AKOBO MINERALS ANNOUNCES
AKOBO MINERALS ANNOUNCES
COMPLETION OF PROCESSING
COMPLETION OF PROCESSING
PLANT AND COMMENCEMENT OF COMMISSIONING
PLANT AND COMMENCEMENT OF COMMISSIONING
The political landscape of the United States took an unexpected turn when President Joe Biden announced that he would not seek re-election. This decision sent shockwaves through the nation, triggering a frenzy of activity among both Democratic and Republican parties, as they scrambled to position their candidates for the upcoming election. The announcement marked the beginning of a highly charged and amusing electoral season, filled with drama, humor, and political maneuvering.
With Biden stepping down, the Democratic Party found itself in uncharted waters. Vice President Kamala Harris immediately emerged as a frontrunner, leveraging her experience and visibility. However, she faced stiff competition from a diverse array of candidates. Progressive firebrand Alexandria OcasioCortez threw her hat into the ring, promising a bold new vision for America that resonated with younger voters. Meanwhile, more centrist figures like Pete Buttigieg and Amy Klobuchar also entered the fray, advocating for a pragmatic approach to governance.
The Democratic primary debates quickly became must-see TV, with candidates engaging in spirited exchanges that were as entertaining as they were informative. Memorable moments included a heated argument between Harris and OcasioCortez over healthcare reform, with each candidate presenting sharply contrasting visions for the future. Buttigieg, ever the eloquent speaker, often found himself playing the role of peacemaker, attempting to bridge the ideological divide within the party.
On the Republican side, the potential return of former President Donald Trump loomed large. Trump’s influence on the party remained undeniable, and speculation about his possible candidacy dominated the early months of the campaign season. Ultimately, Trump decided
to run, promising to "Make America Great Again, Again." His rallies, characterized by the usual bombast and theatrics, drew massive crowds and media attention.
However, Trump was not without competition. Florida Governor Ron DeSantis, often seen as Trump’s political heir, launched his campaign with a focus on conservative values and policies. The rivalry between Trump and DeSantis provided plenty of amusement for political observers, as the two engaged in a war of words that often felt more like a reality TV show than a presidential race.
In a surprising twist, several third-party candidates also gained significant attention. Entrepreneur Andrew Yang, having left the Democratic Party, announced his candidacy under the Forward Party banner, advocating for universal basic income and a data-driven approach to governance. His unconventional ideas and outsider status resonated with a segment of the electorate disillusioned with the two-party system.
Meanwhile, the Green Party put forward an intriguing candidate in the form of climate activist Greta Thunberg. Although not a U.S. citizen, Thunberg’s symbolic candidacy was aimed at raising awareness about climate change and challenging the political establishment to take more decisive action. Her campaign, while legally and constitutionally impossible, served as a powerful statement on the urgency of environmental issues.
The media had a field day with the chaotic and unpredictable election season. Late-night comedians found an endless supply of material in the antics of the candidates. Saturday Night Live sketches lampooned everyone from Trump to OcasioCortez, providing much-needed comic relief to a nation deeply divided over politics.
Social media platforms became battlegrounds for political discourse, with
memes, hashtags, and viral videos shaping public opinion in real-time. Candidates took to TikTok, Instagram, and Twitter to engage with voters, often with mixed results. Some attempts, like Buttigieg’s earnest policy discussions on Instagram Live, were well-received, while others, like Trump’s dance moves on TikTok, were ridiculed but widely shared.
One of the more heartening aspects of the election was the unprecedented level of voter engagement. Citizens from all walks of life, galvanized by the high stakes and colorful cast of characters, turned out in record numbers for primary elections and town hall meetings. Grassroots movements, particularly among young voters and minority communities, played a crucial role in shaping the narrative of the election.
Organizations like Rock the Vote and Black Voters Matter saw a surge in activity, as people mobilized to ensure their voices were heard. The increased participation underscored a renewed sense of civic duty and highlighted the importance of every vote in determining the country’s future.
The U.S. election following President Biden’s decision to step down was nothing short of a political spectacle. It was a season filled with surprises, humor, and intense competition, as candidates from across the political spectrum vied for the highest office in the land. While the outcome remained uncertain, the process itself was a testament to the vibrancy and resilience of American democracy. Amid the debates, rallies, and social media storms, one thing was clear: the election was a defining moment in the nation’s history, one that would be remembered for its drama, diversity, and the undeniable engagement of the American people. n
Editorial Director
Roger Sullivan
Profile Writers
Romana Moares
Dariusz Balcerzyk
Emma-Jane Batey
Director of Sale & Business Development
Katarzyna Pozoga
Business Partner, Poland Magdalena Grzempczyńska
Art & Design studio@industryeurope.net
Editorial Office
editor@industryeurope.net
Accounts accounts@industryeurope.net
Industry Europe
110 Boundary Road, Norwich NR6 5JE, United Kingdom
Tel: +44 1133 281 173
Email: studio@industryeurope.net
Web: www.industryeurope.com
LinkedIn: www.linkedin.com/company/industry-europe
The use of metal and other raw materials in manufacturing is a cornerstone of industrial development and technological advancement.
Metals, along with various other raw materials, form the backbone of numerous industries, from construction and automotive to electronics and aerospace. Their unique properties make them indispensable for creating durable, efficient, and innovative products. This essay explores the significance, applications, and advancements related to the use of metals and other raw materials in manufacturing.
Metals, such as steel, aluminum, copper, and titanium, play a crucial role in manufacturing due to their excellent mechanical
properties, including strength, ductility, conductivity, and resistance to corrosion. Steel, for instance, is a fundamental material in construction and infrastructure, providing the structural integrity needed for buildings, bridges, and other large structures. Its alloy variants, such as stainless steel, offer enhanced properties, making them suitable for specific applications like kitchenware and medical instruments.
Aluminum, known for its lightweight and high strength-to-weight ratio, is widely used in the automotive and aerospace industries. Its ability to resist corrosion and conduct electricity makes it ideal
for use in transportation, packaging, and electrical transmission lines. Copper, with its superior electrical conductivity, is essential in the production of electrical wiring, motors, and transformers. Titanium, valued for its high strength and low density, is extensively used in aerospace, medical implants, and chemical processing equipment.
Apart from metals, other raw materials such as plastics, ceramics, glass, and composites play a significant role in manufacturing. Plastics, derived from petrochemicals, are versatile and cost-effective materials used in a wide range of applications, from packaging and household items to automotive components and medical devices. Their lightweight nature and ability to be molded into complex shapes make them suitable for numerous industries. Ceramics, known for their hardness, thermal stability, and resistance to wear and corrosion, are used in applications that require durability and heat resistance, such as in aerospace components, cutting tools, and biomedical devices. Glass, with its transparency and chemical resistance, is indispensable in the production of windows, optical lenses, and electronic displays.
Composite materials, which combine two or more distinct materials to achieve superior properties, are increasingly being used in manufacturing. For instance, carbon fiber-reinforced polymers (CFRPs) offer high strength and low weight, making them ideal for use in the aerospace, automotive, and sporting goods industries. Composites enable the creation of products that are stronger, lighter, and more durable than those made from traditional materials.
Advancements in material science have led to the development of new materials and improved manufacturing processes, enhancing the efficiency and capabilities of various industries. For example, the advent of high-performance alloys and superalloys has revolutionized the aerospace and power generation sectors. These materials can withstand extreme temperatures and stresses, making them suitable for use in jet engines and gas turbines.
Additive manufacturing, commonly known as 3D printing, has emerged as a transformative technology in the manufacturing sector. It allows for the layer-by-layer construction of complex and customized parts using materials such as metals, plastics, and ceramics. This technology not only reduces material waste but
also enables rapid prototyping and on-demand production, leading to increased flexibility and reduced lead times.
Nanotechnology has also made significant contributions to material science, enabling the creation of materials with enhanced properties at the molecular or atomic level. Nanomaterials, such as carbon nanotubes and graphene, exhibit exceptional strength, electrical conductivity, and thermal properties, opening new possibilities for applications in electronics, energy storage, and medical devices.
The manufacturing industry is increasingly focusing on sustainability and environmental impact. The extraction and processing of raw materials, particularly metals, can have significant environmental consequences, including habitat destruction, water pollution, and greenhouse gas emissions. As a result, there is a growing emphasis on recycling and the use of sustainable materials.
Recycling metals such as aluminum, steel, and copper not only conserves natural resources but also reduces energy consumption and emissions associated with primary production. The development of bio-based plastics and biodegradable materials offers alternatives to traditional petrochemical-derived plastics, reducing the environmental footprint of plastic products.
Moreover, the implementation of green manufacturing practices, such as energy-efficient processes, waste minimization, and the use of renewable energy sources, is becoming increasingly important. These practices not only enhance the sustainability of manufacturing operations but also contribute to the overall goal of reducing the industry's environmental impact.
The use of metal and other raw materials in manufacturing is fundamental to the production of a wide range of products and infrastructure. The unique properties of metals, combined with the versatility of other materials such as plastics, ceramics, glass, and composites, enable the creation of durable, efficient, and innovative products. Advancements in material science and manufacturing technologies continue to drive the industry forward, while sustainability and environmental considerations are shaping the future of manufacturing practices. The ongoing development and application of these materials are crucial for meeting the evolving demands of modern society and achieving a more sustainable and technologically advanced future. n
Akobo Minerals AB (publ), (Euronext and Frankfurt: AKOBO, OTCQX: AKOBF), the Scandinavian-based Ethiopian gold exploration and mining company, today provided an operational update marking the successful completion of its processing plant construction and the commencement of commissioning activities.
• Completion of Tailings Storage Facility (TSF), diesel infrastructure, electrical work, and piping
• Phased commissioning initiated at site in collaboration with Universal Power Africa and Solo Resources
• Successful synchronisation, testing and operation of all generators
• Mill commissioned and running, conveyer belts and crusher in process today
• Advancement towards low grade gold processing in July, with gold ore expected to be reached in Eastern Winze shortly
• Engagement of seasoned industry player DRA Global to support in enhancing mining operations efficiency and reducing operational risks. With over 40 years of experience in the mining sector, DRA Global brings extensive expertise in optimizing mine and processing plant operations, ensuring a smooth transition to revenue generation. In particular, DRA subsidiary Minopex has developed an impressive track record operating more than 46 sites, across base metals, precious metals and bulk commodities
• Sourcing and logistics partnerships in place with 3rd Party
Procurement Enterprises, Airland Logistics, and DRA Global
• License received from Ethiopian Petroleum and Energy Authority facilitating independent fuel sourcing and transportation, bolstered by a direct agreement with the National Oil Company
• Updated mine plan forecasts substantial revenue potential and EBITDA improvement within the initial operational phase
• Restructuring of debt obligations through conversion of convertible debt to equity, resulting in a streamlined financial structure with Monetary Metals
Akobo Minerals acknowledges the invaluable support received from the Ministry of Mines and other governmental bodies throughout the construction and commissioning phases. Their collaboration has been instrumental in achieving this milestone.
• Segele gold ore body reached underground
• Processing plant in commissioning phase
• Significant cash flow to be generated
• Excitement around exploration activities following promising initial findings
• Ambition of developing world class deposits of 1.5 to 2 M oz
• Company has a first mover advantage, with expansion opportunities identified
Akobo Minerals will host a webcast, in English, for all shareholders and interested parties today at 10:00 CET. There will be a Q&A session following the management presentation. n
Swedish premium fastener manufacturer BUMAX was selected to solve a potential galling issue in an adaptive secondary mirror for a NASA telescope in Hawaii. A special variant of its high-performance DX 129 model was delivered within 24 hours to TNO to solve a manufacturing error in the adaptive secondary mirror structure.
The Dutch organisation TNO developed an adaptive secondary mirror for NASA’s Infrared Telescope Facility (IRTF) in Hawaii. Following a manufacturing error that was discovered during the integration phase in the Netherlands, TNO required an immediate fastener solution to be able to proceed with the integration. TNO turned to specialist fastener manufacturer BUMAX which delivered critical fasteners to overcome the galling (wear) issues discovered in the assembly. Within 24 hours, BUMAX had supplied TNO with a special variant of its high-performance DX 129 model, known for its excellent strength, ductility and corrosion resistance, which solved the problem.
“BUMAX really saved the day at a point in our project when it was critical that we had no delays,” said
Matias Kidron, Project Manager Space Systems Engineering at TNO. “The next day delivery of the screws was quite a feat and was greatly appreciated by our entire project team and enabled us to stick to our schedule.”The BUMAX DX 129 EPK fasteners used for this application were a special variant of the BUMAX standard high-performance DX 129 product grade. DX 129 EPK benefits from even higher surface hardness, making them almost impervious to galling. DX129 EPK also has the advantage of lower surface roughness and a cleaner finish to the fasteners, which eliminates the need for any potential additional lubrication in applications where contamination or outgassing may be of concern.
The NASA’s Infrared Telescope Facility (IRTF) is a 3.0-meter infrared telescope located at an altitude of around 4,200 m, at the summit of Mauna Kea on the island of Hawaii. It is operated by the University of Hawaii under a cooperative agreement with NASA. Designed for maximum performance in the infrared portion of the spectrum, it takes advantage of the excellent visibility, minimal water vapor and
low thermal background that characterize the atmosphere above Mauna Kea. The secondary mirror upgrade project is realized together with The University of Hawaii and The University of California Santa Cruz. The secondary mirror allows the mirror to correct for the distortion of the atmosphere to ensure the IRTF’s view of celestial bodies is as sharp and detailed as it can possibly be.
BUMAX fasteners have been chosen for many scientific high-profile projects and products, including CERN, ISS, Opus Aerospace and the Einstein Telescope project. They have also been used on the European Southern Observatory Extremely Large Telescope (ESO ELT) in Chile, which required a highstrength corrosion-resistant solution.
The aerospace composites market is experiencing a period of significant transformation driven by the demand for lightweight, high-strength materials that can enhance the performance and efficiency of aircraft. Composites, which are materials made from two or more constituent elements with different physical or chemical properties, are increasingly becoming the material of choice in aerospace manufacturing. This blog explores the key trends and technological advancements shaping the aerospace composites market, providing insights into how these innovations are setting the stage for the future of aviation. Increasing Adoption of Carbon Fiber Composites Carbon fiber composites are gaining prominence due to their exceptional strength and lightweight properties. They are increasingly being used in the manufacturing of commercial and military aircraft, contributing to significant weight reduction and improved fuel efficiency. The Boeing 787 Dreamliner and Airbus A350, for instance, are composed
of approximately 50% carbon fiber composites by weight.
Shift Towards Sustainable Materials With the growing emphasis on sustainability, the aerospace industry is exploring eco-friendly composite materials. This includes the development of bio-based resins and natural fiber reinforcements, which offer a lower environmental footprint while maintaining high performance. Sustainable composites are becoming increasingly attractive for manufacturers aiming to reduce their carbon footprint and adhere to stricter environmental regulations.
Advanced Manufacturing Techniques Technological advancements in manufacturing processes are enabling more efficient production of aerospace composites market. Automated fiber placement (AFP) and automated tape laying (ATL) are among the techniques being adopted to enhance precision and reduce production time. These advanced methods also help in minimizing material waste, further driving the cost-effectiveness of composite manufacturing.
Integration of Smart Materials The integration of smart materials, which can sense and respond to environmental changes, is emerging as a key trend in aerospace composites. These materials have the potential to enhance the safety and performance of aircraft by providing real-time data on structural health and environmental conditions. For instance, self-healing composites can autonomously repair minor damages, improving the longevity and reliability of aerospace components.
Collaborations and Partnerships Industry collaborations and partnerships are playing a crucial role in advancing aerospace composite technologies. Leading aerospace manufacturers, research institutions, and material suppliers are joining forces to develop innovative solutions and accelerate the adoption of composites. These collaborative efforts are vital in addressing the complex challenges associated with composite production and application.
Continue reading at: www.industryeurope.net
A"compactautomation" is a mechatronic system that performs a whole series of consecutive production steps autonomously. "Compact" refers to the small dimensions, in the millimeter and centimeter range, of the products to be processed. Designing and constructing such systems is one of the core activities of the Austrian machine manufacturer STIWA. Its modular system LTM-CI has been optimized for small parts assembly. Linear and rotating micromotors from FAULHABER perform key tasks in these systems.
The valve consists of just a few components and is only eight millimeters long. It is part of the anti-lock braking system of a large automotive supplier and is required in seven-digit quantities every year. Production must run with a takt time of half a second in order to cope with this volume. Of course, this happens fully automatically and at such a speed that the human eye can barely keep up with the individual assembly steps.
The individual parts are first fed from storage containers, separated using a shaker and correctly positioned on a conveyor system ready for the first manufacturing step. The components are then transported to the respective station where delicate grippers pick them up and join them together or process them in some other way. If you watch the machine go about its work, you will witness a fascinating choreography, which combines smoothly flowing transport of the conveyor belts and the rapid, jerky movements of the grippers into an intricate, rhythmic dance.
The machine that executes these complex movements in precise synchronization is a compact automation of the LTM-CI series from STIWA. It is designed for products with a spatial diagonal of up to 30 millimeters – and is itself the result of drastic miniaturization, as Roland Schiermayr, Departmental Head of Automation Research and Development, explains: "A customer in the west of Austria produces dampers for a wellknown furniture retailer that needs millions of these parts every year. The company wanted to buy a new production machine. The existing machine was 10 meters long – for the production of small components measuring just a few centimeters in length, this was simply too much for the production site in a narrow Alpine valley. This was the impetus for us to fully utilize all miniaturization possibilities."
The result of the development phase was the above-mentioned compact machine, or more precisely an automation platform which, depending on the configuration and equipment fitted, manages with a length of 3 to 4 meters. A rigidly linked transport system forms the basis, and the other system components depend on the needs and specifications of the customer. "We can integrate up to 22 function modules, each measuring 90 millimeters in width, for different work steps," explains Christian Mersnik, who was involved in development from day one. "These functions include, for example, pick-and-place, laser welding with up to five degrees of freedom, screw insertion, press-in operations, labeling as well as testing and measuring processes."
The compact automation has been well received by the customers. They appreciate, among other things, the uniform, smooth movements without impacts or vibration, which guarantees a stable process; one regular customer reports that the system runs "like a sewing machine". With the
LTM-CI, the cycle times have been reduced to almost just half a second, which brings with it a significant leap in productivity.
The drives used in the actuators inside the machine make a major contribution to the smooth movement as well as the high speed. In earlier generations, electric motors of a completely different size class were used; for the compact automation, the developers discovered the products from FAULHABER. In the LTM-CI, the LM 1247 linear motor now plays a key role. It performs its task at up to twenty points in the system, including stopper units – sliders that interrupt the flow of material – and grippers. One particular strength of the FAULHABER linear motors is their extremely high speed. This drive also delivers an enormous thrust: At just 12.5 mm wide and 19.1 mm high, it produces a continuous force of 3.6 Newtons. "When operating at full power, it can even manage 10.7 Newtons," points out Roland Schiermayr. "There is no other small linear motor with this power density available on the market anywhere in the world."
The engineers from STIWA heap equal praise on the brushless motor of the BX4 2250 series. In the portal handling of the compact automation, this motor drives the swivel units that move the tools or components to a specific position. When selecting a suitable drive, in addition to the typical strengths of the FAULHABER motors, the availability of an accessory part was also an important factor, as Christian Mersnik explains: "At this point in the system, we require an extremely high level of precision and repeatability. This is why it was an important argument for us that FAULHABER was able to deliver this motor with a matching multiturn absolute encoder. The signals from this encoder are necessary to achieve the high production quality and for quality assurance."
For STIWA, however, it is the longevity and long-term reliability of all components that make the real difference. This is because the company guarantees its compact automation customers fault-free operation of no less than 60 million strokes. This huge number must therefore also be achieved by all moving parts – and this, of course, includes the motors. "We subject our own parts as well as additionally purchased components to endurance tests," explains Roland Schiermayr. "In these tests, we attempt to destroy the parts through wear and unfavorable conditions. Only those parts that survive the endurance tests are installed in the machines. The motors from FAULHABER have shown that they can meet such extreme requirements. They help us to achieve our own peak values with minimum space requirements and the shortest cycle times."
Aberdeen based OSSO completes significant decommissioning project, preventing 4,340m³ of crude oil sludge being sent to incineration
OSSO, specialists in fluid temperature control and separation solutions, announce the successful completion of a significant decommissioning project at a Scottish oil terminal for a multinational energy company. OSSO worked in partnership with another contractor to mitigate the need for 4,340 cubic metres of crude oil sludge to be tankered to incineration, achieve a cost saving exceeding seven figures and recover 1,280 cubic metres of usable oil.
Strichen, Aberdeenshire , Scotland, Thursday, 15 July 2021 OSSO LTD Howe Moss Terrace, Kirkhill Industrial Estate, Aberdeen AB21 0GR Picture by Michal Wachucik/Abermedia
The project centred on the full decommissioning of an oil tank at the terminal, necessitating the complete removal of all hydrocarbons. OSSO’s separation capabilities allowed water to be introduced to the tank, enabling efficient pumping and significantly expediting the process by eliminating the need for manual waste
removal. By adding water without separation capabilities, extensive wastewater and sludge disposal requirements would have arisen from contaminating significant volumes of water with oil and naturally occurring radioactive materials.
After initial pumping, OSSO leveraged its decanter centrifuge and disc stack centrifuge technologies, to treat and separate over 4,540 cubic metres of waste sludge, including naturally occurring radioactive materials, into water, solids, and recoverable oil. This allowed for the disposal of over 3,060 cubic metres of water through an on-site effluent treatment plant, thereby saving an estimated seven-figure sum in disposal costs and securing significant carbon reductions from transporting the waste.
Additionally, it facilitated the recovery of approximately 1,280 cubic metres of oil, valued at around £450,000. Consequently, the total savings and value recovered from the project are estimated to be in the millions, with only
200 tonnes of waste ultimately requiring off-site disposal at an estimated cost of £120,000.
Rory MacKenzie, Business Development Lead at OSSO commented, “We have demonstrated the exceptional value our specialised separation technology can provide for decommissioning projects. We’ve not only saved a substantial amount in disposal costs, but also significantly cut down on carbon emissions associated with waste transport. The recovery of a large volume of oil and the reduction of landfill waste exemplifies our commitment to delivering solutions that are both financially and operationally prudent, while minimising carbon intensity.”
Yokogawa Europe announces that Visual MESA® Greenhouse Gas Emissions Management (VM-GEM) was reviewed by TÜV Rheinland, and received a confirmation award with the label ‘Certified Calculation Method’. VM-GEM successfully met verification criteria for comprehensibility, reliability, transparency, relevance and representativeness of the methods and data used. As a result, the data determined can be used as a basis to calculate Corporate Carbon Footprints, or to achieve climate neutrality status in accordance with ISO 14068:2023. TÜV Rheinland is one of the world's best-known and most respected certification companies.
Developed by KBC (A Yokogawa Company), Visual MESA software has been a trusted solution for over 20 years and is widely utilized in Yokogawa solutions. Visual MESA optimizes plant operations by providing energy management, process optimization, and real-time monitoring to improve efficiency and reduce costs.
ISO14068 is an internationally recognized carbon neutrality framework for the continuous review and reduction of carbon emissions. Verification for VM-GEM as Certified Calculation Method under ISO14068 provides customers with real-time data and process verification, enabling the development of effective decarbonization plans and the optimization of processes.
Customers can use VM-GEM to easily document emissions to authorities, addressing the challenge of a shortage of auditors in the market while saving time and costs.
For any improvement project, decision-makers typically seek information on implementation time, cost, and improvement potential. Identify -
ing improvement potential for decarbonization projects has traditionally been both time-consuming and imprecise. Current calculations often rely on outdated assumptions and emission factors. VM-GEM, however, allows for much more accurate and realistic determination of current real data.
Pascal Gaillot, Director Chemical Industry Europe at Yokogawa, says: “Yokogawa has long been committed to sustainability issues such as decarbonization, CO2 reduction, and the optimization of energy demands. In the case of VM-GEM, it was important for us to show that it is not only possible to optimize energy flows, but above all to determine and document Scope 1, Scope 2, and Scope 3 emissions for subsequent auditing of greenhouse gas emissions. This development means VM-GEM can not only optimize current processes in terms of CO2 emissions based on real-time data, but also offer our customers the opportunity to evaluate changes to the process in terms of CO2 saving-potentials based on the underlying digital twin.”
The documentation and evaluation of CO2 emissions is already regulated in the internationally applied standards and regulations on the carbon footprint (DIN EN ISO14067), the life cycle assessment (DIN EN ISO14040/44), GHG balance (DIN EN ISO14064), amongst others.
The ISO14068 carbon neutrality standard combines these standards and provides a framework for future-oriented decarbonization. This is a challenge that European and internationally active customers have to deal with, especially when requirements from initiatives such as “Fit-for-55”, the Carbon Border Adjustment Mechanism (CBAM) or the Corporate Sustainability Reporting Directive (CSRD) have to be met.
BASF is set to showcase further milestones on their plastics journey at the upcoming Plastics Recycling and Sustainability Conference Europe (PRSE) 2024. Taking place on June 19-20 at RAI Amsterdam, the conference will serve as a platform for industry leaders, innovators, and experts to discuss the latest developments, opportunities, and challenges in the European plastics recycling sector.
BASF accelerates its Plastics Journey at Plastics Recycling Show Europe 2024. The Plastics Journey includes solutions for all three phases which represent the lifecycle of plastics: MAKE, USE, and RECYCLE. With its recycling approach BASF helps to keep valuable resources in the cycle instead of losing them to landfill or incineration. At PRSE BASF showcases complementary high-performance solutions in the field of mechanical and chemical recycling.
At booth D32, hall 12 BASF will showcase its latest initiatives and solutions aimed at promoting the circular economy of plastics. With a strong focus on sustainable plastic management, the company will present its holistic approach to mechanical and chemical recycling. These efforts are intended to significantly reduce the amount of plastic waste that goes unrecycled.
During the conference, BASF will host a session titled "Driving evolution in plastics recycling with novel technologies” on June 20, from 2:10 - 2:40 pm in hall 12. Carlo Bouwmeester, Global Business Development Plastics Recycling at Chemetall, and Denis Savchenko, Key Industry Manager Plastic Recycling in EMEA & SA at Chemetall, will discuss the challenges of recycling and will present circular plastics technologies and solutions.
Cleaning solutions from Chemetall for mechanical recycling of plastics Chemetall, the Surface Treatment global business unit of BASF's Coatings division, operating under the Chemetall brand, offers a comprehensive range of formulated and integrated cleaning agents designed to enhance the quality, productivity, and safety of plastics recycling processes. Chemetall's innovative technologies for mechanical recycling amongst others play a crucial role in delaminating and deinking multilayered and surfaceprinted plastic packaging. These technologies effectively remove ink and separate layers of plastics such as PE and PET, thus maintaining
the integrity of the recycling stream.
By utilizing Chemetall's cleaners, plastics recyclers can achieve safe and efficient cleaning while also contributing to the reduction of water and energy. These technologies are specifically developed to optimize the washing and wastewater treatment processes, promoting a more sustainable and environmentally friendly approach to plastics recycling.
Moreover, the advanced technologies developed by Chemetall can significantly enhance plastics recycling processes, enabling plastics recyclers to produce high value-added plastic at a lowered production cost compared to conventional processes. This, in turn, allows for the reintroduction of recycled plastics into highadded value applications, contributing to the realization of a true circular economy.
Chemetall's product range includes a variety of cleaning solutions, wetting agents, and defoamers such as Gardoclean®, Gardobond® additives, Gardo® Pure, and Gardofloc®, which cover the entire washing and wastewater treatment process for plastics recycling. These products are not only effective in removing all types of pollution like adhesives but are also compatible with the stringent requirements of the food industry. They are suitable for use with PET, multilayer packaging, films, flexible packaging from PE, PP and PS, ensuring efficient cleaning without compromising the quality and safety of the final recycled plastics products.
At PRSE 2024, BASF will be presenting a variety of tailored additive solutions for different polymer types. These solutions address challenges such as reducing gel formation in film processing and improving mechanical performance in highly degraded plastics like automotive parts. Plastics require stabilization against thermal and photo-oxidation to meet specific processing and application needs. However, during the product’s first life cycle, stabilizers are depleted, resulting in changes in the plastic’s rheological and mechanical properties. In addition, recycled plastics with impurities can further accelerate polymer degradation, leading to problems like odor and compromised surface quality. Specially designed additives play a crucial role in rejuvenating recyclates and ensuring
their quality is suitable for various applications. BASF’s extensive knowledge in polymer degradation and stabilization mechanisms allows the company to develop customized re-stabilization solutions for different types of recyclate materials used in consumer or durable goods.
Complementing mechanical recycling, chemical recycling can increase the overall recycling rates and contribute to a more circular economy for plastics. ChemCycling® is BASF’s chemical recycling business using plastic waste-based feedstock in the production process of high-performance products. The share of recycled raw material is attributed to certified Ccycled® products manufactured in the integrated production system by using a third-party audited mass balance approach. Our customers can process these mass balanced products in the same way as conventional products. Our portfolio of Ccycled® products now comprises around 240 products, which our customers use for a wide range of applications – from food packaging and transport cases for temperature-sensitive drugs to highperformance plastics for the automotive industry and functional textiles.
trinamiX GmbH, a leading provider of mobile spectroscopy solutions and subsidiary of BASF, will showcase their versatile plastics and textile identification technology at booth G3. From designing plastics packaging that is sortable, to quality control for in- and outgoing plastics, to cleaner sorting for improved recycling; mobile identification of plastic and textile types adds benefits across the supply chain. Adrian Vogel, Segment Lead Circular Economy at trinamiX, will share insights about “How Mobile NIR Spectroscopy enables an efficient recycling value chain” during a presentation in theatre 1/ hall 12 on June 19 at 02:45pm.
Resycure is a smart B2B marketplace that connects brands and converters with high-quality recycled plastic suppliers, making it easy to buy & sell, test and use recycled polymers, reducing plastic waste and CO2 emissions.
New developments in the Construction & Engineering
Kanthal, a world leader in electric industrial heating technology, and Danieli, a major global supplier of turnkey plants and equipment for the iron- and steel industry, have announced a strategic partnership to jointly scale up Kanthal’s demonstrated electric process gas direct-heating solution, Prothal® DH, to full industrial scale. By installing Prothal® DH in Energiron hydrogen-ready DRI plants, fully green DRI production will be achieved. Furthermore, the introduction of Prothal® DH technology in blast furnace operation will reduce CO2 emissions in ironmaking.
Global megatrends are driving the demand for decarbonization of the industry and as one of the world’s largest emitters of CO2, representing 7% of global total emissions, the iron- and steel industry is in the spotlight. Several projects, mainly in Europe, are developing solutions such as hydrogen-based direct reduced iron processes (H2-DRI) with the aim to remove CO2 emissions, enabling production of green steel.
Under the name Prothal® DH, Kanthal has developed a direct heated electric solution for high-temperature process gas heating – one important step towards enabling zero-emission DRI plants. The solution has been tested and verified in pilot scale and with this partnership, Kanthal and Danieli aims to further develop this technology to full scale, which means up to 100’s of megawatts. The ambition is to have a solution ready for commercialization in 2027.
“We are now taking another step towards commercializing large-scale, electric gas heaters, which will be key to substantially reduce or even eliminate CO2 emissions. We’re excited to join forces with one of the world’s foremost experts in DRI technology to make the steel industry’s green shift possible,” says Simon Lile, President Business Unit Heating Systems at Kanthal.
The heating solution will be developed for hydrogen, natural gas and combinations, thereby enabling retrofitting of existing DRI plants.
Cortecofocuses on seals in more detail than most other aftermarket companies. As part of the technology and sealing expert Freudenberg Sealing Technologies, Corteco is diversified and well positioned for the demanding independent aftermarket within the heavy-duty sector. A market in which Corteco is progressively increasing its presence. The product range will see further expansion with additional product groups in 2024.
Corteco’s products for the heavy-duty aftermarket currently focus on radial shaft seals that have been specially engineered for the rigorous demands of construction and agricultural machinery and other heavy-duty applications. Through this focused approach, Corteco, as Freudenberg Sealing Technologies’ aftermarket unit, has consistently grown its footprint in the heavy-duty market in recent years. The future also looks promising with the addition of new product families, such as accumulators, to the aftermarket delivery program for the heavy-duty sector in 2024. “Applying the quality of series production directly to the independent
aftermarket is not an additional expenditure for us, it’s a logical consequence. We benefit from our wide-ranging experience and the very strict requirements of series development, especially in the automotive sector. These can also be applied perfectly to the heavy-duty market. That is why we will continue to expand our range in this area,” says Dr. Christian Dickopf, Senior Vice President at Freudenberg Sealing Technologies, who is responsible for Corteco.
There are no all-encompassing solutions for the diverse needs in the heavy-duty segment: Each application must be considered on its own. That is why the company’s extensive experience in the automotive and truck industries comes in handy.
This philosophy is reflected in the product quality, which is tested under extreme conditions. Freudenberg Sealing Technologies goes above and beyond the requirements of the individual OEMs. The test field in Weinheim is also unique in the industry.
“Even for natural gas based DRI plants, you will achieve more than 30% reduction of CO2 emissions when you electrify the heating system. This partnership allows the unlocking of huge potential for a new technology that will drive Energiron DR plants carbon footprint furtherly ahead in the race of green steel,” says Marco Lapasin, Vice President Danieli Engineering Centro Metallics.
Energiron is DRI technology jointly developed by Tenova and Danieli. The partnership was announced at the Future Steel Forum event in Stockholm, Sweden. Speaker Dilip Chandrasekaran, Global Business Development Manager at Kanthal, has led the development of this unique direct electric heater. “After years of research, designing and testing, the solution is now ready to be verified on industrial scale. We build this on already proven technology but on a scale that has never been done before. If successful, this has the potential to revolutionize the steel industry,” he says.
With over 300 test rigs, it is the largest of its kind in the world. Here, seals and other products endure simulated conditions to ensure their performance beyond a 300,000-kilometer lifespan.
The company is also active in research: Freudenberg Sealing Technologies regularly fields inquiries from new segments such as e-mobility and shipbuilding. The test rigs can even replicate conditions such as speeds up to 36,000 rpm or shaft diameters reaching one meter. It is always particularly important to consider the entire tribological system, according to Robert Leins. A robust and longlasting sealing solution emerges only when all components synergize.
The customers of both Freudenberg Sealing Technologies and Corteco value this commitment: The demand for premium products in the heavyduty and aftermarket segments is steadily climbing. Product reliability remains a key priority.
“A seal that costs just a few euros will protect an investment worth several hundred thousand. So why compromise when you can rely on proven series technology?” Dickopf concludes.
is not just a hoist — it's a game-changer
TheKonecranes S-series hoist redefines industrial lifting, integrating synthetic rope and Smart Features engineered for enhanced safety and productivity. With a lifting capacity of up to 20 tons, the Konecranes S-series rope hoist adapts to diverse girder configurations.
The recent addition of the S-series low headroom option further enhances its versatility. This compact model offers excellent approach dimensions and smooth, stepless lifting with a load-dependent lifting motor. Its strong, lightweight and durable synthetic rope enhances safety and ease of handling. Integrated Smart Features, such as Snag Prevention, Hook Centering and Follow Me help boost productivity. Additionally, a new safety light gives a visual indication of the location of the hoist at ground level, further enhancing safety and convenience. Moreover, the Konecranes S-series low headroom hoist radio features an easy-to-read display that indicates the lifted load, active Smart Features, battery life and other useful information. True stepless buttons help increase safety and accuracy, particularly during slow and demanding lifting operations.
"In the S-series low headroom hoist, we have combined the best features of our previous rope hoist products and introduced new, exciting innovations. As a result, we have created a strong, durable, compact, hightech and smart rope hoist that prioritizes safety above all. The S-series low headroom hoist will be a market-leading product for years to come," says Jussi Luokomaa, Product Manager for Europe, the Middle East and Africa at Konecranes.
Before launching the S-series with a synthetic rope, Konecranes conducted thousands of hours of testing to ensure safety and durability. The synthetic rope is fast to install and reduces wear on reeving components. A totally re-designed hoist structure provides smooth and stable lifting, minimizing wear and tear to the reeving parts.
Environmental sustainability is a fundamental focus in Konecranes' product design. The S-series normal headroom hoist is significantly lighter than previous corresponding hoist models due to an optimized design and material selections, consuming fewer raw materials and therefore reducing climate impact.
Additionally, the use of synthetic rope and guide rollers in the S-series hoist enhances its performance and durability while simultaneously reducing maintenance requirements. Our in-house designed and manufactured gears and motors, along with the adoption of inverter lifting technology, enable precise motor speed control and optimized hoisting energy consumption.
The latest low-headroom hoist also includes features such as a thrust rocker—one example of smart design selections leading to reduced steel consumption for decreased environmental impact.
TRUCONNECT Remote Monitoring provides real-time data for operations and maintenance planning, resulting in enhanced reliability, reduced environmental impact associated with unexpected downtime, and extended equipment lifetime.
Konecranes S-series hoists have already proven their worth in diverse industrial environments.
Hakkers BV, a Dutch company specializing in hydraulic engineering and steel construction, has leveraged the S-series hoist in wall console cranes that act as auxiliaries, for more efficient hook placement and to achieve a higher level of flexibility in their operations.
In the energy sector, Hitachi Energy in the Czech Republic has utilized S-series hoists to help maintain stringent cleanliness standards in the manufacturing of gas-insulated conductors. The synthetic ropes eliminate the need for lubrication, preventing contamination for a clean production environment.
General Óptica opens a new omnichannel warehouse for 100,000 eyeglass frames in partnership with Mecalux
Intralogistics group Mecaluxhas designed and installed storage systems for General Óptica’s new logistics centre near Madrid (Spain). The leading company in Spain’s optical solutions market — also a key player in Portugal — has decided to insource its logistics operations to provide the best service to its 321 eyewear shops throughout the Iberian Peninsula.
General Óptica’s new warehouse ships an average of 4,000 orders a day, manages 100,000 eyeglass frames and is ready to absorb the growth projected for the next 10 years. Located in San Fernando de Henares, the retailer has dedicated 2,000 m² to storage and 300 m² to its offices. “We
distribute products to suppliers, physical shops and online customers from this facility, in addition to replenishing frames and managing returns,” says Juan González, Logistics and Transport Manager at General Óptica. To do this, the company uses an automated box conveyor system, pallet racking and picking shelves from Mecalux.
“To adapt to omnichannel, our warehouse required a level of automation that would significantly boost efficiency in processes and reduce possible errors in picking and shipping products to shops and suppliers,” says González. General Óptica performs 12,000 operations a day in its logistics centre, where workers presort products
into boxes via a put-to-light system. The conveyors then transport the goods to the consolidation area.
“Automation has considerably expedited our processes performed before shipping, optimising our effectiveness,” says the company, which distributes frames, protective glasses for industrial environments, and accessories such as clips, straps and replacement cases, among other items.
Domino Printing Sciences (Domino), trusted global provider of complete variable data printing solutions, is pleased to announce the launch of its new automated product printing and label verification solutions to help manufacturers reduce the risk of costly product labelling errors. Domino’s latest solutions include advanced coding automation software that removes the need for manual intervention and integrated machine vision to check the accuracy of every printed code.
As legislation surrounding the labelling of consumer products becomes stricter, ensuring efficiency and accuracy in product identification operations has never been more important, but product printing errors due to inefficient processes and overreliance on human labour continue to be a significant issue.
“In January 2024 alone, the FDA issued 19 recalls for food products in the US, with 18 of them attributed to undeclared allergens due to labelling errors,” says Adem Kulauzovic, Director of Automation, Domino. “These figures highlight that printing and labelling inefficiencies are still very much present within a significant number of manufacturing facilities, despite recent advances in product coding automation.”
Recent industry reports support these findings, with Automate UK’s recent Industry Insights Survey 2024 finding that over 81% of industry workers identified automation as their primary challenge for 2023. The cost of adoption, lack of internal knowledge, and the inability to find the right suppliers stand out as some of the top barriers to adoption.
“When it comes to adopting automation, designing a solution that integrates various technologies while managing relationships with multiple suppliers can be costly and complex, posing a challenge for many businesses,” continues Kulauzovic. “Our closed-loop solutions have been designed to offer all the benefits of automated product coding from a single trusted source, helping to reduce complexity and costs associated with lengthy project timelines.
In addition, our flexible finance options – encompassing both subscription models and product leasing – mean businesses can upgrade without significant capital investment.”
Domino focuses on supplying complete end-toend solutions for variable data printing so manufacturers can ensure that the energy, time, and funds they invest are spent creating high-quality, sellable products. End-to-end solutions encompass two newly launched products, Domino Automation, and the R-Series i-Tech, plus remote monitoring from Domino’s cloud-based services – all of which are designed to work alongside Domino’s full range of variable data printing solutions:
Domino Automation – centralised message storage and automated printer management softwareR-Series i-Tech – label verification and quality inspection system optimised for highspeed production linesDomino’s cloud-based services – machine monitoring tools for remote diagnostics, troubleshooting, and optimisationDomino’s solutions can be tailored to customer requirements, with all components available as stand-alone products, or integrated as part of a full, closed-loop solution.
Easyfairs and ExCeL London are once again poised to redefine sustainability benchmarks in the events industry with the upcoming London Packaging Week at ExCeL London on 11 & 12 September. Both organisations have committed to elevating environmental responsibility by implementing comprehensive sustainability measures throughout the event.
Teaming up with ExCeL London, renowned for its sustainability-driven venue practices, Easyfairs aims to lead by example and foster positive change across the events landscape. This collaboration underscores a shared dedication to sustainability, ensuring it remains central to their operational agendas.
"We are thrilled to partner with ExCeL London once again for London Packaging Week, setting new standards in sustainability within the events industry," said Senior Marketing Manager James Montero-MacColl. "Together, we are committed to driving positive change and demonstrating that sustainable practices can redefine how events are managed.
"By leveraging digital innovation and sustainable practices, we aim to deliver an exceptional experience at London Packaging Week while minimising our environmental footprint. From energy-efficient technologies to zero-waste strategies, it's about innovating today for a sustainable tomorrow."
Easyfairs' London Packaging Week is at the forefront of sustainable event practices, incorporating initiatives designed to minimise environmental impact and promote responsible resource management:
Energy Efficiency: Prioritising energy conservation with meticulous monitoring and optimisation of lighting, heating, and HVAC systems from setup to teardown.
Production and waste: Implementing effective waste management strategies, aiming for more than 70% of stands to be reusable, alongside a zero-to-landfill ExCeL waste management programme policy for exhibitor spaces and stands. Sustainable carpet solution to be used, and no single-use plastics or red meat at controlled catering points
Digital Innovation: No event guide to be printed, smart badge technology used throughout the show, and digital signage. A cutting-edge mobile application has been developed that enhances attendee and exhibitor experiences through features such as exhibitor search, personalised agendas, and real-time notifications.
Travel and accommodation: The venue is accessible by public transport, EV charging stations, bike parking, and free coffee is available to visitors arriving via public transport. Hotel recommendations with sustainable credentials will be prioritised.
Building on its commitment, Easyfairs recently released its inaugural annual sustainability report, reflecting transparency and progress towards its "Act for the Future" strategy. Key achievements include a 33% reduction in carbon footprint since 2019, underscoring its proactive approach to sustainability leadership.
Anne Lafère and Matt Benyon, CEOs of Easyfairs, expressed their dedication to driving meaningful change, saying, "The world of events is evolving, and so are our responsibilities. This report underscores our commitment to ethical governance and responsible corporate citizenship."
Hellweg Maschinenbau’s new, individually controllable R 200/20 Servo edge trimming system brings flexibility to the shredding of extrusion edge strips. Touchscreen control enables processors to adapt this step to production conditions and so optimize it for the specific application. Jointly developed with BREYER Extrusion, this new machine complements the extensive range of systems, also known as guillotines or chippers, from this global manufacturer of digitally controlled shredding machines for effective, energy-saving plastics recycling.
The touchscreen on Hellweg’s R 200/20 edge trimming system, which is equipped with a servo geared motor, allows cycle times to be freely set. This means that the size and number of individual chips can be optimized for further processing independently of extrusion system output
Designed for a working width of 200 mm and cutting thickness of up to 20 mm, the R 200/20 Servo continuously pre-shreds one or two edge strips from film or sheet production. A downstream granulator then processes the resulting chips, which are several centimeters in size, into regrind or flakes in the millimeter range as required. These can then be fed straight back into the recycling loop.
Thanks to a servo geared motor, cutting cycle
times can be freely set using the associated touchscreen display. As a result, the cutting frequency of the R 200/20 Servo and thus also the length of the edge strip chips can be selected at a constant cutting speed and so optimized for the output of the respective extrusion system and for input to the downstream granulators. Numerous, short chips relieve the load on lower power granulators, while the longer pieces possible when using powerful granulators relieve the load on the chipper. In both cases, electronically controlled edge trimming cuts down on wear and energy consumption. In addition, the high chopping speed permitted by the servomotor results in a smoother process because the permanently advancing film web only runs over the stationary blade for a very short time. This minimizes any counter-thrust and associated lifting of the entire edge strip.
Extrusion requires uninterrupted operation, and this is exactly what the R 200/20 Servo is designed for, just like all of Hellweg’s other granulator systems. Users can be confident that these granulators with their unsurpassed endurance and minimal maintenance requirements will not be the cause
of downtime. The durable special guides and the hardened, low-wear blade support and eccentric roller are further factors backing up this confidence.
As a manufacturer of granulators for any plastics application, Hellweg is expanding its portfolio in step with changing customer requirements. In addition to edge trimming systems, this portfolio ranges from small machine-side granulators for sprues up to high-performance systems for solid parts, film and sheet with a throughput of five metric tons per hour and above. The digital Smart Control System, featured by all the granulators, captures parameters such as power consumption, motor speed and bearing temperatures, as well as blade, screen and V belt status. By continuously optimizing the ratio of engine load to throughput, it ensures particularly
Market leaders in pneumatics and electric motion control technology, Norgren, Bimba and Bahr are now united under one IMI brand. Going forward, the product brands will be known as IMI Norgren, IMI Bimba and IMI Bahr.
The strategic decision not only sees a new look in place, but further enhances customer access to a wide range of standard and custom electric motion and pneumatic system solutions, and technical expertise for industrial automation sectors including food & beverage, EV battery production, packaging, material handling, and rail.
As one team under the IMI brand, all the market leading product solutions, from IMI Norgren, IMI Bimba and IMI Bahr, will continue to be available, and customers will experience no disruption to the service and support standards they are accustomed to.
Jackie Hu, CEO of Automation, IMI plc, says: “IMI Norgren, IMI Bimba and IMI Bahr have proud heritages and have been part of IMI plc for many years. Over this time, we have supported industrial customers in meeting many engineering challenges through insight, technical excellence, and a collaborative approach.
“Yet, we recognise that better does not stand still, so as we look forward, our team will continue to work with customers across many sectors. Our new approach promises an exciting and innovation-led future for both IMI and our customers as, together, we tackle key issues such as productivity, energy efficiency and sustainability. Our existing customers can be fully assured that under the IMI brand, they will continue to benefit from our drive for innovation, our proven product solutions, our engineering expertise, and our unrivalled service.”
Why the Netherlands’ “gridlock” is a cautionary tale for European business
NetZero is no competition; but if it were, the Netherlands would have a significant lead. Boasting the biggest solar power share in Europe, the country is strides ahead in terms of renewable energy generation. In 2023, almost half of its electricity came from clean energy sources. But this promising progress has hit a major roadblock.
Electricity infrastructure in some of the Netherlands’ biggest cities has not grown or developed at the same pace as the country’s renewables expansion. The result? Lack of capacity in the grid is fuelling connection delays and stopping clean energy projects in their tracks. The country is bound by a “gridlock” that is grinding its Net Zero progress to a halt. However, it’s not just Net Zero that stands to suffer. With electricity networks operating at maximum capacity, consumers are feeling the squeeze. While households are being hit by power outages at times of high demand, busi-
nesses are seeing growth inhibited by a lack of room on the grid. For companies based in cities such as Amsterdam and The Hague, connecting to the electricity network is becoming increasingly difficult, and at times, impossible - almost 10,000 companies have had their requests for new electricity connections put on hold.
Not only is the gridlock putting the brakes on businesses’ own clean energy efforts, it could soon see some forced out of cities altogether. With restrictions placed on even the simplest developments, such as connecting a new lift within an office building or installing new charging stations for electric company cars, many companies may soon have no choice but to pack up and head elsewhere.
For European leaders the situation in the Netherlands signifies much more than a cautionary tale. We’re already seeing similar grid constraints emerge across electricity networks in countries including the UK, France and Spain. Left unchecked,
these electricity “gridlocks” could soon begin to place restrictions on businesses in much the same way as their Dutch counterparts. Fixing the capacity conundrum must be a priority, to protect economic growth, as well as clean energy progress.
According to experts, work to provide additional grid capacity in the Netherlands is on track to be completed by 2028. But with businesses already facing significant restrictions and grid expansion predicted to cost up to €30 billion, we cannot afford to wait on time-intensive new infrastructure development alone - or businesses, and their employees, will pay the price. Employers’ associations in the country are already warning of a significant decline in business investment and a fall in industrial production due to the gridlock, with companies forced to look outside of the Netherlands to achieve their growth and expansion plans.
We must explore alternative action while we wait for new transmission to optimise existing infrastructure and ease the current gridlock. Emerging technologies, such as AI and machine
With the support of RWE, the Dutch-Norwegian company SolarDuck, has installed its offshore floating solar (OFPV) project, Merganser. The pilot project aims to test and demonstrate the structural, mooring and electrical designs and acquire knowledge about manufacturing, assembly, offshore installation and maintenance methodologies required for largescale commercial deployment of OFPV.
Merganser has a capacity of 0.5 megawatt peak (MWp) and is located in the Dutch North Sea, approximately 12 kilometers off the coast of Scheveningen. The scalable concept consists of six interconnected platforms that can withstand extreme offshore conditions. The floating platforms were successfully connected to the mooring system in water depth of 20 meters. RWE will continue to provide its offshore know-how and technical support to the pilot project.
Sven Utermöhlen, CEO of RWE Offshore Wind: “Standalone or also in combination with offshore wind farms, offshore floating solar could open
up further offshore renewable energy opportunities – especially for countries with lower average wind speeds but lots of sunlight. With Merganser, we are gaining unique insights and first-hand experience in one of the most challenging offshore environments in the world.”
Taking solar farms offshore requires technology that is able to withstand rough offshore conditions. SolarDuck´s triangular-shaped platform is designed to float several meters above the water, following the waves like a carpet. In this way, the design is keeping critical components dry, clean and stable, as well as securing the structural integrity of the semisubmersible floating structure. The design received recently the world’s first certification for OFPV by Bureau Veritas.
Koen Burgers, CEO SolarDuck: “The successful installation of Merganser is proof of the dedication of SolarDuck’s team to electrify the world with offshore floating solar. However, we are not doing this alone. Our project partner, RWE, is a supporter of our technology and vision, in addition to other partners such as TNO, TU Delft, MARIN, and Deltares. Together with numerous supply chain partners, including Damen Shipyards, TMA, and Norsk Hydro, we have turned hard work into a positive change for the energy space.”
The combination of RWE´s leading global market position in offshore wind and SolarDuck´s technological ingenuity sets the perfect base for accelerating the deployment of OFPV. Over the coming two years, Merganser will be monitored remotely with its more than 180 sensors fitted to monitor structural loads, connector and mooring loads and electrical performance, among other important performance criteria. Further to the above, Deltaresa Dutch independent institute for applied research - will support an extensive monitoring campaign on the ecological impact of OFPV.
FLIR,
part of Teledyne Technologies Incorporated, today unveiled ADGiLE, a fixed-mounted methane monitoring solution. Featuring optical gas imaging (OGI) with comprehensive edge detection analytics, ADGiLE is the oil and gas industry’s solution to meeting environmental stewardship and efficiency goals. The system, featuring a pan-tilt gas imaging camera, edge computing device, connectivity, and FLIR United VMS software within a ruggedized package, can help companies address the ever-evolving requirements for reducing methane gas leaks within oil and gas production, transmission, and storage infrastructure.
Designed for wide-scale site video monitoring and continuous leak detection applied to storage tanks, compressors, separators and many other equipment in the oil and gas industry, ADGiLE offers an industry-first, end-to-end fixed methane detection solution that leverages FLIR’s uncooled GF77a OGI technology, and is consequential to industry demands concerning methane mitigation.
FLIR ADGiLE pairs the GF77a with platform analytics processed at the edge to detect emissions through automatic early detection, quickly pinpointing the leak source. It provides the critical situational awareness on the emission event
that isn’t possible with other methane detection technologies, such as satellite and aerial-based detection methods. Data is displayed via the FLIR United VMS software back at the control room, which can be configured with custom alerts, areas of interest, and pre-set imaging pathways for a truly automated experience.
The solution primarily focuses on midstream and high-concentration methane upstream applications. It works to detect and prevent high volume emission events, compared to FLIR’s existing cooled handheld OGI technology, leveraging FLIR’s unmatched edge detection analytics built upon decades of detection data and experience to deliver consistent, accurate results. The system increases both site efficiency and safety, as it operates equally well during the day and in total darkness at safe distances, pending atmospheric and site conditions.
“The industry knows FLIR as the world leader in handheld OGI detection, and now they can access lower cost technology via a completely automated, fixed solution with ADGiLE, featuring everything they need out of the box to quickly pinpoint and then fix large methane leaks,” said Craig O’Neill, Business Development Director, FLIR. “ADGiLE is purposebuilt for mid- and upstream methane operations to
deliver game-changing results to achieve methane mitigation demands along with internal emission reduction goals. This makes ADGiLE a market leading solution for well site operators, compressor stations, and storage facilities that must invest in methane detection and monitoring technologies.”
FLIR ADGiLE uniquely meets the most serious methane leak detection challenges while providing operational insight to understand emissions that are a part of routine industry processes versus fugitive emission events. The system can also help prevent false readings, saving time and resources by avoiding the need to manually investigate and confirm specific leaks. At the same time, it can still detect intermittent leaks that happen and are too often missed by deployed aerial detection technologies using a wider temporal frequency. It can generate situational awareness that addresses the full range of challenges stemming from various methane emission scenarios.
Schneider Electric, the leader in the digital transformation of energy management and automation, has topped the "World's Most Sustainable Companies for 2024" list by Time magazine and Statista. This recognition reflects Schneider Electric's ambitious goals to reduce its own emissions, but also the company’s commitment to helping its customers to become more energy efficient and reduce their emissions.
Time and Statista used a transparent, multistage methodology to identify the world's most sustainable companies for 2024. The process began with a pool of over 5,000 of the world's largest and most influential companies. Following a rigorous four-stage assessment, the final ranking excluded unsustainable industries and considered factors like external sustainability ratings and commitments, corporate reporting practices, and environmental and social performance indicators. This comprehensive approach produced a ranking of 500 companies from over 30 countries.
Both Time and Statista highlighted Schneider Electric's technological expertise and the Schneider Sustainability Impact (SSI) program. This transformative program drives and measures the company’s progress toward global sustainability 2021–2025 targets contributing to six long-term commitments that cover all environmental, social, and governance (ESG) dimensions. Among this progress, the company helped customers reduce their carbon emissions, with 553 million tonnes of CO2 saved and avoided since 2018. The company has also made significant progress in transforming its own supply chain. Carbon emissions from Schneider Electric's top 1,000 suppliers fell by 27% since the beginning of the program — and 21% of the company's most strategic supply chain partners have met Schneider Electric's decent work standards.
"We are incredibly honoured to be recognized as the world's most sustainable company," said Peter Herweck, CEO of Schneider Electric. “This achievement is a testament to our unwavering commitment
to sustainability, which is embedded in everything we do. We consider the environment, society, and good governance in our decisions and daily operations. That's why we're pushing hard to make even more progress on our sustainability goals and ensure everyone contributes to creating a positive and enduring impact”.
Schneider Electric was also recently included in the Dow Jones Sustainability World Index for the 13th consecutive year, ranked #1 in its industry and secured its place in the Europe index. This achievement reflects its strong environmental, social, and governance (ESG) performance, with sustainability at the core of its strategy.
The perspectives on Artificial Intelligence (AI) in the medical and pharmaceutical industries range from excitement to scepticism, particularly concerning this megatrend’s yet-to-be-fully understood implications. While some embrace the technological advances, others fear being supplanted by machines.
However, these apprehensions often stem from a lack of understanding of this “new” technology. Despite AI’s prevalent integration AI into our daily lives, it is far from capable of entirely replacing human labour. While historical trends suggest that new technologies may displace existing jobs, they also invariably create new ones. Nonetheless, it is indisputable that Artificial Intelligence is set to fundamentally transform numerous industries, including healthcare and pharmaceuticals.
Artificial Intelligence encompasses a spectrum of variations rather than one single concept. It is necessary to differentiate between “generative AI”, which creates something new based on available datasets, like ChatGPT, and “discriminative AI”, which identifies and analyses correlations within large datasets. Recently, the focus has shifted towards decentralised, autonomous AI applications functioning independently of continuous server connectivity. In contrast to its centralized counterparts, which run on servers and thus rely on connectivity, the “Embedded-AI” approach offers a variety of new application possibilities.
In simplified terms, a decentralized or Embedded Artificial Intelligence operates locally on chips at the data generation site, thus eliminating the need for cloud connectivity. Although initially developed on large servers, this AI is then compressed through a complex and sophisticated process so that it can run on minimal computing units. Such chips with an integrated Embedded-AI only take a few centimetres in size and thus can be implemented in all kinds of systems.
Once trained, such decentralized AI can work autonomously on the device without depending on its original server connection. Through profound data analyses, the AI can then significantly enhance device performance
and efficiency. While the processed data packages can hardly be transmitted to a server due to their immense size, an Embedded-AI enables advanced functionalities that significantly improve safety and precision, especially in medical applications.
Concerns about doctors losing their profession to machines are unfounded, asserts Viacheslav Gromov, founder of Embedded-AI developer AITAD: “While Artificial Intelligence stirs groundless fears about its potential of replacing our entire middle class, its real value lies in addressing more pressing and tangible problems. Particularly in healthcare, the new megatrend can address challenges like an ageing population and a shortage of skilled professionals.”
Subsequently, these concerns raise the question of how this technological progress can be slowed down or regulated when it should actually be encouraged. Embedded-AI, particularly in medical and pharmaceutical fields, already offers solutions to counteract these challenges. The technology can lead to significant societal advancements, such as in the realm of recurring routine tasks, through functions such as intelligent user interaction, predictive maintenance, and other advanced functional innovations that were previously unattainable.
Embedded AI redefines the interaction between humans and machines, allowing for seamless operation through gestures or voice commands. While large numbers of
healthcare professionals still must engage in simple routine tasks, these operations can be assumed by Embedded-AI with higher precision and reliability. For example, the AI can adjust surgical devices, thus freeing up professional staff to focus on more critical aspects of patient care. “Through EmbeddedAI, more patients can be treated with the same or even higher quality by fewer staff, thereby solving two pressing issues simultaneously,” Gromov is convinced.
Moreover, Embedded-AI’s predictive maintenance capabilities are revolutionary, providing detailed insights into equipment conditions. While the processed data is often incomprehensible for humans or regular algorithms, the AI can detect impending malfunctions via vibration patterns, sound waves, or pressure trends. Such predictions not only save manufacturers millions in maintenance services costs but also enhance patient safety, as device failures during surgeries can be avoided. Additionally, maintenance services can be planned in the most resource-efficient way.
Besides these applications, decentralised Artificial Intelligence allows for further innovative functionalities supporting real-time evaluations and critical decision-making in medicine. AI can safeguard surgeons to avoid even minor mistakes and thus serve as a safety net for both medical staff and patients. While the surgeon must still lead the entire surgical process, the AI can prevent operational errors. In turn, a central AI cannot perform this safeguarding function, as even the little time required for the data transmission from device to server will be too long to prevent the mistake.
Viacheslav Gromov further emphasizes, “Embedded-AI’s potential extends across the medical technology spectrum, offering unprecedented precision, safety and reliability. While data can be autonomously evaluated at their point of origin – without the need to transfer these data sets – these solutions are not only remarkably precise and robust, but they also safeguard data integrity and patient confidentiality. Embedded-AI can therefore serve as a strategic response to the shortage of skilled workers while also providing an additional safety net for patients and staff.”
becomes a member of the ALPLA Group
The ALPLA Group is further expanding its pharma division ALPLApharma with its acquisition of Heinlein Plastik-Technik GmbH. The German packaging specialist Heinlein is one of the world’s best-known addresses for the development and manufacture of closure systems, dosing systems and application aids for the pharma and medical industries, and currently has a workforce of around 175 at its site in Ansbach, Bavaria.
Pictured (from left): Philipp Lehner, CEO of the ALPLA Group, Saskia Wellhöfer-Meyer, owner and CEO of Heinlein Plastik-Technik, Walter Knes, Managing Director of ALPLApharma.
‘I am delighted that we have been able to gain Heinlein Plastik-Technik, which is a longestablished, global business,’ says ALPLA CEO Philipp Lehner in summary, upon successfully concluding the negotiations. ‘It is a good fit with our focus on the one hand on the dynamics of advancing technological innovations and on the global expansion of our business activities on the other. With the extensive know-how that Heinlein has to offer, we can expand our product portfolio to include high-quality primary packaging solutions for the pharma industry. The beneficiaries of this will first and foremost be our mutual customers, who will now be able to source their tailored system solutions from a single place.’
‘With Heinlein Plastik-Technik at our side, our capacities in the area of injection moulding will now considerably increase once again,’ adds Walter Knes, Managing Director of ALPLApharma: ‘We additionally plan to turn the Ansbach site into a technology centre for injection moulding and automation technology for the entire ALPLApharma group.’
Saskia Wellhöfer-Meyer, owner and CEO of Heinlein Plastik-Technik, sees the acquisition as the perfect opportunity to systematically further develop the company’s site: ‘We look forward to applying our broad expertise in the development and production of precision closure and dosing systems. I firmly believe that, as we continue to operate largely independently as a “Member of ALPLApharma”, we will henceforth be in an even better position to cater to the market demand for comprehensive, high-quality and competitively priced system solutions.’
Specialist in the manufacture and development of primary packagingHeinlein has been steadily investing in expanding its site since 2018. Measuring more than 22,000 square metres, it now comprises development, construction including the company’s own mould construction and mechanical engineering, and production together with moulding and assembly. Innovative injection moulding technologies
Dexwell showcases coastal protection innovation with SeaPULSE platform, providing hands-on experience for Rady School of Business interns
Dexwell, Inc., a pioneer in real-time environmental monitoring and health assessment, proudly announces the successful completion of a groundbreaking project with interns from the Rady School of Business at UC San Diego. Under the expert supervision of Corina Shtir, PhD, CTO of Dexwell, interns Vishnu Mohan, Divyamsi Kunapareddy, Sandeep Pidaparthi, and Xintong Chen utilized Dexwell's proprietary PULSE platform to advance their knowledge and contribute to seawater health research.
The SeaPULSE project highlights Dexwell's commitment to enhancing environmental protection through advanced analytics, machine learning, and geospatial intelligence. Recognizing the critical role seawalls play in guarding against erosion and storm surges, this project aimed to create a predictive framework for monitoring seawater conditions. This framework supports the proactive planning, construction, and maintenance of seawalls, benefiting both industry and government sectors.
and state-of-the-art in-line production serve as the basis for the manufacture of primary packaging made of plastic.
Heinlein’s machine fleet currently comprises more than 60 injection moulding and assembly machines. More than a billion plastic components are produced annually in three-shift operations. All the process steps, from the products’ development and manufacture to assembly and delivery, are subject to global quality assurance standards and are consequently certified in accordance with ISO 9001, HACCP, GMP 15378 and ISO 13485. Heinlein is additionally heavily involved in environmental matters and sustainability projects, and endeavours to also involve its customers, partners and suppliers in this engagement.
The contract was signed on June 12, 2024. The parties have agreed not to disclose the negotiated details of the transaction.
By working hands-on with Dexwell's technology, the interns gained practical experience, showing how SeaPULSE can significantly enhance seawater health monitoring. The platform’s deep, intelligent analysis aims to reduce maintenance costs, extend seawall lifespan, and improve decision-making through data-driven insights, benefiting both communities and businesses.
The interns conducted comprehensive research on seawalls, identifying key factors that influence their integrity. They developed a detailed market analysis report enriched with geospatial data, highlighting buyer patterns and growth projections for seawall services. This extensive market research provided crucial insights into the current state of seawalls and the primary factors affecting their durability.
Using seawater sensor data, the interns extracted important metrics such as salinity, pH, dissolved oxygen, turbidity, and water temperature. They validated this data through site visits and integrated trend data with SeaPULSE’s geospatial mapping to facilitate real-time trends and correlations. This geographic trend analysis identified patterns affecting seawall resilience, enabling more informed decision-making for maintenance and construction strategies.
Continue reading at: www.industryeurope.net
million is to be invested in Tata Steel’s tube-making works in Corby as a result of the sale of land within the west side of the works, which has become redundant.
The sale has been facilitated by Warmflame Developments (WD) who have worked with Tata Steel UK for the last seven years to progress the sale of the hugely complex 99-acre site to a leading real estate developer – that’s the equivalent of about 62 football pitches. The end use of the plot will be a fully-serviced campusstyle logistics hub.
Paul Hodge, Managing Director at WD, said: “It is great to see so much hard work finally come to fruition, and it’s especially rewarding to contribute to the steelworks—which is synonymous with Corby—moving into the next phase of its lifecycle.”
Gary Blackman, Tata Steel’s Works Manager for Corby added: “We are already well progressed with a £30 million investment programme in Corby – one of the largest in the
site’s history. The sale of the old West Works land will now fund the regeneration and development of one of our warehouses on the East Works into a world-class complex of offices, stores and engineering workshops, and upgrade one of our tubes finishing lines.”
This new building will be clad with over 18,000m2 of Tata Steel’s own Trisomet® insulated wall and roof panels, which will enable faster installation and gives optimum performance for water drainage and strength.
Gary continued: “It is a hugely exciting time to be involved in steel at Corby – we aim to be the country’s first net-zero steel factory. Partnerships with companies such as with Warmflame Developments, and good relationships with the local council, really do contribute to the sustainability and growth of a key industry in the town, which will support exciting employment opportunities for generations to come.”
David Burns, Construction Director at WD, said: “I’m very proud of our team as the complexities
of this project were significant, having to manage a phased enabling of the site whilst transitioning some of Tata Steel’s existing operations from the West Works to its retained land in the east.”
Stuart Mair, Development Director at WD commented: “We are delighted to have concluded this deal with Tata Steel. The regeneration of the brownfield site will help boost the local and regional economies, enhance future employee skills and generate high-quality jobs. This investment in Corby is yet another great vote of confidence in both the Corby and Northamptonshire logistics markets.”
Stockholm, Sweden: Epiroc, a leading productivity and sustainability partner for the mining and construction industries, is recognizing with three annual awards exceptional collaboration with a customer on battery-electric vehicles, a revolutionary automatic bit changer, and an internal program fostering innovation.
“All the award winners represent the outstanding innovative mindset that is a key to Epiroc’s and our customers’ success,” says Helena Hedblom, Epiroc’s President and CEO. “Throughout the organization, we keep focusing on providing our customers with the best solutions to boost their safety and productivity, while lowering their emissions and total cost of operation. Congratulations to the winners!”
The United in Performance Award honors exceptional customer collaboration. It is presented to a team at Epiroc’s Underground division as well as to customer and strategic partner Assmang Black Rock Mine in South Africa, for their outstanding collaboration to resolve challenges and successfully introduce battery-electric vehicles in a production environment. The award winners are Ivan (Boisy) Phiri, Quintin Sigudla, Don Thompson, Hein Zimmerman, Kishore Jeebodh, and Eeje van Jaarsveld, as well as the outstanding team at the Assmang Black Rock Mine.
The Inspired by Innovation Award honors Epiroc’s most innovative technical development that has had a proven commercial success. It is presented to a team at Epiroc’s Surface division that developed the Automatic Bit Changer (ABC), a revolutionary product that strengthens safety for operators by replacing manual changing of drill bits on Pit Viper blasthole drill rigs with an automatic solution. ABC also speeds up the time it takes to change drill bits and enables change at the right time, improving
customers’ safety, productivity and profitability. The award winners are Matthew Fosler, Luke Bender, Heath Young, Carla Chaname and Christopher Blignaut.
The Dare to Think New Award gets its name from Epiroc’s vision. It is presented to Sisirnath Sangireddy, Global Innovation Enabler and the founder and driver of the Foster program, an employee-driven Epiroc program to share innovation ideas. With a strong drive and entrepreneurship, Sangireddy has further developed Epiroc’s strong culture of innovation and collaboration.
Boliden Aitik - Using energy-intensive grinding mills to earn revenue by balancing the Swedish grid
Boliden Aitik, located in Northern Sweden, is the country’s largest open-pit copper mine. Around 45 million tonnes of ore are mined and enriched annually to form metal concentrates that contain copper, gold and silver. Boliden has introduced a Low-Carbon Copper product that generates only 1.5kg of CO2 per kilogramme of metal, outperforming the global average by more than half and demonstrating a significant advance in efficient metal production.
Boliden has participated in demand response since May 2023 with Sympower and Vattenfall, using its primary mill to balance the grid and restore frequency. By providing 8 MW to the frequency holding reserve FCR-D Up, Boliden has earned several millions SEK in gross revenue in the first eight months of participation, during which they have been activated five times.
Identifying the right energy-intensive equipment for demand response Vattenfall approached Boliden to inquire which energy assets could be utilised for flexibility services and inform them of the benefits of demand response. Sympower then worked closely with Boliden to identify flexibility opportunities within their processes. This meant finding which of their existing equipment could alter their consumption quickly enough to meet the FCR-D Up requirements without drastically impacting their processes.
Boliden Aitik uses two energy-intensive lines with primary and secondary mills to grind the crushed ore. The two powerful primary mills were selected to connect to balancing markets for frequency regulation.
“During this investigation, we found that the primary mills were the most suitable assets, as they drew around 45 megawatts together and could have their power reduced quickly when required”, explains Johannes Sikström, Head of Process Control at Boliden’s Technology Department.
Testing out the optimal demand response set-up Since Boliden’s processes are sensitive to disturbances and the primary mills used for demand response are crucial to the smooth operation of the production, Sympower worked closely with their team to conduct a series of tests and identify the ideal set-up. This process reassured Boliden regarding the cost-benefit of demand response by demonstrating the extent
to which the financial benefits outweighed the production loss during occasional disturbances.
The first test identified how much production Boliden could afford to lose during the activation. The extra revenue earned from being available and activated far surpassed the production loss. The second test examined whether such a rapid change in production would cause disturbance downstream in their process and which adjustments would be required.
Through this process, Boliden decided to start by connecting 8MW to the FCR-D Up programme and would revisit this number later.
“It is crucial for us to find the ideal solution that works for our customers. It’s a delicate but rewarding process to identify the optimal amount of megawatts we can use to balance the grid and that will bring our customer an optimised revenue with the least amount of disruption possible”, comments Jacob Voghera, Sympower’s Technical Sales Engineer
The day-to-day of participating in demand-side flexibility Boliden’s assets are used to balance the grid on the frequency holding reserve FCR-D up. The Frequency Containment Reserves for Disturbances (FCRD), also known as primary control reserves, are the Nordics’ balancing services and the first to be activated to fix disturbances in the grid’s frequency. The “up” stands for upregulation, meaning that the customers participating in demand-side flexibility will have to reduce their electricity consumption for a few minutes to support grid frequency regulation until it is back in balance at 50 Hz.
Because the FCR-D programme acts as a first defensive layer to prevent blackouts, the energy assets connected to it must be able to be reduced significantly within five seconds.
“The whole process is very straightforward. Ahead of time, we agree with Sympower on a timeframe during which our assets could be activated. When it happens, the process operator will see on their interface that FCR is being activated, and the mills slow down. It’s clearly marked why the mills are slowing down, so no one thinks something is wrong and tries to correct it”, explains Johannes Sikström.
Between May and December 2023, Boliden’s mills were activated five times, resulting in several hundred thousand euros in gross revenue earnings. Boliden receives compensation for every hour they are available and able to deliver, regardless of whether the assets are activated. The actual amount varies, and the money received from the Swedish TSO Svenska kraftnät is being shared between Vattenfall, Boliden, and Sympower.
Looking into the future: considering adding resources and programmesBoliden’s participation in demand response has sparked internal discussions on its broader energy strategy and which other assets could be activated. Boliden is considering adding their electric heating boilers to the FCR-D Downregulation market programme. This time, the assets would have to increase their consumption temporarily to help manage electricity in the network when the grid frequency is too high.
“We all need a stable grid to be able to operate. It feels good to play a part in helping to stabilise the grid and support its normal operation. We want to do more, that’s why we’re now looking into the flexibility potential of the new equipment we’re acquiring.” - Johannes Sikström.
SustainableVentures, Europe’s leading climate tech hub, has invested 12 times more money in female founders than the global industry average.
Sustainable Ventures committed nearly a quarter (23%) of its investment to entirely female founders. By comparison, the venture capital industry as a whole only invested 1.8% into entirely female founded teams in Europe in 2023.
The stark figures were disclosed as Sustainable Ventures celebrated its landmark 50th investment. Two thirds (65%) of investments also went to startups with female or underrepresented co-founders.
At the pre-seed and seed stages, Sustainable Ventures has invested just over £9 million into 50 climate tech startups since 2017. Those startups have since collectively raised a further £160 million, and together are worth over £600 million.
Successes of the portfolio include Albotherm, which has created a temperature responsive technology to reduce the emissions from thermal management, and subsea robotics provider RovCo.
Over half of the 50 companies are based outside London, in comparison to the wider UK startup industry where only one third of VC funding went outside the capital.
The company’s latest investment went to Radiant Matter, a new materials startup developing shimmer and colour-effects from plant-based cellulose. The company aims to help manufacturers and brands in the process of moving away from microplastics and toxic colourants, and has already worked with the likes of Stella McCartney and Been London.
When investing in a company, Sustainable Ventures looks for incredible founders, interesting IP, and strong climate impact. The investment team’s success is also down to a focus on core technologies in software, hardware and materials and ensuring a diverse founder mix.
Companies with hardware or advanced materials climate-tech solutions make up around two thirds of Sustainable Ventures’ investment portfolio, with university-backed startups also increasingly common.
Stuart Ferguson, Investment Partner at Sustainable Ventures, said: “The reason our investments outperform the market is down to our strong selection process and unique support model.
“We are always looking for diverse founders who can help their customers solve critical net zero challenges. We don’t invest in formulaic, copycat companies that lack ruthless commercial focus.
“As well as funding experts, the Sustainable Ventures’ investment team is made up of ex-founders and ex-engineers so we understand the needs of entrepreneurs. We focus more on the capabilities and potential of founders and help them develop into the leaders of the future.
“We have a diverse portfolio of successful technologies and brilliant founders aided by Sustainable Venture’s wider support ecosystem. We can’t wait to get going in backing the next generation of diverse founders through our next 50 investments.”
Elissa Brunato, Founder and CEO at Radiant Matter, said: “Radiant Matter is thrilled to partner with Sustainable Ventures, whose values and commitment to Climatetech closely align with our own.
“We are grateful for their extensive experience, which will be invaluable as we move forward into the next stage of growth and expand our team to develop our material platform technology.
“We love their dedication to supporting all founders regardless of gender, their investment is a strong validation of our vision and potential. Together, we can make a significant impact in the materials industry.”
Animportant milestone was the COP28 climate meeting in Dubai when the world decided to "move away” from fossil fuels and that all countries must limit warming to 1.5 degrees. This requires "deep, rapid and lasting reductions" in greenhouse gas emissions and large investments in renewable electricity production are required.
There are strong trends for solar energy globally. The playing fields are littered with carrots and sticks – attractive subsidies on the one end and punitive regulation on the other. And in the middle: an investment that makes sound financial sense.
25 percent of the EU’s energy can in the long run come from the sun. The Union also wishes to break the dependence on imported solar panels mainly from China and build a domestic industry for the production of solar cells.
The EU's Recovery and Resilience Facility of more than 670 billion euros has been available for investments that make the member states’ economies and societies more sustainable, resilient and
prepared for the green transition. The EU Innovation Fund financially supports innovative net-zero technologies for climate neutrality.
The most transformative proposal is the "the EU Solar Standard" which European Parliament legislators adopted earlier this year. The new law contains guidelines for the installation of solar cells on public buildings and residences in the EU: solar cell installations must be included in new building projects, and public buildings may retroactively have to install solar cells.
It comes into effect gradually with new public buildings in 2026, commercial and public buildings being renovated in 2027, new residential buildings in 2029 and existing public buildings in 2030.
This makes perfect sense since there are billions of roofs all over the world that can be covered with solar panels. Clean electricity can be harvested where it is consumed and need not even strain the grid. The technology is proven and relatively cheap. Installation is easy.
cially advantageous due to the larger size that often makes installation easier and more profitable. But there is a serious hurdle: Up to half of existing roofs in Europe cannot handle the weight from traditional silicon panels. They are not constructed with these types of loads in mind; one single silicon panel can weigh 35 kilograms, framed and mounted with ballast. The weight of silicon panels on a 750 sqm industrial roof could be in excess of 15 tons. The roofs are simply not built for that.
So, a property owner that is compelled to install solar panels onto the roof faces an expensive roof reinforcement or replacement job before panels can be laid.
Continue reading at: www.industryeurope.net
EITRawMaterials, at the sixth annual edition of the Raw Materials Summit, announced €100 million in new funding for high-impact projects in the European raw materials sector. The funding will be in addition to investments of more than €200 million already underway over the 2023-2025 period.
"We are sending a message to stakeholders across the raw materials ecosystem that the moment to invest is at hand," said Bernd Schäfer, CEO and Managing Director, EIT RawMaterials. "This is not only a major investment in its own right; we believe that every Euro we invest is a multiplier that will enable further direct and indirect investments up to 10 times the value. We are working to translate the vision of the Critical Raw Materials Act into tangible action and impact.”
The funds will be allocated through 'call' mechanisms, inviting participation from diverse stakeholders, including research organisations, universities, start-ups, major industrial players, and consortia. A novel 'fast-track’ call approach will be introduced to accelerate funding access for outstanding projects.
This investment builds upon the €600 million strategic funding already deployed by EIT RawMaterials since 2016. These funds have
supported numerous research and innovation projects, entrepreneurship initiatives, technology start-ups and scale-ups.
These have yielded remarkable results, supporting over 600 projects and start-ups, which have raised a further €500 million from the market, resulting in cumulative direct funding exceeding €1 billion into projects and programmes across Europe. This has supported the development of over 1,400 pilot plants, demonstration projects, and prototypes, leading to the successful launch of more than 260 products and services.
Moreover, EIT RawMaterials-led programs have played a fundamental role in educating and upskilling over 40,000 learners - from school through advanced degrees and professional and vocational programmes, nurturing a dynamic workforce equipped to drive innovation and competitiveness within the raw materials sector. EIT RawMaterials, as part of its focus on education and skills, is launching the Raw Materials Academy focussed on upskilling, reskilling, digitalisation and Artificial Intelligence (AI).
The annual Raw Materials Summit is Europe’s leading platform encompassing the whole raw materials value chain, bring -
ing together the European Commission, EU member states and international leaders and policymakers, global industry leaders, financial institutions, start-ups, innovators, researchers, academics, civil society organisations and other stakeholders.
The 2024 summit was opened by European Commission Executive Vice-President for the European Green Deal, for Interinstitutional Relations and Foresight Maroš Šefčovič, and European Commissioner for Innovation, Research, Culture, Education and Youth, Iliana Ivanova, leading into thought-provoking discussions featuring insights from more than 65 speakers comprising industry and policy leaders and innovators, and nearly 1,000 attendees.
With the election of a new Labour Government, is it time for a rethink on Britain's relationship with the EU?
Labour's victory in the UK elections could lead to significant shifts in the UK's relationship with the European Union. The extent of these changes will depend on Labour's specific policies and the broader political climate. Here are some key areas where we believe we might see an impact:
Labour has indicated a willingness to renegotiate aspects of the Brexit deal to secure closer economic ties with the EU. This could involve attempts to rejoin certain EU structures, such as the Customs Union or the Single Market. Being part of the Customs Union would allow for tariff-free trade with EU member states, which could help businesses and industries that have been struggling with the additional bureaucracy and costs resulting from Brexit. Rejoining the Single Market, while less likely, would entail even deeper integration, including regulatory alignment and freedom of movement.
Labour is likely to focus on improving trade agreements with the EU. This would aim to reduce trade barriers and enhance cooperation in various sectors, such as technology, environmental standards, and labor rights. A more comprehensive trade deal could facilitate smoother trade flows, benefiting both the UK and the EU economies. Labour's approach might include specific provisions to protect industries that have been hit hardest by Brexit, such as fishing, automotive, and financial services.
A Labour government might seek to align UK regulations more closely with EU standards. This alignment could cover areas like workers' rights, environmental
protections, and consumer safety, potentially easing some of the frictions that have arisen since Brexit. Closer regulatory alignment would not only facilitate trade but also improve the UK's chances of attracting investment from businesses that prefer operating under familiar and stable regulatory frameworks. While full reentry into the EU might not be feasible or politically viable, Labour could work towards agreements that allow for greater freedom of movement between the UK and EU countries. This could involve negotiating reciprocal arrangements for students, professionals, and tourists, making it easier for people to live, work, and travel across borders. Enhanced mobility could benefit sectors that rely on a dynamic and flexible workforce, such as healthcare, academia, and tech industries.
MIT Center for Transportation & Logistics launches new lab supported by Mecalux to research the potential of AI in logistics
The Massachusetts Institute of Technol-
ogy Center for Transportation & Logistics (MIT CTL)has commissioned a new research lab to investigate high-impact applications of new data-driven technologies in the logistics industry. The formation of the lab was supported by seed funding from the intralogistics group Mecalux. Specifically, the Intelligent Logistics Systems Labat MIT CTL will explore the potential of machine learning (ML) and artificial intelligence (AI) to transform the future of logistics operations and goods transport.
This will be the starting point for a future research collaboration between MIT CTL and Mecalux, combining the academic knowledge of the leading US technology university with the hands-on experience of a multinational company with more than 55 years of history. Mecalux intends to provide technical insights and support from its software and automation experts over the next few years.
The new lab will examine several research streams that may lead to new state-of-the-art approaches to address some of the industry’s most complex challenges. For instance, the lab will
investigate cutting edge methods and tools that are capable of producing highly accurate near-term predictions at a high spatial and temporal resolution. Such near-term predictive capabilities are critical in enabling same-day or sub-same-day delivery and similar services designed to meet the increasingly challenging needs of both consumers and commercial customers.
This innovation space will be led by Dr. Matthias Winkenbach, Director of Research at MIT CTL.
“We want to support the application of new AI- and machine-learning-based technologies to tackle the most impactful real-world challenges faced by companies and society,” says Winkenbach.
The activities of the new research lab at MIT CTL — founded with support from Mecalux — will enable the entire industry to design supply chains and logistics systems that provide state-of-the-art customer service and set new standards in terms of sustainability and cost-effectiveness. “Operational excellence relies on the seamless integration of autonomous technology into warehouse processes. AI and machine learning can be crucial
in planning and monitoring these resources,” says Javier Carrillo, CEO of warehouse technology company Mecalux.
The Intelligent Logistics Systems Lab at MIT CTL will also study the role of new technologies in controlling autonomous transport and delivery systems and in automating processes such as picking, sorting, packing and shipping orders from warehouses or stores.
Another area of research will be the development of hybrid methods at the intersection of operations research (OR) and ML. The goal will be to solve the increasingly complex and multifaceted combinatorial optimisation problems that are crucial for the success of the logistics industry, including vehicle routing, inventory planning, network design, transport planning and related issues.
VTUGROUP, a leading engineering service provider for the life sciences and chemical industry, announces their strategic partnership with Silo AI, one of the largest European providers of digitalization and AI-based solutions for the industry.
The collaboration between VTU GROUP and Silo AI aims to provide optimal support for customers in the process industries, particularly in the life sciences and chemical industry, as they seek to increase their level of digitization. VTU GROUP offers comprehensive process knowledge and deep understanding of regulatory requirements in GxP areas, while Silo AI contributes its state-of-the-art AI expertise and proven track record in developing AI-driven products.
"By combining our respective strengths, we aim to offer our customers not only modern software tools, but also future-proof, sustainable solutions that meet their requirements", says Andreas Schumacher, Chief Digital Officer of VTU GROUP. "Our unique understanding of process engineering and requirements in regulated areas enables us to select the right digitization and AI solutions for our customers, rather than the other way around."
The partnership between VTU GROUP and Silo AI will enable customers to benefit from tailored digital solutions that enhance their operational efficiency while meeting regulatory requirements.
We are happy to form a partnership with VTU, a company that has established itself as a reliable partner for the process industry in the DACH region for more than 30 years”, says Peter Sarlin, CEO at Silo AI. “Together, we will help customers to fully leverage the benefits of AI on their digitalization journey and develop innovative solutions that will ensure their competitive edge for the years to come.”
Rohde & Schwarz joins AI-RAN Alliance and leverages its T&M expertise to unlock potential of AI for wireless communications
Rohde & Schwarz has become the latest member of the recently formed AIRAN Alliance. As a global leader in wireless testing, the company will contribute its T&M expertise to this new collaborative initiative, which aims to integrate artificial intelligence (AI) into wireless communications to advance radio access network (RAN) performance and mobile networks. The membership marks a significant milestone for Rohde & Schwarz on the road to 6G and takes its ongoing collaboration with industry leaders on AI-native air interfaces to a new level.
Test bed for AI/ML-based neural receiver with NVIDIA at MWC Barcelona.
By joining the AI-RAN Alliance, Rohde & Schwarz further aligns itself with key industry players such as NVIDIA, Ericsson, Nokia and Samsung and strengthens its role in the development of AI-native air interface test methodologies. Rohde & Schwarz will contribute its cutting-edge test and measurement solutions and many years of expertise to the alliance for the optimization of next-generation wireless networks.
Formed in February 2024 during the recent Mobile World Congress in Barcelona, the AI-RAN Alliance will leverage their members’ respective technology expertise and collective leadership to focus on three key areas of research and innovation as the ecosystems moves towards 6G
• AI for RAN: Advancing RAN capabilities through AI to improve spectral efficiency.
• AI and RAN: Integrating AI and RAN processes to utilize infrastructure more effectively and generate new AI-driven revenue opportunities.
• AI on RAN: Deploying AI services at the network edge through RAN to increase operational efficiency and offer new services to mobile users.
Prior to joining the alliance, Rohde & Schwarz has collaborated with NVIDIA's research team on 6G research, pioneering a test bed for exploring neural receiver implementations that promise to revolutionize the air interface by improving performance and network efficiency. The strategic move to join the alliance underscores the commitment of Rohde & Schwarz to drive the future of wireless communications through innovation and collaboration.
VACUUM, one of the leading vacuum manufacturers, has been successful in the field of environmentally-friendly, dry-running vacuum pumps for decades. This is evidenced by more than 100,000 installed systems that offer comprehensive benefits to customers in the chemical, petrochemical and pharmaceutical industries worldwide. These include vacuum applications in drying, distillation, evaporation, polymerisation and biofuel production. EDWARDS vacuum solutions ensure safe pumping without deposits and corrosion as well as simple maintenance concepts.
Among these dry EDWARDS models are the oil-free EDP 80 - 400 vacuum pumps for the chemical industry. The design of this reliable series is based on non-contacting reverse claw technology. This ensures a uniform vacuum with high efficiency and low operating costs. Thanks to its vertical design, the pump prevents the accumulation of particles and thus ensures long-lasting performance.
"Available in pumping speed classes 80, 160, 250 and 400 m3 h -1 , these dry pumps minimise the risk of process and waste water contamination, as is often the case with ‘wet’ vacuum technologies" explains Megha Ajmal, product manager at EDWARDS VACUUM. "They are built to the highest safety standards and have been tested tomeet the relevant explosion proof certification required by most applications in the chemical industry", adds Megha Ajmal. Another benefit is that the EDP vacuum pump is temperature-controlled to ensure optimum operating conditions – hot for corrosive applications and cold for other gases.
"All EDP models are designed for a minimum service life of around 20 years and can even be operated for one year without supervision. A cycle of three years is sufficient for reconditoning. This results in a significant reduction in the total cost of ownership," says Product Manager Megha Ajmal,
summarising a key benefit. To ensure that the vacuum pump maintains its performance standard over its entire service life, EDWARDS VACUUM also offers a wide range of customised service solutions for EDP models for all applications.
EDWARDS also offers users a specific system design and construction service that is tailored precisely to the respective application. Prefabricated modules can be combined with comprehensive CAD solutions. The service also includes the subsequent expansion and reconfiguration of the systems. The range of modules includes condensers, dust filters, shut-off and throttle dampers and flame arresters. The need for special accessories is also covered. The work can also be realised in accordance with the customer's specific requirements as well as local or industry-specific regulations and practices. "We also prepare complete documentation on the specifications and carry out certifications if required", emphasises Megha Ajmal in conclusion.
XPO, a leading provider of innovative and sustainable end-to-end logistics solutions across Europe, announced today that its UK and Ireland headquarters (HQ) and national distribution hub at Crick, Northamptonshire, has been certified as carbon neutral for the second consecutive year. As a result, the company is cutting the number of carbon offsets required to maintain its carbon neutral status.
The HQ site first achieved carbon neutral certification in July 2023, six months ahead of schedule. XPO has reduced the site's carbon intensity by around a quarter (24%) due to company sustainability efforts, including ongoing use of clean energy, waste reduction and expansion of XPO’s fleet of electric company cars.
Dan Myers, managing director – UK and Ireland, XPO Logistics, said: “With a strong commitment to operate ethically and sustainably, our team’s efforts over the last 12 months have delivered measurable improvements in our environmental performance. We have come a long way together, but there is still much to do.”
The savings realised by reducing the number of carbon offsets will now be invested in other sustainability initiatives at XPO. The company's actions at Crick demonstrate its long-term commitment to reducing carbon emissions across the business.
Emissions from the Crick site were reduced initially in numerous ways, including:
• Switching to Tier 1 energy supply – including wind, solar, and hydro.
• Replacing all lighting with LEDs throughout offices and warehouse, which was rolled out more than a year earlier than expected.
• Reducing water demand through monitoring usage across the site and introducing measures to reduce consumption.
• Working with the site’s waste contractor to achieve zero waste to landfill (ZW2L) and boost overall recycling by increasing segregation of waste streams.
• Implementing an internal reuse initiative for scrap packaging in the company’s High Bay operations (wood, metal, and high-grade card).
• Segregating packaging waste to optimise the rebate before reinvesting the savings in other on site initiatives.
XPO Logistics is a leading innovative supply chain company in Europe, offering end-to-end logistics solutions that combine full-truckload, less-thantruckload, pallet distribution, last-mile delivery, global freight forwarding, and warehousing services. The company tailors its solutions to the specific needs of its customers in a wide range of industrial and consumer sectors.
ParkerHannifin, the global leader in motion and control technologies, announces the expansion of its Certified Mobile Electrification Centers network with the addition of Soluciones Generales de Ingeniería (SGI), based in Zaragoza, Spain. This partnership marks a significant milestone in Parker's mission to accelerate the transition to low-carbon mobile equipment operations across Europe, the Middle East, and Africa (EMEA).
SGI has been rigorously selected, and training has been undertaken to ensure that high
standards of service, expertise, and quality, which Parker is renowned for, are upheld. Specializing in the electrification of both light and heavy mobile machines, SGI supports customers from the initial design stages through to the commissioning of prototypes and the implementation of series production. Their scope of expertise encompasses Parker’s electric motors, drives, coolers, controllers, and control systems as well as LiIon batteries. This positions SGI as a one-stop partner for machine manufacturers embarking on their electrification journey.
Massimiliano Pantaloni, Regional Sales Leader for Motion System Group, at Parker Sales Company South, expressed his confidence in the partnership, stating: “SGI was naturally chosen as a partner in our mobile electrification network due to their proven expertise in systems design and their ability to work close to OEMs in the mobile market. As
a Certified Mobile Electrification Center, SGI embodies Parker’s goal and commitment to assist on-road and off-road machine manufacturers in reducing environmental impacts while optimizing operational efficiency.”
Alberto Gonzalez, CEO at SGI, shared his enthusiasm for the collaboration, saying: "Together with Parker, we are confident in our ability to deliver the most effective solutions to our OEM customers, focusing on efficiency and reduction of carbon emissions and noise. The evolving expertise and advanced tools that Parker provides us with enable us to tackle our customers' most pressing challenges”.
Parker Certified Mobile Electrification Centers have been established to optimize customer systems by combining industryleading products backed by excellent service for maximum performance, efficiency, and safety. Learn more here: Parker Certified Mobile Electrification Center | Spain
Foreship provides energy efficiency answers for next-generation
Foreship expertise in energy efficiency and sustainability will be central to optimizing the performance of two new ro-pax ferries on their delivery into west Mediterranean services connecting Marseille and Corsica in 2027.
The ships, due to be delivered to CMA CGM subsidiary La Méridionale, will be distinguished not only by powerplants that support dual fuel strategies for low carbon operations at sea but by enough battery power to enable zero-emission port stays.
Offering capacity for 1,000 passengers and 2,500 lane meters of freight, the 180m long ships have been developed to modernize operations on the crossing between Marseille and Corsica.
Commissioned to provide concept design work, Foreship developed the GA and outline specifications for the ships and supported CMA CGM in negotiations with the shipyard.
“These ships will feature state-of-the-art dual fuel engines, but what makes them especially significant from the perspective of their immediate
environmental impact will be the large 13 MWh battery energy storage system on board,” said Joonatan Haukilehto, Head of New Technologies, Foreship.
“The system will be sufficient to sustain hotel loads during calls in Corsica, while shore charging is only available in Marseille.
“With over 40 shipboard battery projects under its belt, Foreship had offered detailed guidance on the battery pack specifications that will be required to meet the zero-emission in-port performance expected of the La Méridionale duo,” he said.
The Finnish company has also been retained by CMA CGM to provide naval architecture services through the design and building phases of the project, including consultancy on stability, energy efficiency, and compliance with the Safe Return to Port regulations.
“Following on from our design projects with Finnlines for the Baltic Sea and with TT-Line for the Bass Strait, we are delighted to support CMA CGM’s initiative to build next-generation, sustainable ro-pax
ferries for its western Mediterranean services,” added Haukilehto.
"With the goal of achieving Net Zero carbon by 2050, CMA CGM continues to invest in implementing the most promising energy efficiency technologies to decarbonize its fleet,” emphasized Xavier Leclercq, Vice President in charge of CMA Ships.
“Thus, with the help of Foreship and thanks to its expertise in energy performance optimization, the two future ships of La Méridionale will consume 50% less energy compared to the Piana, the reference ship of the fleet, while offering a significantly improved passenger experience."
Justover a year after BORG Automotive Group completed the acquisition of Aftermarket supplier SBS Automotive, the final step towards integration has now been taken: From 24.06.2024, SBS Automotive will operate under the name BORG Automotive Newman.
Having completed the change of name, SBS Automotive can now be clearly recognised as a Group subsidiary. In addition, the two companies, which are the strategic pillars of BORG Automotive’s business and complement each other perfectly, are now uniformly named.
BORG Automotive Reman, the largest independent remanufacturer of automotive spare parts in Europe, represents the traditional core business of BORG Automotive. Under its Elstock, DRI, and TMI brands and the licence brand Lucas, the business supplies customers throughout Europe with remanufactured air conditioning compressors, alternators, EGR valves, turbochargers, starters, brake callipers, steering racks, and steering pumps.
BORG Automotive Newman, the renamed SBS Automotive, supplies the aftermarket under the NK and Eurobrake brands which primarily focus on new parts, particularly in brakes and chassis, and thus represents a valuable addition to the portfolio.
Kasper Thomsen, CCO of BORG Automotive: “Over the past few years, SBS Automotive has become an integral part of the BORG Automotive family. We are glad to have these colleagues on our team and are delighted that this affiliation is now also reflected in the company name.”
He continues: “We have become an even more attractive partner for our Aftermarket customers: Dealers and workshops can rely on a wide range of reman products of the highest quality, with broad market coverage, customer-orientated service, and fast, reliable delivery. And they can now also obtain additional Newman spare parts. This strengthens our Group as a whole.”
Forthe second year in a row, WASP is participating in Manufacturing World Japan, the leading Asian trade show dedicated to digital transformation services for the manufacturing sector.
During the event, WASP will present two of its innovative 3D printing solutions: the pellet printer WASP 3MT HDP and the clay printer WASP 40100 Production. These technologies, entirely made in Italy and marketed worldwide, represent the top of the line in the ceramic and industrial 3D printing sector.
WASP 3MT HDP is a large-format 3D printer that uses plastic pellets, significantly reducing material costs compared to traditional filaments. With a print volume of Ø 1000 x h 1000 mm, this machine is ideal for producing large objects in fields such as art, furniture design, and automotive. By using pellets, it is possible to experiment with a wide range of technical and sustainable materials, including recycled PLA and biomaterials like PHA.
The printer is equipped with the patented FIRECAP system, a mobile heated chamber that ensures perfect layer adhesion and excellent surface quality, even with challenging materials. Additionally, the VAC (Vacuum Active Control) system allows for quick replacement of print plates, ensuring optimal adhesion during the printing process.
WASP 40100 Production represents a new paradigm in digital manufacturing, combining customization and serial production. This automated system is designed for continuous 24/7 production of 3D-printed ceramic pieces. This is made possible by the combination of three technologies: WASP
40100 LDM, the Continuous Feeding System (CFS), and the Automated Production System (APS).
The APS enables the serial printing of ceramic artifacts by automatically replacing the used print plate with a new one in just a few seconds. At the same time, the CFS ensures a continuous supply of degassed material that can be refilled at any time. With WASP 40100 Production, you can produce hundreds of copies per day of your vases, tiles, facades, design objects, and many other applications.
Technology group Wärtsilä will supply the electrical systems needed to convert two Scandlines ferries to a plug-in hybrid solution. The ferries operate on the Puttgarden, Germany – Rödby, Denmark route, and the conversion represents a key element in Scandlines’ target to achieve emission-free operations on the route by 2030. The company’s overall vision is to realise zero emissions on all operations by 2040. The order with Wärtsilä will be booked in Q2 2024.
The project involves replacing an engine and existing systems with a new shorecharged electrical system, including a large energy storage system. This will allow electricity to contribute approximately 80 percent of the energy needed for each crossing.
"We are so pleased to have the most important supplier in place, and we are very much looking forward to working with Wärtsilä and getting started with the conversion. With the plug-in hybrid ferries, we can get even closer
to our goal of operating the Puttgarden-Rødby route emission-free by 2030," says Scandlines' CEO Michael Guldmann Petersen.
Wärtsilä will engineer and deliver the hybrid converters, the energy storage system (ESS) and the energy management system (EMS), as well as the switchgears, transformers, the onboard port charger, and replacement components in the existing switchboard equip ment. In addition, Wärtsilä will supervise the installations, carry out the commissioning, and provide preventive maintenance support ser vices. The equipment is scheduled for delivery in summer 2025.
"We are excited to support Scandlines with their vision towards delivering environmentally sustainable transport options for the region. Ship electrification is one of the solutions for marine decarbonisation and as the world’s biggest conversion project of its kind, we can help Scandlines move closer to meeting their goal of making the route emission-free by
2030," comments Roger Holm, President of Wärtsilä Marine and Executive Vice President at Wärtsilä Corporation.
The two Scandlines Ro-Ro ferries selected for conversion to plug-in hybrid operation are the 142 metres-long ‘Deutschland’ and ‘Schleswig-Holstein’.
