating on board. In terms of operational continuity and cost, it could also have major repercussions if an unplanned shutdown is required.

A water tank that hasn’t undergone inspection within the timeframes recommended could harbour a number of contaminants, including microbial, chemical, hydrocarbon based and excessive debris and or sediment.

These can then pose a risk to human health and the integrity of the tank.

The worst case scenario widely acknowledged across all industries is the breeding of Legionella. As is generally known from high profile cases in the past, Legionella can result in serious widespread illness and death through the inhalation of airborne bacteria.

Another problem the microbiology team at Intertek encounters in the case of water storage tanks is corrosion.

The development of corrosion is serious as it poses a risk to water quality and the integrity of the tank itself. It is also known that iron is a vital food source for Legionella and in turn, corroded tanks have a higher incidence of positive Legionella results.

Below: Legionella bacteria, a potentially deadly bug that uses iron as a food source.

Above: An Intertek Production Chemist examining a corrosion damaged component.

An annual inspection schedule should be put in place to monitor the need for re-lining, re-coating and cleaning, a costly and time consuming process that will require the tank to be kept out of service while the process is completed.

Alternatively, an inspection can satisfy the legislative requirement and demonstrate that tanks are in a good and hygienic condition.

The Challenges of Potable Water Tank Cleaning Cleaning a water storage tank is no small task, especially when dealing with large volume capacities that can range from tens to hundreds of thousands of litres or more.

Traditionally, water tank cleaning requires taking the tank out of service, draining, cleaning and re-filling before bringing the tank back into service. This process typically lasts for around three days if straightforward, but can easily be longer if corrosion and other more significant problems are identified.

The Use of ROVs for Tank Inspection ROVs have the potential to improve upon the traditional approaches taken to water tank inspection.

A crucial factor in deploying an ROV for potable water tank inspection is that the method statement and process must ensure that no new toxins or bacteria are introduced into the water supply.

p24 | www.sosmagazine.biz | May 2016

SUBSEA: ROVS & AUVS Our teams have come across the following benefits of using ROVs, compared to traditional methods: • Using an ROV removes the risks associated with confined space entry, which requires permits, planning and paperwork.

• Water tanks do not require discharging or refilling to perform the inspection.

• The time consuming recommissioning step is reduced when using a ROV. When manned entry is undertaken, tank superchlorination is required prior to bringing the tank back online.

If using an appropriately deployed ROV, this is not required.

• Following an ROV inspection, if remedial works are needed, the footage can be kept and drawn upon, which can help to inform better planning in the future. This can save time and costs in the long term.

• In the best case scenario, tanks can be put back online within 12 hours.

• ROV footage offers the kind of detailed, close up inspection necessary to inspect a tank’s internal condition.

In addition, ROVs can possess enhanced features which allow further benefits to be gained from their deployment.

Some are capable of taking tank wall and coating thickness measurements, which are required for corrosion monitoring. Also, grabbing and sampling arms can take unknown material from the inside of tanks, to be analysed following the ROV’s recovery.

and operators peace of mind that they are doing all they can to keep their colleagues, visitors and working environment as safe as possible from the threat of harmful microbes.

www.intertek.com Below: Preparing an ROV for water tank entry.

ROVs - A Potential Step Forward for Water Tank Inspection Although much of this discussion focuses around oil and gas, these practices are applicable to other industries where large water tanks are used. Water safety issues are universal when dealing with large storage tanks and the numerous people relying upon them.

Whether you opt for ROV technology or stick to traditional methods to inspect and clean your water tanks, the most important action is to establish and implement a suitable water management strategy for your facility.

Adhering to this will give duty holders

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May 2016 | www.sosmagazine.biz | p25

decommissioning

TSC Inspection Systems are proud winners of the ‘Best Innovative Product’ Award at the recent NDT Level 4 Conference, Abu Dhabi TSC Inspection Systems are proud to announce that the ACFM® MagCrawler™ has won the award for ‘Best Innovative Product 2016’ at the recent NDT Level 4 Conference, hosted in Abu Dhabi.

Recognised for innovation in it’s field, the ACFM® MagCrawler™ has been developed to enable the subsea ROV deployment of TSC’s ACFM® Array Probes; simplifying the inspection of offshore structure geometries, such as circumferential welds in pipes and tubulars, fillet and full penetration welds in plates; all typically found in the oil and gas sectors. The MagCrawler™ also provides a solution when access to areas is restricted, dangerous or expensive to reach using divers, such as the splash zone and confined compartments.

This recognition further solidifies TSC as a market leader for providing a comprehensive inspection technology platform that enables orgnisations to plan and deliver their IRM campaigns with high levels of accuracy, speed and flexibility.

We continue to develop innovative solutions that ensure our customers are equipped with the best in field technology as they implement their NDT programmes; often in the most challenging of environments.

Henry Sadek, Field Services Manager, TSC.

As a one day event, the 2nd NDT Level 4 Conference focuses on the Middle East region and aims to provide NDT experts an arena of expertise to host presentations and discussion forums on NDT. Key topic areas such as welding, coating technologies, technical training and new products are core themes, together with the application of innovative inspection technologies across key industrial sectors such as Oil & Gas, Marine, Civil and Industrial infrastructure.

Alongside presentations from FARO, GE Oil & Gas, Proceq and Yxlon; TSC delivered a session on ACFM as an advanced NDT inspection technology and it’s flexibility throughout topside and subsea applications.

Levels of attendance were high and the question and answer session was flowing, with audiences tuning in on the live streaming channels. Overall the conference brought together many key companies within the region and is seen as a valuable event in the Middle East NDT calendar. Our appreciation and thanks goes out to the Aries Group and Biz Events Management for organizing and supporting this successful event.

About TSC Inspection Systems TSC Inspection Systems provides advanced Non-Destructive Testing (NDT) solutions, founded on their unique and patented Alternating Current Field Measurement (ACFM®) technology. The ACFM® technique detects surface-breaking cracks in metallic structures and components, without the need to remove protective coatings,

therefore minimizing downtime for critical operations. Independent tests show that ACFM® technology is one of the world’s most reliable NDT methods, producing an audit trail which makes the inspection process significantly more robust than traditional methods.

TSC Inspection Systems was established in 1984, as a spin-off from University College London, by a team of Professors and Lecturers who were recognised leaders in the fields of NDT, robotics and fracture mechanics.

ACFM® was developed with support from BP, BG, Conoco and Shell, who were keen to significantly improve the reliability of underwater inspection, reduce the reliance on the diver operator and provide auditable inspection records.

TSC Inspection Systems is the developer and sole supplier of ACFM® technologies, with bases in Milton Keynes, Aberdeen and Singapore. TSC design and manufacture rugged, field proven ACFM® systems for subsea and topside applications, together with a wide range of probes.

TSC offers customers a wide range of support in the execution of subsea and onshore inspection programmes worldwide, including ACFM® system sales and rentals, operator services and engineered solutions for diverless subsea ACFM® deployment.

For further information please visit the TSC Inspection Systems website:

www.tscis.com

p26 | www.sosmagazine.biz | May 2016

ACFM® NDT Technology provides ...

• Accurate crack length & depth measurement.

• Inspection through coatings.

• Reduced dependence on operator competence.

• High levels of data integrity.

• Accurate & auditable inspection records.

• Support for effective integrity & risk management.

• Remote deployment inspection solutions.

• Hazardous zone deployment.

• Cost reduction in unnecessary repairs or rework.

• Detection in normal ambient light.

• “No-pollutant” inspection campaigns.

ACFM® Systems Rentals

24/7 rentals operation, global despatch, supported by an in-house team of ACFM® experts.

ACFM® Engineered Subsea Solutions

Diver deployed and diverless remote access inspection methods including advanced engineered solutions such as crawlers and scanners.

ACFM® Inspection Services

Operators with ACFM® Level 2.5 & CSWIP 3.4 are deployable worldwide. Project management & ACFM® procedural development expertise are available.

www.tscis.com

For further information call: Aberdeen +44 1224 72513 Milton Keynes +44 1908 31744 Singapore +65 6543 9728

WCNDT 2016, June 13-16th Visit TSC on Stand FO02

Decommissioning your rig: economic and environmental best practices By Thomas Alexander, General Manager, GMS Singapore With the current economic challenges facing the oil industry, a burgeoning market for rig decommissioning is growing at an unprecedented speed.

Since the dawn of the modern offshore oil industry, which began in earnest during the 1970’s, the industry has never before faced such a deep and prolonged downturn.

This relatively unknown territory has left drilling companies and owners of other offshore assets uncertain of the best practice, most efficient, economical and environmentally responsible ways of recycling retired rigs.

Just two years ago the advanced and expensive machinery on board drilling and production rigs would have been worth millions of dollars, however, the current market conditions mean that there is little re-sale value for this equipment unless it is in almost perfect condition. More often than not this is not the case, as laid up rigs were generally hard at work in the world’s busiest oil fields before the downturn in crude prices. These rigs, and the specialised equipment on board, are now reduced to the value of the steel.

So decommissioning and recycling is often the only viable way of dealing with obsolete rigs.

The rigs that are sold for recycling tend to be ‘cold stacked’, with no crew on board prior to their sale; there is therefore minimal on going maintenance. This can present a whole series of challenges to the owner if they are responsible for the entire recycling process.

Therefore the selling of rigs in ‘as is where is’ condition to reputable cash buyers is the most cost and time efficient process for rig owners.

However, finding a buyer that will take on such a challenge is not a simple process.

To coordinate a rig move to a recycling yard halfway across the world requires significant expertise, investment, industry connections and professional infrastructure management. It is only the largest and most financially stable cash buyers like GMS, which are able to offer this solution.

Once an ‘as is where is’ sale is signed, there are many processes and responsibilities which are taken on by the cash buyer, this enables the owner to realise the benefits of working with a professional third party specialist, ensuring environmental, operational and cost efficiencies, minimising their time and resource as much as possible, while still maintaining a good level of oversight of the methods and processes being undertaken.

Before any decommissioning can happen an Inventory of Hazardous Materials (IHM) is created in order to precisely record the volume of potentially harmful chemicals on board a rig, which is crucial to its safe and environmentally sound recycling. The information collected and retained throughout the rig’s life means that there is normally a detailed record of the chemicals on board to work from.

www.gmsinc.net

p28 | www.sosmagazine.biz | May 2016

Asbestos is a common hazard in many rig decommissioning projects, and this, along with any other potentially unsafe chemicals must be flagged to the recycling yards to enable them to be safely handled and disposed of.

Following on from the IHM, every yard will also create a SRP (Ship Recycling Plan) plan, to ensure that all of the parts of the rig are properly disposed of or recycled in the most sustainable way. Almost every element of the rig will be recycled from the steel to machinery and everything from the light bulbs to bathroom fittings will be re-used. For example, in India the lifeboats from the rigs are turned into fishing boats for local villages surrounding the yards. A high level of accountability is placed upon the yards throughout this process and detailed reports are sent back to the original seller so they and their stakeholders are kept up to date on all and any incidents, as well as the status of the process, ensuring complete transparency of the recycling project.

As the downturn in the oil markets continues to impact the industry, the lay-up and recycling of older rigs is becoming more common.

Companies such as GMS are working to ensure that, if these rigs have met the end of their useful lives, the decommissioning and recycling process is as seamless for the sellers as possible. In a market facing significant scrutiny alongside many other challenges, a credible and experienced partner can provide significant peace of mind to all involved.

decommissioning

NorSea Group (UK)’s expansion plans will bring benefits to UKCS support vessels NorSea Group (UK) is continuing its expansion programme at Smith’s Quay, Peterhead with the installation of a close-to-quayside bunded area to house Marine Gas Oil storage facilities which will further enhance the services available to support vessels operating in the UKCS. In line with the company’s ‘Customer Focused, Industry Conscious, Services Driven’ ethos, the additional facilities will be part of NorSea Group’s Onshore Logistics Solutions (OLS) service which provides a single point of contact for the management of all onshore contractors on behalf of vessel operators.

Smith’s Quay currently has 16,500m2 of laydown and 160m of berthing with a draft of 10m making it an ideal berth for dealing with the largest CSV / DSV vessels operating in the sector.

Future development plans based on Peterhead Port’s re-siting of the Fish Market will see NorSea Group’s area of operations almost treble to give more than 50,000m2 laydown area and

400m of berthing and provide permanent office facilities on the quayside.

Plant and labour is available 24/7 and NorSea Group works with a small team of experienced and flexible operators and has a tie-in and commitment to local providers of third party services - all of which emphasise the benefits of an OLS service that has been developed and adapted to suit the needs of the customer.

Mike Munro, Operations Director, NorSea Group (UK) outlines what makes a quayside suitable for the handling of decommissioning materials or the management and control of large scale projects.

“You need space, plenty of space, you need adequate berthing and a draft capable of handling the largest construction and dive support vessels,” he said. “You also need cranes, forklifts and transport, but most of all, you need an experienced team of professionals working together with third party providers where all individuals and

Above: Smith’s Quay from the bridge of a vessel. companies have a single purpose, to load/ discharge vessels in a timely, safe, and cost effective manner, always placing the clients’ needs at the heart of our planning and our operations.

“NorSea Group prides itself in having the facilities, the people, the relationships, and the knowledge to carry out large and complex operations and take them in their stride.”

www.norseagroup.com

CUSTOMER FOCUSED INDUSTRY CONSCIOUS SERVICES DRIVEN

May 2016 | www.sosmagazine.biz | p29

decommissioning

Bibby Offshore Wins North Sea Decommissioning Contract Bibby Offshore (BOUK), a leading subsea services provider to the oil and gas industry, has secured a multimillion pound contract with a North Sea Operator, to deliver decommissioning operations in the Northern North Sea East Shetland Basin.

subsea structure removal with pile severance and debris removal within the platform’s 500m zone and along bundle routes. Waste disposal services will also be provided by BOUK, recovering items that can be decontaminated, disposed or recycled, followed by an over-trawl of the cleared field.

The agreement, due to commence in Q2 of 2016 and be completed by the end of 2016, will utilise one of Bibby Offshore’s construction support vessels with adequate deck space and crane capabilities to execute operations approximately 550km North East of Aberdeen.

Fraser Moonie, Chief Operating Officer of Bibby Offshore, said: “We are looking forward to building on our existing relationship with this particular client and continuing our partnership to provide subsea services for its offshore assets.

Bibby Offshore has been appointed to carry out remedial rock placement over the existing 16” oil export pipeline, recovery of 12” pipeline bundles,

years of experience in decommissioning projects globally, often in highly challenging conditions, we have built up a strong track record and are ideally positioned to support companies operations.”

Below: Fraser Moonie, Chief Operating Officer of Bibby Offshore.

“Decommissioning work is of a specialist nature and, with more oil and gas infrastructures reaching the end of their design life, multi-industry experience is key to ensure each project is complete in a safe and responsible manner. With ten

Mercury rising in Gulf of Mexico structure removals Mercury, typically found in high concentrations in hydrocarbons in southeast Asia and South America, has been ‘popping up’ more often in deepwater projects in some areas of the Gulf of Mexico, according to Tim Jenkins, Principal Engineer at PEI. In one recent project for an offshore operator in the Australasia region, the Houston based contractor removed 418 grams of mercury from equipment that was loaded with 4g/m2 of the toxic metal, Jenkins said in a speech at the recent 8th Decommissioning & Abandonment Summit in Houston.

PEI has determined that mercury’s impact on equipment and piping can be reversed by pulling the mercury out of the systems and restoring them for re-use or decommissioning, Jenkins said. He added: “You must do the science first and understand your chemical, and reduction processing plan”.

Jenkins was not the only person to show off new developments in decontamination to the annual conference. Rick Wimberley gave insight into a new facility opened by PSC Industrial Outsourcing in Gibson, Louisiana to decontaminate and disassemble platforms brought in from the Gulf of Mexico (GoM). p30 | www.sosmagazine.biz | May 2016

Removal about more than just equipment When removing equipment from the GoM, any number of contaminants can be brought up with it, including naturally occurring radioactive material (NORM), asbestos, lead, and general hydrocarbons decontamination.

Mercury, one of those rare metals which becomes a liquid at ambient temperatures is, according to Jenkins, “a unique challenge”. It can contaminate any equipment, be it floating production and storage vessels, offshore production platforms, and pipelines, and each segment presents its own challenges, he said.

PEI typically begins the identification process with a non destructive XRF pre-screening of test spools and samples to determine the surface loading and distribution. XRF analyzers use X-ray fluorescence to identify the elements contained in a surface-scale compositions and other sample materials. According to Jenkins, this method allows for instantaneous distribution, with the data translated to surface mass loading distribution maps. In a recent PEI case study the operator wished to re-use the equipment.

Where the plan is for complete decommissioning, the contractor can conduct additional verification through destructive testing in the form of an acid digestion analysis and/or thermal desorption analysis.

There are at least half a dozen options to choose from when it comes to removing mercury from hydrocarbon processing systems, according to Jenkins.

These include: chemical circulation; vapor phase chemical applications; various mechanical and robotic high pressure jetting; vertical surface treatments which increase chemical contact times; sequential chemical treatments; and various mechanical and chemical pigging options. Chemistries are formulated to remove hydrocarbon and metals (mercury and arsenic) in a single phase based on certain mass removal objectives determined during assessment.

Once decontamination is complete, the next task is to deal with the spent chemistries and minimize waste, Jenkins said. In a case study involving full scale processing in which additives are mixed in ISO standard tanks, PEI and partner ISCT processed 50,000 liters of extreme pH spent chemistry and solids particulate, as well as 15,000 liters of mercury containing rinsate.

Residual unconsolidated sludge consisting of 10-20% solids was accumulated, along with particulate, and sent to a centrifugal decanter.

Consolidated sludge consisting of 28%-50% solids was drummed and disposed as mercury containing solids.

decommissioning

North Sea exposed to domino effect in near term The North Sea will remain exposed to the threat of a domino effect of early decommissioning unless operators and regulators band together to find solutions, experts have warned.

Decommissioning expenditure is expected to match capital expenditure by the end of this decade as around 80 fields cease production, Oil & Gas UK said in its 2016 Activity Survey.

Twenty one fields ceased production last year, which the trade association put down in part to a worsening market outlook.

Wood Mackenzie believes 140 fields could be closed over the next five years, assuming the oil price increases to $85 per barrel.

Because many companies rely on shared infrastructure to transport oil from field to terminal, owners of fields left behind will face difficult choices, Craig Stevens, Senior Manager, Oil and Gas at PwC, told DecomWorld. “They either find another export route, which is expensive, or use tankers, which could also be expensive and has other risks. They might decide they are better off decommissioning as well.”

Three quarters of North Sea fields produced less than one million barrels of oil equivalent in 2015, but a number are considered to be infrastructure ‘hubs’ for their area, the Oil & Gas UK report said.

The government’s Oil and Gas Authority has warned that a domino effect would have a negative impact on all areas of the industry, from employment to supply chains

to technology innovation. Stevens said the dominos were still standing, but a “prolonged period” of depressed oil prices “certainly won’t help” and companies need strategies in place.

Co-operation the way The best way to protect the industry is to enact the measures outlined in the Wood Review to improve economic efficiency, Stevens said.

Offshore companies and service companies need to work together and share their innovative solutions, he said, adding that other stakeholders, including the Treasury and the Department of Energy and Climate Change, need to be involved in discussions.

Cooperation on decommissioning projects can play a significant role in mitigating risks. Brian Campbell, Director at PwC, wrote in a recent blog post that developing a coordinated strategy would limit the risk of a domino effect. “If the costs of decommissioning are shared with the field next door, it becomes economic to keep it producing for longer. And coordinating the timing of projects will reduce the risk of some fields getting stranded and squeezed as adjacent ones are decommissioned before them.”

Companies have so far shown little willingness to collaborate, in Campbell’s opinion. Gareth Davies, Founder of the Bestem network of operators, financiers and consultants to the oil and gas industry, believes the convoluted relationships in the North Sea make the task of collaborating a little more complex than it seems.

Further complications The situation is further complicated, Davies said, because new field developments will turn to relying on floating production and storage vessels (FPSOs) to transport oil.

“Operators will think they won’t be able to rely on hooking up a new field to someone else’s platform so they will use more FPSOs to transport oil,” he said. “But for FPSOs to work you need a certain flow rate. Therefore, smaller and older wells are less likely to be developed and fields are likely to be shut earlier, which could increase the speed of decommissioning assets.”

There is a government regulation designed to prevent the domino effect, Davies pointed out.

Companies wanting to decommission assets have to apply for a COP (Cessation of Production) certificate. To be approved, they are obliged to take into account the knock-on effects of closure. To date, the government has not denied anyone a certificate, but in theory it could.

Although the threat from a domino effect is not yet imminent, that is not to say it could not happen, Stevens said. “A lot depends on commodity prices and costs. When oil prices are US$40 a barrel and a lot of companies are financially sound at US$60, we might get an acceleration of decommissioning. That’s when we might get a more severe domino effect.

The best means of avoiding it are to reduce costs per barrel and cooperate for the greater good.”

By David W. Smith

www.decomworld.com

Intelligence brief: UK decom spend to be higher than previously thought; Several North Sea contracts awarded The total cost of shutting down all the UK’s offshore oil and gas fields could reach as high as £70 billion ($99 billion), with two recent reports suggesting the decommissioning market is worth far more than previously estimated.

Oil & Gas UK forecast in its recent 2016 Activity Survey that total decommissioning expenditure on sanctioned assets will reach £50 billion through to the year 2055.

Separately,Xodus Group drew on figures from the Oil and Gas Authority (OGA), Department of

Energy and Climate Change, and Genesis Oil and Gas Consultants to show that the total cost of decommissioning will reach £45-70 billion, with a median estimate of £58 billion.

In 2013, Oil & Gas UK estimated the total value of the decommissioning market at £35-40 billion, and in 2015 it raised this to £41-46 billion, Xodus noted.

A little more £1 billion was spent on decommissioning activity in 2015, and this figure is set to rise to £1.5 billion in 2016 and then £2 billion in 2017, according to the Oil &

Gas UK report.

Xodus drew on a presentation from the OGA to illustrate how costs might diverge from the £58 billion estimate. Total spending on well plugging and abandonment (P&A) could fall by up to £11.5 billion from the median estimate on higher equipment utilization, better planning and fit-for-purpose concept selection; or it could rise by £9 billion in the worst-case scenario for operators. The cost of removing topsides and substructures could vary by as much as £1.5 billion less than the median or £3.2 billion more.

May 2016 | www.sosmagazine.biz | p31

Saving Money on Cable Purchasing During my 20 years in the global cable industry I have seen many changes. The demise of UK cable-manufacturing sector has seen many other overseas cable factories enter the UK and many export markets. This was met with an initial reluctance by many cable buyers to dismiss them, due to concerns about quality, which was a valid consideration.

However, a lot of overseas cable factories have proven to be able to supply high quality cables, with all relevant international accreditations particular the required industry.

For many years many purchasing executives accepted that they would have buy large MOQ’s (Minimum Manufacturing Quantities), which far exceeded their actual requirements, thereby adding an unwanted cost to cable purchases, especially for project procurement.

This also resulted in having to accept extra cables that would never be used and ultimately ended up being scrapped or sold-off cheaply. Another major issue was the long manufacturing times, as long as 18-20 weeks for intricate and special manufacture cables. These particular issues have resulted in over budgets and delays to completing important projects, especially shutdowns.

My company, Cable Industrial Ltd, a business consultancy / commercial agency, based in North-East England, but with a global network of agents and distributors has unearthed some terrific and previously un-heard of cable factories that have broken the mould in many ways!

Due to seriously heavy investment in the latest, state of the art cable making machinery, international accreditation from the likes of BASEC. KEMA, DNV, NEK, UL and other certification and Right: Craig Hatton (MIEx) is the Director of Cable Industrial Ltd and has over 20 years’ experience in over 60 international markets working in the cable industry. p32 | www.sosmagazine.biz | May 2016

also investment in highly qualified / experienced cable-engineers some these previously unknown factories are leading the way in the cable industry!

Some of these factories can produce MOQ’s as low as 300m, which is a huge cost-saving if the ‘accepted’ MOQ was 1,000-2,000 metres. Delivery times of 3 to 4 weeks can be achieved due to efficient plant and a commercially astute and flexible management! Manufacturing efficiencies result in zero scrappages, maximum running speeds and therefore extremely competitive prices!

There is no way to make cables significantly cheaper than actual material costs. Any buyer should be wary of this as conductor materials, compounds and armouring metals all have to be procured through high quality and equally accredited sub-suppliers.

The only way to reduce cable making costs is through efficiency, skilled staff and plant investment.

Many buyers in traditionally ‘conservative’ industries such as the Offshore, Mining and Railway industries are starting to ‘think outside the box’, but it is a slow process with an understandable reluctance to take a risk on a new supplier.

My partner factories will always welcome any potential buyer and electrical engineer to carry out any factory visit / audit.

Large international companies such as Exxon-Mobil, Flour and ABB have all been pleasantly surprised!

cables, glands & connectors

Expansion Plans for Hydro Group as it invests in Aberdeen Energy Park Premises Aberdeen based subsea cable and connector specialist Hydro Group, has expanded its premises by investing £2million in a new 13,700 sq ft bespoke facility, set to open in spring 2016.

The company currently occupies a 45,500 sq ft facility at the Aberdeen Energy Park, purchasing the additional 0.63 acres of development land from Buccleuch Property and Moorfield Group (Buccmoor LP) to enable it to expand operations and develop a brand new workshop with mezzanine deck.

The new facility and additional space was required in order to diversify and develop our business. It has been a significant investment for the future of our company, helping us to open up new business opportunities and deliver major growth plans for the company.

Doug Whyte, Hydro Group Managing Director.

Hydro Group, an Energy Park occupier since 2008, designs and manufactures underwater cables and connectors for subsea, underwater, topside and onshore applications. The company, one of very few in the UK that offers this technology, will use the space to install its new armouring line, facilitate a pressure testing area, and for additional storage.

The development follows on from a £300,000 investment last year in the advanced armour line, which extended Hydro Group’s product capabilities, enabling it to offer cable products to improve and support subsea operations.

“We are now able to manufacture mechanically protected cables which can withstand higher stresses in subsea and defence operations, and the extra space means that we can also offer greater capacity in size and overall lengths,” concluded Mr Whyte.

Speaking on behalf of the Park’s Owner, Moorfield Real Estate Fund III, Mark Holmes from Moorfield Group said: “It is very encouraging to see Hydro

In these pictures: Doug Whyte, Managing Director at Hydro Group and interior and exterior of Hydro Group’s new £2 milion, 13,700 sq ft bespoke facility at Aberdeen Energy Park.

Tel: +44

(0) 1730 895785 sales@ceep.co.uk www.ceep.co.uk

Group diversify and expand operations here at Aberdeen Energy Park. We were pleased to be able to facilitate the sale of development land which was available adjacent to the company’s existing facility. We look forward to the business continuing to develop and prosper at the park.”

Doug Garden, Partner of Knight Frank in Aberdeen, who advised Hydro Group, added: “Having project managed the original building for Hydro Group, it was pleasing to be involved once again in assisting Hydro Group with its further growth at Aberdeen Energy Park.”

Statoil awards Archer two-year contract extension to provide drilling services in North Sea Archer Limited announces a two year extension of its contract for platform drilling services, as Statoil exercises the first option following the original four year contract, with two additional two year extension options remaining.

Archer is currently the incumbent contractor for the Statfjord A, B and C platforms and was additionally awarded the Njord, Sleipner A, Snorre A and B, and Visund platforms under this extension. The extension will commence on October 1, 2016 which is a direct

I am very pleased that the excellent performance of our drilling crews over the past years has gained the confidence of Statoil and resulted in the award to Archer of this important contract extension for the provision of Platform Drilling Services in Norway.

Throughout the extension discussions we focused on developing future oriented operating models that provide safe, efficient and cost effective solutions.

Kenny Dey, Archer’s Vice President for Platform Drilling.

Visit our company website at

www.archerwell.com

p34 | www.sosmagazine.biz | May 2016

continuation of the current contracts.

The extension places Archer on 8 of the total of 17 platforms covered within the contract scope. Archer also maintains a lifetime contract with Statoil for the Veslefrikk platforms in the North Sea and will continue providing Platform Drilling services to Statoil’s Peregrino development in Brazil.

With this award Archer’s offshore drilling crews will provide drilling operations and maintenance services on 19 platforms on the Norwegian Continental Shelf, 24 platforms on the UK Continental Shelf, 2 platforms in Brazil and 1 Tender-

assist barge rig in Greece for customers including Statoil, ConocoPhillips, BP, Chevron, Repsol, Shell, Apache, Fairfield, Energean and Marathon.

About Archer Archer is a global oil services company with a heritage in drilling and well services that stretch back over 40 years.

Employing more than 5,000 people at 40 locations in 19 countries, from drilling services, well integrity & intervention, plug & abandonment to decommissioning, Archer is focused on safely delivering the highest quality services and products to the drilling and well service markets.

ConocoPhillips awarded Archer contract for Mechanical Wireline Services on the Norwegian Continental Shelf until 2021 Archer Limited announces that ConocoPhillips has awarded Archer a five year contract for the provision of Mechanical Wireline Services for the Norwegian Continental Shelf. The contract was awarded to Archer following a competitive tender process for ConocoPhillips’ well intervention services in Norway.

Archer has provided Wireline Intervention and Cased Hole Logging services for ConocoPhillips since 2009 and the current contract would have expired in January 2017. The new contract commenced on May 1, 2016 and cover a period of five years until April 30, 2021.

We are extremely pleased with the confidence ConocoPhillips places in Archer by giving us the opportunity to continue to work for them for an additional five years.

It demonstrates our dedication and commitment to delivering safe, efficient and solutions-oriented services to our clients, and the value this offers to ConocoPhillips’ operations in Norway.

Jan Vader, Vice President Wireline.

drilling, exploration & production

EPG: Loading STL section for Martin Linge field Oil and gas loading elements produced in Energomontaż-Północ Gdynia were placed onboard the Happy Roover heavy load carrier.

Buoy and turret will be installed on Martin Linge oli Feield at North Sea. Energomontaż-Północ Gdynia accomplished construction of oil and gas loading elements for Norwegian client, NOV APL. The diameter of elements is 15 meters and the height is 18 meters. Total weight is over 500 tones.

Elements of STL system are similar to the devices of the earlier order from the same client which were delivered by EPG in February this year.

structures. In recent months the company was delivered among others: STL structures for Gina Krog field, Single Anchor Loading elements for Greater Stella field and turrets for Hebron field.

Martin Linge is an oil and gas field located in the North Sea, at a water depth of 115 meters. The gross recoverable reserves are estimated at 190 million barrels of oil equivalent. The field was discovered in 1975 and development plan was approved in 2012.

First oil is scheduled for 2018.

The Submerged Turret Loading (STL) system represents the state of art technology within offshore loading. The STL technology offers a flexible and cost effective solutions for oil loading tankers and Floating Storage and Offloading. The construction can be classified as first class offshore structures. Fabrication of the structures required advanced machining in order to meet strict dimensional tolerances.

Energomontaż-Północ Gdynia has vast experience in construction of subsea

www.epgsa.com

CGG GeoSoftware Launches VelPro 9.5 Velocity Modeling Software CGG GeoSoftware has released VelPro™ 9.5, an industry leading velocity modeling and depth conversion commercial software technology used by interpreters and velocity modeling experts to seamlessly integrate seismic and well velocity information, horizons, faults, and well tops into robust and data driven velocity models.

VelPro models complement the workflows of geophysical interpretation software applications, and are utilized in domain conversions. This enables oil company asset teams to create highly accurate depth representations of the subsurface.

Users can also better understand and mitigate drilling risk using the VelPro Pore Pressure Prediction workflow which employs either the Eaton or Eaton-Bowers method to compute entire volumes of pore pressure from velocity volumes.

VelPro 9.5 licensing integrates with the full GeoSoftware portfolio, making it easier for clients to install and use it in combination with other GeoSoftware products. As an example, VelPro 9.5 reads and writes data from the GeoSoftware well database and compiles journal entries. Users can interactively switch displayed well data and tops between standard well datums with Well Data Editor, resulting in an improved user experience. VelPro maintains third party formats and therefore works well within a client’s existing software environment.

Joe Jacquot, Strategic Marketing Manager, CGG GeoSoftware, said: “Continuous improvements to our software reflect our commitment to giving our clients the functionalities they need to address their current technical challenges.

As the latest addition to our GeoSoftware family, VelPro’s robust and easy to use capabilities help interpreters and depth

conversion experts build high quality and accurate models in record time.

Above: As well as intuitive velocity model building, VelPro offers workflows for pore pressure prediction. Here, results including mud-weight curves are shown using the Eaton method (image courtesy of CGG GeoSoftware).

May 2016 | www.sosmagazine.biz | p35

Balmoral constructs world-leading facilities in Aberdeen Balmoral Offshore Engineering, the Aberdeen based provider of deepwater buoyancy, insulation and elastomer products, is constructing a new manufacturing facility, research and development laboratories and an industry leading hydrostatic test centre at its Group HQ in Aberdeen.

Since January 2016 a new building has been taking shape that covers the area of more than six tennis courts and rises to an impressive 18m in height. Not only that but Balmoral has been blasting through Aberdeen’s famed granite sub-strata to accommodate new underground pressure test vessels.

Jim Milne, Chairman and Managing Director of Balmoral, has personally taken charge of the project and has been telling us about the new subsea test centre:

The pressure test vessels use air driven liquid pumps and can accommodate electric, hydraulic and instrumentation connections. Each vessel can be fitted with chart recorders, pressure and temperature data loggers that provide highly detailed results for analysis.

Above: The new Balmoral Subsea Test Centre in Aberdeen.

In terms of mechanical testing the multi- purpose load rig performs the following test-types:

Editor: What is the largest pressure vessel you have and what is the greatest water depth you can test to?

Axial and lateral slip loads to 60 tonne Static loading and 3 point bend to 100 tonne Bend restrictor/stiffener load to 10 tonne Bend restrictor locking radius measurement under load • Compression and shear testing on

companion cylinders to 200 tonne and tensile testing to 150 tonne • Dropped weight and swing arm impact testing • Lifting point/insert load testing

Jim Milne: The largest vessel we have is buried deep in the ground and measures some 10m long by 2.5m diameter, we had to blast through 13m of solid granite to bury this colossal structure. The vessel is designed to accommodate drill riser buoyancy modules and other large pieces of equipment and can test to pressures of 6,890psi, 475bar, the equivalent of 4,750msw, 15,584ftsw. Our smaller vessels can test up to 10,000psi, 700bar.

Editor: What will the new test facility bring to the industry?

Jim Milne: The Balmoral Subsea Test Centre offers a comprehensive range of procedures including hydrostatic, mechanical and laboratory trials. The facility provides the industry with a fully comprehensive resource for buoyancy, insulation and polyurethane product testing – from concept through development and deployment.

New and upgraded vessels and procedures are in place offering independent testing for all types of subsea equipment to depths of 10,000msw, 32,808ftsw, equivalent. All our vessels are underground meaning that access is at ground level making handling much easier and safer.

Bespoke software has been written to allow full test traceability and real time observing from anywhere in the world. This level of monitoring is a first for the industry and informs clients whether or not current testing is successful.

This capability also means that the vessels are put to optimal use by reducing downtime.

Our standard hydrostatic tests include: • • • • • • •

Uplift determination Water ingress Instrumented buoyancy loss Hydrostatic compression and creep Hydrostatic collapse Bulk modulus Buckle arrestment performance

February p36 | www.sosmagazine.biz | May 20162016

• • • •

Editor: In your opinion, what makes it the most comprehensive test centre in the world?

Jim Milne: The new test centre is impressive

by any standards. It is housed adjacent to our R&D laboratories and covers some 800m2 with a working height of 12m. An overhead crane is capable of lifting 40 tonnes while the centre has been fitted out with state of the art remote vessel monitoring and control equipment.

In total we have invested around £20m in the new facility that will house 14 vessels when fully operational. The centre will offer a lifting capacity of 40 tonnes with vessels operating to various pressures with a maximum of 10,000psi, 700bar.

We also installed a 9m diameter x 4.5m deep, 286,000 litre, 63,000 gallon, test tank to undertake large scale displacement testing.

Editor: What types of equipment can the new centre accommodate?

Jim Milne: We test everything from

massive drill riser buoyancy modules and ROVs to tiny pieces of subsea equipment such as valves, controls, etc. Equipment can be trialled continuously to suit project requirements. So, it could be in-house testing of buoyancy or elastomer products or it could be unusual materials from half way around the world. The equipment we have is unique in its application and we carry out work across many sectors.

Predominantly used for in-house testing and development work the test centre facilities and services are also available to external customers.

drilling, exploration & production

FUGRO TO PROVIDE ROV SERVICES ON BOARD ONGC DRILLSHIP OFF EAST INDIA Fugro has been awarded a contract by Indian oil and gas company, ONGC, for the provision of ROV services on board the drillship Sagar Vijay. The contract, which was signed at ONGC’s offices in Mumbai, involves providing support for deepwater drilling operations off the east coast of India, in depths up to 900 metres.

A range of tasks will be performed by Fugro’s FCV ROV, including seabed

surveys, monitoring of subsea drilling operations, guideline cutting and reinstallation, remote intervention and AX/VX ring gasket installation.

Services also include setting up regular fluid injection, drilling re-entry, bullseye checks and routine video monitoring, inspection and cleaning on and around the BOP. Fugro will also provide drill support tooling during the 18-month project, which is expected to commence in May 2016.

Annual North Sea Safety Awards presented Members of the International Association of Drilling Contractors (IADC), North Sea Chapter (IADC) gathered for its Annual Safety Awards Ceremony on 22 April at the AECC, Aberdeen.

to see the continued collaboration by our members in safety matters in workgroup meetings and with external bodies.

This year has seen the Chapter issue a number of publications which relate to safety in our industry.”

Ivor McBean, Diamond Offshore, and Gary Holman, Awilco Drilling, Co-Chairs of the IADC North Sea Chapter welcomed a large turnout to the event. Guest speakers on the evening were IADC President Jason McFarland and Steve Rae, Vice President QHSE, Archer.

A number of awards were presented to companies and installations for their safety record over the last year with the awards for best safety performance in 2015 going to Noble Drilling and Ensco in the Jack ups category; Stena Drilling in the Floating Rigs category and Odjfell Drilling in Platform drilling.

Everyone is aware of the extremely difficult times the industry is facing and despite the challenges and uncertain future in terms of oil price and activity levels, the industry will continue to focus on the most important aspect of our business, the safety of our personnel.

Chairman’s Awards, which recognised individual rigs and their crews which had the best safety performance in 2015, went to Maersk Innovator, Maersk Drilling (Jack-up); Deepsea Atlantic, Odjfell Drilling (Floating Rig); and Dunbar, KCA Deutag (Platform).

Ivor McBean, Diamond Offshore & Co’Chair of IADC North Sea Chapter.

The event was hosted by broadcaster and Deacon Blue drummer Dougie Vipond with entertainment from comedian and presenter Des Clarke. Funds raised on the evening will be

Gary Holman commented: “It is heartening

The Associate Member Award was presented to Blaze Manufacturing Solutions.

donated to Macmillan Cancer Support and the UK Oil & Gas Chaplaincy Trust. A special donation will be made to VSA by The Val Hood Award, which was established in honour of a former colleague.

IADC NSC Safety Award Ceremony 22 April 2016 ASSOCIATE MEMBER AWARD Blaze Manufacturing Solutions BEST SAFETY PERFORMANCE AWARDS 2015 • Jack-ups Winner (Under 1 million manhours): Noble Drilling Winner (Over 1 million manhours): Ensco • Floating Rigs Winner: Stena Drilling Runner up: Odfjell Drilling • Platforms Winner: Odfjell Drilling

CHAIRMAN’S AWARD • Best Safety Performance 2015 Jack-up Winner: Maersk Innovator, Maersk Drilling Runner up: Ensco 71, Ensco • Best Safety Performance 2015 Floating Rig Winner: Deepsea Atlantic, Odfjell Drilling Runner up: WilHunter, Awilco Drilling • Best Safety Performance 2015 Platform Winner: Dunbar, KCA Deutag Runner up: Forties Charlie, Archer

L-R, back row: Ivor McBean, Diamond Offshore Drilling; Alistair McDonald, Odfjell Drilling; Ole Maier, Odfjell Drilling; Henrik Hundebol, Maersk Drilling; Ann Johnson, Blaze Manufacturing Services; Ally Malcolm, Awilco Drilling; Julian Hall, Ensco; Jools Coghill, Ensco and Gary Holman, Awilco Drilling.

L-R, front row: Matt Brodie, Noble Drilling; Stuart Sutherland, KCA Deutag; Geoff Polson, Stena Drilling; Iain Mitchell, Stena Drilling and Ray Taylor, Archer.

Sitting down on the job “Maersk Connector, although starting from Damen’s 8500 offshore carrier base vessel, has incorporated a number of interesting changes, not least that it’s going to settle down on its bottom”, writes Stevie Knight.

“Probably one of the first things to point out is that this 9,300 dwt vessel has a very high cable capacity: it can carry 7,000 tonnes of line, that’s 2,000 tonnes more than its older sister, Nexus”, explains Remko Bouma of builder and designer Damen.

“The overall configuration has been carved out around the twin requirements of its big carousel at 27m diameter it takes up almost the entire beam, and the need to keep the vessel operational in all kinds of waters, including the dynamic shallows around windfarms.”

“This does have an impact on the total design; Connector still has to be nifty enough to manoeuvre inside the wind fields. The length is about 140m; although it’s a few metres longer than it’s sister, Nexus, we’ve actually tried to keep it as small as possible while still maximising the payload,” says Mr Bouma.

“On one hand there is the need for holding station during deeper water operations: Although the base vessel has been designed for long distance transportation, it’s actually got an OSV notation and DP2 capability,” he explains.

“On the other hand, we wanted a vessel that wouldn’t have to run away when the tide goes out” adds Joao Rodrigues of Maersk Supply, pointing out Connector is going to be deployed just off European and UK coastlines where the waters are subject to huge tidal ranges.

“Therefore, while a very capable six point mooring system will help keep the ship working in reduced depths, the bottom of the ship has been flattened and strengthened to take the strain of a controlled grounding in its stride.”

“And this again impacted design choices.

The main reason for putting the carousel up on deck is that we had a huge amount of space there, almost a whole soccer field, while we needed very big ballast water tanks underneath.”

p38 | www.sosmagazine.biz | May 2016

“There are many reasons for the scale of the 2,800m3 ballast system. Firstly, there is the load of the carousel on deck during normal operations, although Mr Bouma is keen to point out, we worked hard to find as much efficiency as we could in the shape and balance of the vessel itself and reduced the weight as far as we could above the centreline. However, sitting down can create stability issues as the natural centre of gravity is simply that much higher when the hull isn’t supported by water.”

“The captain has to have control over the right moment to ballast down and let the ship rest on the bottom, as well as deballasting in order to get up again” ,explains Mr Rodrigues. “This brings the time for this manoeuvre down to minutes “Although once down, the ship can sit, working away for several hours, certainly long enough for the tide to come back in again”.

Usefully, Damen’s Combicoaster and Combifreighter NAPSA-certified designs have provided crossover experience; besides the cooling, it also includes the positioning of oil tanks well away from the shell and the elimination of any retractable machinery. However, Mr Bouma adds “It’s pretty unusual to transfer these design points into a large multipurpose vessel.”

“It’s efficiency has also been the subject of attention: while a little deeper with a 6.25m draft, the flattening of the bottom has not had a big impact on the hydrodynamics “,says Mr Bouma, “And since the vessel’s profile is shaped on Damen’s Axe Bow, which is used to chop waves not wood it gains from the base vessel’s original, long distance design. It is a better choice than a bulbous bow, he adds, as these tend to have more flair just above the waterline while this particular axe shape “is very good at both maintaining speed and reducing the deck acceleration that accompanies pitching motion.”

The propulsion is provided by twin 2100 kW azimuthing, 2650mm propellers, which Mr Rodrigues explains have been taken a little higher up the hull than on the sister vessel, Nexus, in order to keep them out of the way. There are also three 1,250kW bow thrusters plus a smaller, 800kW stern thruster, all tunnels with four,

fixed-pitch blades. Inside, the power is supplied by a pair of a MAK8 M25s, yielding 2,433 kWe each, plus another two MAK6 M25s (giving 1,824 kWe per unit).Together this allows the vessel a transit speed of around 12 knots.

On deck, most of the equipment that’s been installed on Nexus has disappeared in favour of the carousel and Deep Ocean’s aft deployment kit although the vessel still has a 50 tonne capacity knuckleboom and a small stiff boom cargo crane.

However, despite the large changes, Remko Bouma goes on to explain every choice has been carefully considered with flexibility in mind, so while Deep Ocean has the vessel on a seven year charter, “So it probably won’t be changing the carousel for some time”, underneath - the vessel has kept as true as possible to a multipurpose remit and the ability to be deployed in the offshore wind and renewables sector as well as the oil and gas industry.

There may be plenty of work out there for a large carousel carrier. For one, the high voltage industry has realised it wants more in the way of cable on one ship: firstly the windfarms are going into deeper water “But then of course you can’t rule out the links between the turbines and the offshore hubs either, as these bigger wind parks result in a large number of array connections.” says Mr Bouma. Furthermore, some countries like Norway are now running electricity to their rigs in an effort to green the oil and gas industry. Plus, there are other umbilicals including some telecoms links that can usefully run under the sea.

However there is another market: country interconnectors: these can help mop up any excess generated energy and stabilise energy flow as demands tend to peak at different times “but they want to have as few a number of joins in this heavyweight cable as possible”, explains Mr Bouma, so higher capacity vessels will have the advantage.

So it’s a market that, despite the economic climate, still shows signs of growth, in every sense of the word.

osvs & cable installations

Briggs Marine’s Subsea Services division Briggs Marine’s Subsea Services division has successfully installed a 1400m 33kV electricity cable across Loch Tay. The installation, on behalf of Green Highland Renewables, stretched between Ardtalnaig and Lawers. The new cable facilitates the export of up to 2MW of green electricity from a privately owned hydro scheme at Ardtalnaig onto the national grid.

While the installation itself was similar to many of those previously carried out by Briggs, where this project was truly unique

was in the design, engineering, location and logistics. Being an inland waterway Briggs were unable to use any of the larger vessels in the Briggs fleet.

Consequently, Briggs designed a Cable Lay Vessel, constructed out of Linkfloat Pontoons; transported and assembled at the Loch shore with a challenging access and topography. The cable barge had to be capable of laying a power cable down to 150 meters water depth in winter months, so robust engineering was demanded.

Support vessels were transported by road transport with Forth Navigator as lead tug and Forth Linesman as Dive Support Vessel.

The complex offloading and construction of these vessels had to be meticulously planned and executed due to the tight constraints imposed by main stakeholders at the Forestry Commission site at Dalerb, where mobilisation and demobilisation took place. This operation further identifies Briggs Marine as a major power cable installer and maintainer in the UK, designing and producing innovative solutions to complex problems.

Our versatile people, services and fleet ensure Briggs deliver cost effective and sustainable solutions to the power cable industry.

MMT extends the charter of M/V Stril Explorer with a focus on renewable and marine cable sectors MMT will continue to develop efficient, reliable and innovative methods and services for their clients within the renewable and marine cable sectors. As part of this focus MMT have signed an extension of the chartered M/V Stril Explorer on the 30th of March 2016.

The cooperation with Reach Subsea and the use of Edda Fonn as shared assets for utilization will continue in order to secure opportunities in the oil and gas sector.

Ellen Svestad, CCO, MMT, comments on the extension:

Successful projects carried out by Strip Explorer with positive feedback from our clients made this selection of vessel beneficial and effective, and we are pleased to have secured her for the next projects in our portfolio.

2ND ANNUAL ADVANCED SUBSEA POWER AND HEATING CABLES FOR THE OIL AND GAS 27th - 28th September INDUSTRY FORUM 2016 in Oslo, Norway

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SOS Readers receive a 15% discount upon registration. discount code: SOS15 register now: bit.do/sos­rgstr May 2016 | www.sosmagazine.biz | p39

HAZARDOUS AREA Flexible LED Approach for Hazardous Areas Abtech have launched the Gamma range of LED luminaires for Zone 2 hazardous areas.

Featuring both a high output floodlight and a low glare version that incorporates Abtech’s patented optical light guide technology. The complete range is both ATEX and IECEx certified.

Suitable for use in Zone 2 gas and Zone 21 & 22 dust environments, the Gamma range has been designed to consider the rigours of operation associated with oil and gas production. Constructed from marine grade stainless steel, the Gamma features toughened glass, stainless steel fixings throughout and is designed to operate within an ambient range of -50°C to +55°C (T3/ T4) ensuring the luminaire is capable of withstanding the harshest of environments.

The 136W Gamma is a low windage floodlight configured for wide area lighting. It utilises four high output LED modules to provide over 12,000 lumens of crisp white light and is rated T3 at 55°C ambient.

The 104W low glare (Gamma LG) is designed to minimise the effects usually associated with glare (excessive contrast in the visual environment can result in temporary visual impairment) by utilising a patented optical array thus providing a uniform and high quality white.

The Gamma LG’s compact form and even optical distribution make it equally suitable for use as either a floodlight or a lowbay.

It is ideal for use in height restricted or congested areas where there is a need for higher levels of white light, such as over pumps or rotating machinery.

All Gamma variants incorporate harmonic and overvoltage protection to EN61000-32 & EN61000-3-3. The control gear also features thermal cut off protection to maintain LED life. All Gamma luminaires are supplied with a five year complete system warranty.

p40 | www.sosmagazine.biz | May 2016

Full details can be found at on the Abtech website: www.abtech.eu/products/zone-2-lighting A Zone 1 version of the Gamma range is planned for launch mid 2016.

www.abtech.eu

hazardous area

E2S Warning Signals launch major new D1x and STEx warning signal families at OTC 2016 On Booth 2641 at OTC, the largest US oil and gas show, E2S Warning Signals are demonstrating their continuing commitment to the sector, launching three major new families added to its portfolio of more than 250 different explosion proof and intrinsically safe warning devices for use in hazardous locations. The new ‘D1x’ range of alarm horns, kPA loudspeakers and integrated alarm horn/Xenon strobe warning units employ the latest electronic technology and acoustic engineering in robust, marine grade, LM6 aluminium enclosures.

Designed to create the most effective warning signals available for use in Class I/II Division 1, Zone 1 & Zone 20 environments, the UL/cULs approved alarm horns and combined units are available with traditional directional flare horns or omnidirectional radial horns that generate a uniform 360° sound dispersion.

OTC also sees a preview of the new premium ‘STEx’ stainless steel enclosure explosion proof warning signal range, which offers outstanding corrosion resistance in aggressive environments combined with outstanding performance. The ‘STEx’ family featuring 316L enclosures and approved to IECEx and ATEX standards, will be suitable for the most challenging of environments.

Also on the booth are the new ‘GNEx’ GRP Xenon strobe beacons, www.e2s.com/ products/range/gnex, which add visual signalling to the explosion proof and corrosion resistant GNEx family. Suitable for all Zone 1, 2, 21 & 22 hazardous location applications the ‘GNEx’ beacons have extended temperature range with IECEx and ATEX approvals. For applications with high levels of ambient light the GNExB2 beacon is available in 10, 15 and 21 Joule variants producing up to 902cd, a very high output Xenon strobe. The GNExB1 offers a 5 Joule Xenon strobe in a compact lightweight enclosure. Complementing the family is the

GNExJ2 Ex d junction box, which, having multiple cable entries and terminal configurations is suitable for a large variety of applications. All ‘GNEx’ beacons can be supplied as plate mounted assemblies configured with and without an alarm horn sounder or junction box. These new Xenon strobe beacon visual signals broaden the ‘GNEx’ family which includes alarm horn sounders, PA loudspeakers and manual call points for activation of fire alarms, gas detection and emergency shutdown systems.

International Sales Manager Darren Mann and Marcel Minns, Technical Sales Manager from the Houston facility, will be on the booth to demonstrate the new products.

New Wolf Safety ATEX LED Inspection Leadlamp Wolf Safety, the world’s leading manufacturer of hazardous area portable and temporary lighting, announces the launch of the ATEX LED Inspection Leadlamp SP-600, an ATEX and IECEx certified cable powered, versatile and lightweight handheld light with impressive LED light output, ideal for inspection and work activities in potentially explosive gas and dust atmospheres.

Providing optimum illumination for localised, close

Further protection is possible by fitting a stainless

steel cage guard for enhanced mechanical protection to ensure the ATEX LED Inspection Leadlamp’s

longevity in harsh working conditions. When used regularly in coating and painting applications,

a disposable protective sleeve is available to minimise comfort. With a flexible 360° swivel hook, the SP-600 can be suspended for hands free use, and using

a magnet securely positioned on a ferrous metal

surface; putting the ATEX LED Inspection Leadlamp

residue build up in dirty or paint filled atmospheres, ensuring the SP-600 is always clean and delivering

maximum light output without obstructions from dirt and debris on the lens.

exactly where it is needed.

The cable powered ATEX LED Inspection Leadlamp

the SP-600’s high power LED ‘fitted for life’ light

Alex Jackson, Managing Director, Wolf Safety

available in three voltage input ranges: high voltage

output of up to 470 lumens by emitting an

of heavy industrial equipment use and the extreme

proximity work by hazardous area workers,

source produces a forward facing high efficiency exceptional, even, ultra wide angle light; minimising shadows and enhancing visibility.

The large diffused light source also minimises eye

discomfort when viewed directly by a hazardous area worker.

Lightweight, compact and ergonomically friendly, the ATEX LED Inspection Leadlamp is designed

for handheld use, with an ‘easy grip’ handle for user

comments “ Wolf never underestimate the rigours

conditions encountered by end users in hazardous

areas and our new SP-600 is built for longevity and to maximise worker uptime and efficiencies.

is fitted with 10m HOFR cable as standard and 90-264VAC for general applications, and low

18-54VAC/20-54VDC and extra low 9-16VAC/DC voltages for use in confined space applications, such as metal tanks.

The new ATEX LED Inspection Leadlamp is extremely

All ATEX LED Inspection Leadlamps are CE marked

drops as continually moved around and fully

in Zone 1 potentially explosive gas atmospheres,

durable and tough, built to withstand knocks and impact tested beyond certification requirement; with impact resistant anti-static enclosure,

IP67 rating, and scratch and chemical resistant polycarbonate hardcoat lens.”

to the ATEX Directive and IECEx certified safe for use where a T4 temperature class permits, and Zone

21 potentially explosive dust atmospheres, with a

maximum surface temperature of 95°C, as well as Group I mining applications.

May 2016 | www.sosmagazine.biz | p41

hazardous area

Crowcon extends its range of nextgeneration ‘intelligent’ fixed- point gas detectors to new sectors Key Facts: • Adds detection of ammonia and sulphur dioxide to 10 other flammable or toxic gases • Hot swappable sensors eliminate the need for hot work permits • Fast installation and

commissioning minimises time spent in hazardous areas • Allows the head to be

installed with dummy sensors prior to

commissioning • Enhances site safety with Crowcon’s unique Positive Safety features Crowcon Detection Instruments Ltd, a leading manufacturer of specialist gas detection equipment, announces that the next generation XgardIQ gas detector can now be fitted with sensors for the detection of ammonia or sulphur dioxide, in addition to the existing range of sensors which covers 10 different toxic or hazardous gases.

The ability to detect ammonia or sulphur dioxide will allow industries such as fertilizer and petrochemical production, to use the intelligent XgardIQ to increase on-site safety for employees as well as reducing operating costs for employers.

Andy Avenell, Senior Business Development Manager, Crowcon.

In addition to the flexibility to detect a wide range of gases, the XgardIQ also offers special features to reduce installation and operating costs.

For projects in which gas detectors are installed months ahead of commissioning, the XgardIQ transmitter can

p42 | www.sosmagazine.biz | May 2016

be fitted with a dummy sensor which is replaced with a fresh pre calibrated sensor immediately prior to the commissioning date. This allows the user to benefit from the full operational lifetime of sensors.

The XgardIQ transmitter further minimises commissioning and maintenance time by automatically configuring to the correct type of gas, scale and alarm levels.

Sensors can also be removed temporarily for calibration in a safe area, rather than requiring the engineer to carry compressed gas cylinders for on-site testing.

These features all help to eliminate the need for hot work permits and minimise the time that employees need to spend in hazardous areas.

XgardIQ also integrates Crowcon’s unique Positive Safety feature which confirms that the detector is operating safely and enables the unit to automatically alert operators to any irregular events. To minimise the amount of time and gas required for interim safety checks, the ‘Speedy Bump’ and ‘Smart Bump’ options enable users to perform a quick and simple bump test, rather than a full calibration, to verify that the sensors are fully operational. With a comprehensive set of output interfaces the XgardIQ transmitter can integrate seamlessly with virtually any control system such as PLCs, DCSs and SCADA, whilst HART communication enables XgardIQ to be logged and monitored automatically on asset management systems.

According to Avenell, “The positive feedback we received on the XgardIQ system from customers in the oil and gas industry was critical in our decision

to extend the range of gas sensors to enable other industries to benefit from XgardIQ’s innovative safety features.”

The range of gases which the XgardIQ system can now detect is: ammonia, carbon monoxide, ethanol, hydrogen, hydrogen fluoride, hydrogen sulphide, LPG, methane, oxygen, pentane, propane and sulphur dioxide. More sensors will be introduced during 2016.

hazardous area

Rugged Set Point Station can be installed in an Ex e, Ex n, Ex p or Ex t panel enclosure A new BEKA ATEX & IECEx certified intrinsically safe rugged panel mounting Set Point Station [set point generator], enables the current flowing in a 4/20mA loop to be manually adjusted from within a hazardous area.

Housed in a 316 stainless steel enclosure, this new instrument may be safely installed in an Ex e, Ex p, Ex n or Ex t panel enclosure without invalidating the enclosure’s certification allowing easy integration with plant control equipment.

For general purpose applications, the complementary BA647E-SS is a non-certified version, the stainless steel enclosure and impact-resistant armoured glass window make it ideal for installation in severe environments.

For further information including datasheets, certificates and application guides please visit: www.beka.co.uk/rugged_setpoint_stations.html or phone the BEKA sales office on: 01462 438301 www.beka.co.uk

The instrument is loop powered and displays the process variable represented by the 4/20mA signal in engineering units on an 11mm high display.

Frequently used values may be entered as pre-sets. A display backlight, which may be loop or separately powered is available as a factory fitted option.

ROTRONIC ATEX Certified Humidity and Temperature Sensors The ROTRONIC Intrinsically Safe HygroFlex5-EX series of humidity/moisture and temperature sensors was developed for easy installation in areas where there is a risk of explosion due to dust or gas in the environment.

They were designed to meet the demanding requirements of the oil & gas industry as well as the pharmaceutical, biotechnology and food industries, and will be suitable for hazardous applications elsewhere.

The Rotronic HygroFlex5-EX measurement transmitter conforms to the latest international standards. The transmitter is galvanically isolated; 2-channel outputs.

ATEX certified probes are available for all applications.

The intrinsically safe transmitters have two channel 4…20 mA outputs selected from temperature, humidity or a moisture value such as dew point or ‘absolute humidity’ (for example Mixing Ratio g/kg). These can be freely scaled exactly as required, using Rotronic HW4 software, for the process being monitored or controlled.

Main features: • Stainless steel probes certified for ATEX Zone 0/20 • Standard & cable mount probes with a screw-in probe for pressure applications

• HygroFlex5-EX measurement

transmitter certified for Zone 1/21 • The transmitter is galvanically isolated • Wall and duct versions available An LC display is an option • 2-wire supply, 2-analogue outputs (option of dew point, absolute

humidity (g/kg) or another moisture value • Robust aluminium transmitter housing; high IP66 protection • Range of calibration accessories for use in the Safe Area A technical datasheet is available, visit:

www.rotronic.co.uk

ROTRONIC Instruments (UK) Ltd T: 01293 571000

May 2016 | www.sosmagazine.biz | p43

product spotlight

www.xodusgroup.com/tools/hawxeye

HAWXEYE makes costs and complexity its prey Xodus launches new asset lifecycle screening tool at Subsea Expo HAWXEYE is a new approach to asset lifecycle screening, which allows operators to focus on investigating and preventing failures rather than locating and analysing data.

Developed by Xodus engineers, the secure, cloud based web app replaces complex and hard to share spreadsheets and is geared to screen assets for vibration, erosion and corrosion related issues. Complex data from monitors and piping and instrumentation diagrams is brought together into one user-friendly interface creating instantly accessible and transparent information for both internal company use and external reporting.

HAWXEYE can highlight poor design in the project and operations phases and detect the root causes of piping and pipeline failures and monitor reliability. By storing historical data throughout the asset and project lifecycles, the online tool allows concise data to be used to inform asset integrity management and continuous improvement programmes.

The online tool will automatically screen against industry standards and retains data so that it can be observed and audited at any time. This can avoid costly repair and replacement work, as well as the implications of lost production and project delays.

Graeme Rogerson, Operations Director at Xodus Group said: “Monitoring the condition of piping and pipelines with access to accurate information is vital, as seemingly small changes can rapidly lead to large scale damage. Our research with operators showed that spreadsheets, the most common method of storing asset data, add time, complexity and frustration to the ability to screen and prevent failures effectively.

HAWXEYE is fully scalable, from a single item to multiple assets and can be used by any organisation facing piping and pipeline condition issues in difficult to reach equipment, which is a costly issue for the industry. Its user friendly interface makes the app instantly accessible for experts and non experts alike.

Through its simple traffic light system, it highlights likelihood of failures and enables preventative action to be taken, a must in today’s challenging and cost constrained climate. p44 | www.sosmagazine.biz | May 2016

Graeme Rogerson, Operations Director, Xodus Group.

product spotlight

RUD Chains Offshore Lifting Applications Heavy Duty Lifting Capabilities 0.6 to 200 Tonne RUD manufactures a range of lifting and lashing applications that guarantee ultimate safety when lifting and moving heavy loads. Offering over 500 different tested and certified lifting/lashing points for bolting and welding. Their products have been increasing popular across the offshore industry, due to their heavy lift capabilities of 0.6 to 200 tonne.

The ICE-LBG-SR super rotation load ring is one of RUD’s latest innovations which possess an array of innovative designs. Firstly, the double SR ball bearing offers the ultimate solution for turning and flipping at high working load limits without affecting the mounting bolt stability. It enables the load to rotate 360° in all directions under load. The advanced ball bearing technology is arranged in a double way which transfers the forces of the WLL into a rotation movement without jerks which avoids unintentional slackening of the fastening bolt.

RUD ICE Chain is widely used across offshore, arctic offshore and extreme materials handling projects due to its extreme resistance to temperatures operating from -60°c to +300°c.

The chain is coated with RUD’s groundbreaking pink powder coating which acts as an overheating indicator, which shows the temperatures in which the chain can be safely

used. If the chain reaches temperatures of 300°c or above it will turn from a pink colour to brown, then black which shows that the chain is unsafe to use and must be taken out of service.

Established since 1994, RUD’s VIP grade 10 chains have worked across some of the toughest working environments. Although having the same chain diameter as grade 8 chain the VIP range offers up to 30% increase in the working load limit. The chain also offers a remarkable resistance to temperatures operating from -40°c to +200°c whilst offering 100% working load limit at this temperature.

Safety is imperative when working at heights and across potentially hazardous working environments. RUD manufacture and supply a range of fall protection anchorage points that provide an ultimate safety factor by permanently attaching to structures where frequent fall protection is required. They are commonly used across the offshore industry for projects such as wind tower installation and maintenance.

The WBPG 85-200 tonne hoist ring is popular across the offshore and heavy lift sectors due to its impressive heavy lift capabilities.

The WBPG is loadable from any side in the direction of the pivot meaning it is suitable

for a variety of heavy lift applications.

RUD are well known in the industry for their robust hoist chains which can be supplied to suit a variety of project sizes from 3 x 9 mm up to 32 x 90 mm. The advantages of RUD hoist chain is impressive, offering an extremely high resistance to wear due to its robust surface and depth hardness resulting in a long service life.

The hoist chain conforms to EN818-7. type T for manual hoists and type DAT and DT case hardened chain for powered hoists. The chain is calibrated and precision made to be compatible with the drive wheels of manufacturer’s hoists.

As one of the world’s largest manufacturers of lifting and lashing applications combined with their extensive range of products and knowledge in the market, RUD are continually innovating and developing their extensive product range to stay at the forefront of their customers’ demands.

RUD Chains Ltd: for all your offshore lifting needs.

www.rud.co.uk

MARECHAL EX METAL DECONTACTOR™ 20A – DXA1 MARECHAL ELECTRIC launches a new waterproof plug and socket-outlet IP66 / IP67 with ‘de’ protection mode (ATEX).

They can be used in zones 1 & 2 (Gas) and zones 21 & 22 (Dust).

They are certified according to IECEx standards.

Featuring the DECONTACTOR ™ technology with integrated load-break switch, the user does not need to couple it with a switch. A red button on top of the socketoutlet is facilitates the disconnecting operations even when the product is on.

The DECONTACTOR™ and MARECHAL® DX

ranges have, according to the model, compact and robust housings designed in metal. This choice in materials contributes to the sockets and plugs’ excellent mechanical strength and its long life expectancy. It also

provides a use at low temperatures up to -55 °C. The main industries using our DXA1 connectors are for example Food & Beverage industries, chemical industries, refineries, offshore platforms, oil and gas industries.

Standard & technical features • • • •

Ex II2 G D Ex de IIC, Ex tb IIIC Intensity 20 A IP 66 / IP 67 water- and dust-tight Metal casings with IK10 shock

resistance • Integrated load-break switch • Locking in on/off positions by keying axis • From -55 °C to + 60 °C.

Find more information and other plugs and socket-outlets on:

marechal.com

May 2016 | www.sosmagazine.biz | p45

product spotlight

ROCOL adds innovative products to BIOGEN range ROCOL, an established manufacturer of lubricants for global industries, has introduced two new products to its environmentally friendly BIOGEN range.

BIOGEN Spray and BIOGEN Fluid have been launched to support the BIOGEN WIRESHIELD product, a market-leading success due to its ‘no compromise’ performance and green credentials.

All three products provide lubrication for wire ropes and ROV umbilicals across a number of industries including offshore, subsea, port and docks, shipping, dredging, deep sea fishing, mining, construction and general lifting.

The new fluid and spray are based on the technology behind BIOGEN WIRESHIELD, which is a US Vessel General Permit (VGP) compliant lubricant for wire ropes and other products such as ROV umbilicals.

The addition of a fluid and a spray to the BIOGEN range adds new dimensions to our customer offering. Both products save time and generate efficiencies, particularly in relation to applications that have limited accessibility and require a specific application method.

Corrosion is a huge and costly issue in many industries, especially marine and offshore, and it’s important to maximise the life of equipment to ensure project efficiencies. Both new products exemplify our drive and commitment to develop and deliver market-leading products in this specialist area.

Brendan Kendrick, Business Development Director, ROCOL.

The BIOGEN technology helps provide protection, guarding wire ropes and other equipment from the onset of corrosion, a primary cause of equipment failure in most extreme environments.

BIOGEN Fluid is a multi-purpose lubricant for ropes, chains, pulleys, springs, nuts and bolts. A high performance grease in a biodegradable solvent carrier, featuring advanced pseudoplastic rheology, the fluid version uses the latest developments in lubricating chemistries, to protect equipment from the onset of degradation.

BIOGEN Spray is for use on wire ropes as well as winches, hoists, large chains, nuts, bolts and springs. It is designed to provide users with a high performance aerosolised grease, for use in challenging conditions, while minimising any environmental impact.

Both the fluid and the spray are ideal for use in subsea and onshore locations.

Established more than 130 years ago, ROCOL is a manufacturer of lubricants and associated products across a number of sectors including the offshore, marine, automotive, aerospace, industrial, food and drink, transport and mining industries.

UK-based ROCOL has 12 offices worldwide.

For more information about ROCOL and its products, visit: www.rocol.com

Introducing the Revolutionary HALO™ Radar HALO™ PULSE COMPRESSION RADAR Combining the best characteristics of our traditional pulse and Broadband 4G™ Radar systems, Simrad Halo™ Radar uses pulse compression technology to deliver an unprecedented mix of close and long range detection, precise target definition, and low clutter. Solid state technology means minimal warm up time and maximum ocean going reliability, while compliance with p46 | www.sosmagazine.biz | May 2016

upcoming Low Emission standards makes Halo Radar safe to run in anchorages and marinas.

HALO™ RADAR / FEATURES • Beam Sharpening with Target Separation Control • Dual Range operation • Advanced signal processing with Harbor, Offshore, Weather, Bird, and Custom modes • High-speed 48 rpm operation • nstantOn™ from standby, and just 16-25 seconds from Power On

• MARPA tracking with 10 targets (20 in Dual Range) • Low power consumption with 12/24V DC operation • Ethernet connectivity to Simrad NSS evo2 and NSO evo2 displays • Unique blue LED accent lighting in pedestal

www.navico-commercial.com

+44 (0) 1522 791 721

MAKING & MAINTAINING THE RIGHT CONNECTION Destec Engineering has specialised in the manufacture of high pressure Flanges, Seals & Connections for the Oil, Gas & Renewable Energy industries for over 45 years.

Services we deliver: Destec compact flanges Destec boiler inspection caps G-Range 4 bolt connectors Compatible seals GSB subsea single bolt clamps

We also specialise in On-site machining to many industries.

DESTEC

WWW.

.CO.UK

sosenquiries@destec.co.uk

Services we offer: On-site machining Bolt tensioning On-line leak sealing Overlay welding NDT services Regenerator & vessel head removal

product spotlight

Hempel’s fouling defence product Hempaguard applied to 500 vessels Leading marine coatings manufacturer, Hempel, announces, after only two and a half years on the market, its award winning innovative fouling release product Hempaguard has now been applied as a full vessel coating to 500 ships. This milestone was reached yesterday with the coating of a 61,614 dwt, 2011 built, container vessel.

Environmental obligations are at the top of the agenda for all responsible shipping companies and Hempaguard was introduced to the shipping industry against a backdrop of rising bunkering costs, tightening environmental regulations and the introduction of mandatory Ship Energy Efficiency Management Plans (SEEMP).

Originally launched in 2013 as a new innovative low cost fouling defence product, Hempaguard has shown an outstanding resistance to fouling during idle periods (of up to 120 days), providing shipowners with full trading flexibility. Unlike regular hull coatings that, in general, are specified according to a vessel’s speed and activity level, Hempaguard retains its effectiveness when switching between slow and regular steaming and so is suitable for all vessel types. This has been a

major contributor to its success – alongside proven fuel efficiency levels of around 6%.

Hempaguard’s success is a true testament of how well our coating has been received by shipowners.

The combination of siliconehydrogel and biocide science has revolutionised antifouling technology to deliver excellent fouling resistance. We are delighted to reach this incredible milestone after such a short space of time which proves the value of our coating. Our aim is to continue to connect with our customers to develop trusted solutions that match their evolving ship operating patterns.

Claes Skat-Roerdam, Marketing Manager, Fouling Control, Hempel A/S. Hempel A/S Group Vice President, Marine Marketing, Christian Ottosen added: “Feedback from our customers has been resoundingly positive, confirming their vessels have remained significantly cleaner and for longer than they’ve experienced

with any other antifouling product. The US and Europe have been the first regions to benefit from the advantages of the broad and flexible range of service parameters this coating offers, with popularity now increasing in Asia. Further evidence of Hempaguard’s value as a trusted solution is a recent agreement to coat 14 vessels for one of the world’s largest container operators.”

Hempaguard is the first product to use Hempel’s patented Actiguard technology that integrates silicone-hydrogel and full diffusion control of biocides in a single coating. So confident is Hempel of its performance that the company offers the industry’s first performance satisfaction guarantee.

In recognition of its value to the market Hempaguard has won two awards, most recently, in late 2015, the IBJ (International Bulk Journal) Innovative Technology Award for the development of the ground-breaking Actiguard technology, and Shipping Efficiency’s prestigious Environmental Technology award in October 2014, for making “a significant contribution to environmental impact reduction or prevention to ships”.

www.hempel.co.uk

p48 | www.sosmagazine.biz | May 2016

product spotlight

NO MAINS POWER IS NO PROBLEM FOR RECHARGEABLE DRUM PUMP MOTOR Problem: How do you transfer liquids from drums and barrels safely and cleanly when you have no electrical or air supply available to drive the pump motor and manual, hand operated pumps are not an option?

Solution: A Lithium Ion Cordless Rechargeable Drum Pump Motor developed by drum pump specialists Finish Thompson (FTI) and available through MICHAEL SMITH ENGINEERS. The S6 12-Volt rechargeable 2-speed drum pump motor can be used with any of the Finish Thompson EF polypropylene, pure polypropylene/PVDF or stainless steel tube sets. The result is an extremely versatile and portable option for remote or difficult to access drum emptying applications.

The cordless design makes it easy to transfer fluids virtually anywhere, with maximum fade free performance, equivalent to a corded

AC powered motor. The latest Lithium ion batteries have a much higher energy density compared to nickel cadmium (NiCd) or nickel metal hydride (NiMH) batteries so the pumps can operate effectively for up to 50 minutes between charges. Also, Lithium ion batteries have no ‘memory’ effect which means they can be recharged at any state of their discharge.

The S6 rechargeable drum pump motor has a solid state electronic control circuit that monitors all aspects of the motor and battery pack to ensure reliable operation and long life, while dual cooling fans help to improve the performance and life of the battery pack.

will run for approximately 50 minutes between charges and the high speed setting, it will run for around 20 minutes.

The S6 Rechargeable Drum Pump Motor will be an ideal option for transferring fluids from drums, barrels and carboys where a power supply is not available, is too distant from the point of pumping, or where fluids need transferring in remote, isolated locations.

Multiple charging options include 115 or 230 volt AC and for mobile applications an automobile or commercial vehicle 12 volt port option will suffice. For permanent charging locations, a moulded wall hanger is available which stores the charger unit internally.

On the low speed setting, the pump/motor

www.michael-smith-engineers.co.uk

Rotork Client Support Programme delivers smart maintenance at VTTI Vasiliko (VTTV) oil terminal VTTI B.V., the worldwide independent provider of energy storage, has awarded a Client Support Programme (CSP) contract to Rotork for the maintenance of critical valve actuation assets at the VTTV Oil Storage Terminal in Cyprus.

Approximately 400 Rotork IQ3 actuators controlled by Rotork’s Pakscan 2-wire digital networks that manage the flow of media throughout the terminal have been covered on the ‘tailor-made’ CSP contract.

The programme exploits the functionality of intelligent IQ3 technology with remote diagnostics and monitoring via dataloggers, enabling preventative maintenance to be

organised with little or no interruption to plant operations.

The Rotork CSP involves regularly monitoring the current health and operable status of every actuator, keeping a full history of all activities performed and any parts used since the previous report. The information is analysed to provide a breakdown of critical, medium and low priority scheduled work and any corresponding unexpected work activities. Analysis also provides trending of actuator availability and reliability against agreed target costs and historical operating data as compared to agreed key performance indicators. Ongoing technical support further contributes to increased availability, reliability and improved performance.

The local support of Rotork’s Cyprus office assisted the original commissioning of the Rotork equipment at VTT Vasiliko Ltd. and now strengthens the asset management and maintenance functions provided by the CSP.

May 2016 | www.sosmagazine.biz | p49

Created and produced by

OFFSHORE WIND

OIL & GAS

Book your stand now! +31 (0)10 2092600

Supported by

@NavingoOE #OEEC

MARINE ENERGY

A-Z ADVERTISERS DIRECTORY Page 40

Abtech

Tel +44 (0)1142 442424

Website. www.abtech.eu

Page 13

Belleville Springs Ltd

Tel +44 (0)1527 500500

Website. www.bellevillesprings.com

OBC

Bender UK Ltd

Tel +44 (0)1229 480123

Website. www.bender-uk.com

Page 33

Ceep Connectors

Tel +44 (0)1730 352012

Website. www.ceep.co.uk

Page 47

Destec Engineering

Tel +44 (0)1522 791721

Website. www.destec.co.uk

Page 23

IChemE

Tel +44 (0)1788 534431

Website. www.icheme.org

Page 17

Ingersol Rand

Tel +1 (0)704 6554000

Website. www.ingersolrandproducts.com

Page 31

NorSea Group

Tel +44 (0)1224 451000

Website. www.norseagroup.com

Page 21

NSL

Tel +44 (0)1224 208 988

Website. www.nsl-aberdeen.com

Page 9

RUD Chains

Tel +44 (0)1227 276611

Website. www.rud.co.uk

Page 13

STS Safety Trolley Sys

Tel +44 (0)1736 851050

Website. www.sts-trolleys.co.uk

Page 27

TSC Inspection Systems

Tel +44 (0)1908 317444

Website. www.tscinspectionsystems.com

Page 21

TWI Ltd

Tel +44 (0)1223 899000

Website. www.twi-global.com

Page 13

Valley Springs

Tel +44 (0)1426 451981

Website. www.valleyspring.com

Page 25

Zetechtics Ltd

Tel +44 (0)1653 602020

Website. www.zetechtics.com

NEXT MONTH...

Lifting equipment | deck machinery & winches | instrumentation services & suppliers fasteners, seals, gaskets & bolting solutions | welding & fabrication If you have any news, insights or product launches that you would like to share with our readers, please email them to:

editor@sosmagazine.biz for consideration in our future issues.

May 2016 | www.sosmagazine.biz | p51

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Power Quality & Energy Management

Insulation monitoring for un-earthed systems AC,3 (N) AC 0 690v, DC1000v

EDS460

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FPSO Insulation Monitoring & Fault Location 24vDC  Fire & gas systems  Process control systems  Platform shutdown systems

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www.bender-uk.com

BENDER UK Low Mill Business Park, Ulverston, Cumbria, LA12 9EE Tel: 44(0) 1229 480123 Fax: 44(0) 1229 480345