Elementa Consulting Building Services + Sustainability S c i e n c e + Te c h n o l o g y B r o c h u r e 2 0 2 0
MEP SERVICES
BUILT ENVIRONMENT
• Mechanical, electrical & public health
• WELL Buildings
• Performance Engineering
• Fitwel Consultancy
• Architectural Lighting
• BREEAM + LEED
• Fire Engineering Consultancy
• Passivhaus advice and consultancy
• MEP project management
• Sustainability statements and strategies
• Input into business cases
• Strategic planning advice to meet national and local
• Budget cost advice
sustainability and carbon requirements
• Acquisition, Condition and Dilapidation surveys
• Guidance on cost-effective means of meeting and
• Seasonal commissioning and performance testing management post practical completion
exceeding Part L • Energy Performance Certificates (EPCs) and Display
• Asset review and in use feasibility assessments
Energy Certificates (DECs)
• Vertical Transportation advice and consultancy
• Energy audits and building optimisation
• Utility/local authority assessments and reviews
• Post occupancy and operational reviews
• Refrigeration assessments and audits
• Soft landings
• Clerk of works consultancy
• Building Information Modelling (BIM) project design
• Specialist lighting design
and integration
Winner CIBSE Building Per formance Consultanc y of the year 2020 (51-300)
Winner CIBSE Engineer of the Year 2019
Winner CIBSE Building Consultanc y of the Year 2017 & 2018
Winner CIBSE Employer of the Year 2017 & 2018
Shor tlisted : Building Awards Engineering Consultant of the Year 2018
Finalist: CIBSE Learning &
‘Fit Out of Workplace’ Regional Winner 2018
Winner CIBSE International Projec t of the Year 2016/17/18
A SOS Contac t Centre Leavesden
Development Award 2018
‘Refurbished’ Regional Winner 2019
Boden HQ
E L E M E N TA C O N S U LT I N G
Contents
01.
Foreword
02.
About Elementa
03.
Timeline of Impact
0.4
Elementa’s Impact
05.
Projects
06.
Biographies
07.
Client’s + Awards
01. Foreword “ We are an 80 -s trong team of building ser vices engineers and sus tainabilit y consultant s with of f ices in London and Ox ford. O ver 30 years of success ful projec ts has established a reputation for collaboration and design excellence. We are the UK arm of Integral Group – a 800 strong international f irm of leading for ward thinking engineers who share a commitment to changing the face of MEP engineering and sus tainabilit y. A s par t of Integral Group, we have the capabilit y and capacit y to tackle the largest and most complex projec ts in the UK and overseas. Our largest UK projec ts have construc tion values over £200m. You will f ind that work ing with Element a is dif ferent to our competitors. A bove all thing s we believe that success is achieved by s trong teams whose relationships are based on trus t. To give our s taf f the skills they need to be ef fec tive team players, we train for technical excellence, leadership, management, communication and most impor tantly how to listen well. Our designs are geared for per formance and going beyond compliance. We get there not by throwing money at complex problems, but by applying strategic thinking and accelerating the adoption of new technologies. The result - buildings that are resilient, resource ef f icient, healthy and produc tive, that connec t us with nature and of which future generations will be proud. In the following pages you’ll see more of who we are and how we work , the streng th of our team and the track record that we have built. We look for ward to working with you to deliver the nex t generation of high per formance buildings.”
Brian Goldsmith - Managing Principal
800+ Staff in 22 offices under a Single Deep Green Umbrella
E L E M E N TA C O N S U LT I N G
30 Years Trusted UK experience
22 Global offices
11 Years of Integral Group
02. About Elementa Elementa Consulting is an Integral Group company with over 80 employees located at of f ices in London and Oxford. The wider Integral Group is a 800-strong interactive global network of design professionals in 22 of f ices, providing a full range of building s ystem design, sustainabilit y consultanc y and energ y analysis ser vices, with s taf f widely regarded as innovative leaders in their f ields. Ever y Element a projec t is led by a Pr incipal w ho ret ains per sonal responsibili t y for the overall per formance of our ser vices. Principals lead the design direc tion of their own jobs and also contribute to the development of projec t s across the company through our design review process. Our A ssociate Principals are both skilled projec t managers and accomplished design engineers. They co - ordinate our ser vices and ensure that appropriate resources are assigned to their jobs to meet projec t needs and our s tandards of ser vice excellence. Discipline Leads provide technical oversight and co-ordination of specialis t resources to the benef it of ever y projec t. These include C AD and Revit BIM, Building Physics Analysis, Architec tural Lighting , Public Health Engineering , Qualit y Management , and Commissioning. Additionally, Elementa is able to draw upon the deep exper tise and thought leadership of our Integral Group colleagues - in areas including Advanced Daylight Simulation, Laborator y Engineering , and Dis tric t Energ y Sys tems.
CIBSE
1st
800+
Award Winning
European Fitwel Office
Global employees
BILL OVERTURF CEO
BRIAN GOLDSMITH MANAGING PRINCIPAL
DOUG KERR CRO
PRINCIPALS
ROB HARRIS
SIMON EBBATSON
DAVID GLOSSOP
GRAHAM MARGETTS
EDWARD GARROD
NATHAN MILLAR
MICHEL WIZENBERG
CARL MCKENZIE
ASSOCIATE PRINCIPALS AND SPECIALIST LEADS
HUGH DUGDALE
ANDREW JOLLY HEAD OF BIM
ROB WISE
NICK KENNEDY
ROB TEMPLEY
EMILY SHEARER
PAUL OSBORNE
RONAN PIGOTT
NIGEL GREEN
E L E M E N TA C O N S U LT I N G
03. Timeline of Impact 2013 300+ EMPLOYEES 2005 LEADERSHIP AT USGBC Kevin Hydes is Chair of the USGBC 2008 INTEGRAL GROUP FOUNDED Integral Group founded by CEO Kevin Hydes LEADERSHIP AT WGBC Kevin Hydes is Chair of World Green Building Council 2009 NEW OFFICES: VIRGINIA Offices open in Richmond & Alexandria, VA RUMSEY JOINS INTEGRAL GROUP Rumsey Engineers join Integral Group in Oakland, CA
2011
100+ EMPLOYEES CANADA: COBALT PARTNERS WITH IG Integral Group launches in Vancouver & Toronto when Cobalt joins the firm IDEAS SAN JOSE JOINS INTEGRAL GROUP After successful collaboration on numerous projects, IDeAs San Jose partners with IG
NEW OFFICE: LOS ANGELES, CA NEW OFFICE: CALGARY, AB CANADA 1ST NZE LAB IN THE WORLD J. Craig Venter Institute is the first NZE completed lab in the world 1ST JUST LABEL ENGINEERING FIRM Integral Group is the first engineering firm to receive a JUST Label WELL BUILDING STANDARD PILOT Integral Group helps launch pilot of WELL Building Standard
200+ EMPLOYEES
UK: ELEMENTA JOINS INTEGRAL GROUP Elementa Consulting becomes a member of Integral Group with offices in London & Oxford, UK IG SAN JOSE: 1ST NZE COMM. OFFICE Integral Group’s San Jose office is certified as the first NZE commercial office building in the United States IG OAKLAND: HIGHEST LEED-CI SCORE Oakland receives world’s highest ever LEED Commercial Interiors score: 102 credits
2019 NEW OFFICE: ATLANTA, GA NEW OFFICE: VICTORIA, BC CANADA 800+ EMPLOYEES LARGEST NZE MUSEUM The San Francisco Exploratorium is the largest NZE museum 1ST LEED GOLD RESTAURANT Cactus Club Cafe becomes Canada’s first LEED Gold certified restaurant ASHRAE AWARD: ENG. EXCELLENCE IG wins ASHRAE Award of Engineering Excellence (4th ever in 15 years) for Packard Foundation NZE Headquarters ECODISTRICTS FORMED Integral Group becomes a founding member of EcoDistricts
2016
NEW OFFICE: AUSTIN, TX 50 NZE PROJECTS Integral Group achieves 50 Zero Net Energy designed projects 1ST LEED V.4 GOLD LIBRARY The Alameda Library achieved first LEED v.4 Gold certification of a library NEW OFFICE: SEATTLE, WA
NEW OFFICE: SYDNEY, MELBOURNE, AUS NEW YORK, US BELGRADE
FITWEL CHAMPIONS Integral Group commits to becoming Fitwel Champions 1ST UK & CANADA FITWEL WORKPLACE CERTIFICATION Elementa receives first Fitwel workplace certification outside of North America. IG Toronto then receives first Fitwel workplace certification in Canada 10TH ANNIVERSARY Greenbuild Boston: Integral Group celebrates 10 th anniversary 1ST NZE COMM. BLDG. IN SAN FRANCISCO DPR Construction’s office is the first NZE certified commercial building in San Francisco ONE PLANET GLOBAL FOUNDER Integral Group signs on as a Global Founder of the online platform for One Planet Living JM BEAN & CO JOIN INTEGRAL GROUP Vancouver-based firm partners with IG
2020
AWARD WINNERS Winner CIBSE Building Performance Consultancy of the year 2020 (51-300)
E L E M E N TA C O N S U LT I N G
04. Elementa’s Impact
4 16
Passive House Projects
Certified Passive House Designers/ Consultants
3.3M
Hours Worked Toward the Green Movement
8
LBC Projects Completed or in Design
12 3
Fitwel Ambassadors
91 90+
Fitwel Projects (London, Oakland, and Toronto offices)
30+
Countries with Integral Group Projects
Total LEED Projects Completed
LEED Accredited Professionals
153
BREEAM Projects
2
WELL Certified Projects
22 Offices
481M
kWh Project Savings (est.)
85+
Zero Net Energy Projects Completed or in Design
4M
Therms Project Savings (est.)
243M 3M
kWh per Year influenced Savings (est.)
Therms per Year Influenced Savings (est.)
350+ Industry Awards
800+ Employees
E L E M E N TA C O N S U LT I N G
05. PROJECTS
1. IPP Patholog y Laborator y £2 Million Client: A shley House Plc Architec t: ADP Architec ture 2. Ins titute of Reproduc tive Sciences £10 Million Client: Ox ford Fer tilit y Unit Ltd & McVeigh Child Kennedy LLP Architec t: Adrian James A ssociates
01 02
3. Biosciences Depar tment £18 Million Client: Universit y of Exeter Architec t: Atkins 4. Bone Laboratories £4.5 Million Client: Imperial College Architec t: BMJ Architec t s 5. Beat y Biodiversit y Research Centre at UBC 122,656 f t² Architec t: Patkau Architec t s
03
6. Universit y of Sussex Life Sciences £80 Million Client: Universit y of Sussex Architec t: Hawkins Brown
04
7. Linde + Robinson Lab for Global Environmental Science 50,000 f t² Architec t: Architec tural Resources Group 8. Mediatech Inc. 100,000 f t² Architec t: Beer yRio 9. J. Craig Venter Ins titute 45,000 f t² Architec t: Zimmer Gunsul Frasca
05
Science + Technology The qualit y, func tionalit y and environmental per formance of S+T buildings have a direc t inf luence on an institution’s abilit y to at trac t, retain and inspire scientists direc tly af fec ting research outcomes. Working closely with the diverse needs of highly specialised enduser groups, we engineer the next generation of advanced research facilities.
Emerging Trends:
06
•
Design solutions of fering plug and play f lexibilit y
•
Advanced controls s ys tems to ac tively manage ventilation s ys tems and monitor air qualit y
•
Grow th in teaming and group work spaces within lab environment s
•
Incorporation of ac tive chilled beam s ys tems to dramatically reduce energ y consumption
•
Increasing demand for visualisation suites to interpret Big Data
Key Success Fac tors:
07
09
08
•
Lis tening to the needs of researchers to conf irm per formance requirement s
•
Designing backbone infras truc ture to anticipate demands from future equipment and technologies
•
Unders tanding of increasing public:private par tnerships in projec t deliver y
Our of fer We w o r k co l la b o r a t i v e l y - o u r te a m s o f e n g i n e e r i n g e x p e r t s engage early with projec t planner s , archi tec t s , desig ner s and suppor t teams to es t ablish n e e d s a n d b u i l d re la t i o n sh i p s that are critical to projec t success.
Life Sciences Building University of Sussex
consultation process. After the initial space planning and more detailed lab planning a process of specific servicing requirements meetings, led by Elementa, have been undertaken with all specialist groups and our direct development of the scheme detailed design in collaboration with PI’s for their own individual needs will mean the building is fit for use immediately upon completion as well as benefitting greatly from the realization of efficiencies through creation of shared technical hubs where multiple groups share their equipment (and knowledge).
Location: Sussex Client: University of Sussex Architect: Hawkins Brown Project Size: £80 Million BREEAM Rating: Excellent
Elementa were appointed to collaborate on the design of a state of the art life sciences building that would incorporate disparate scientists from the School of Life Sciences. Their various research and teaching fields will be under a single space to facilitate improved interaction and collaboration. Sustainability is at the forefront of the design process for this project. Elementa have taken the architect’s early model and ran a thermal model process – the tension within the brief of energy efficiency and being a visible and permeable building had initially led to a highly glazed envelope. Early modelling input to offer an alternative solar and shading strategy options to reduce heating and cooling where key to resolving this tension. The design satisfied both the architect and client, while also improving overall efficiency of the building. External vertical fins in front of the curtain wall glazing help to minimize incoming solar heat gain and reducing solar glare. These were carefully detailed in to match the concrete façade sections of the building which reference the aesthetic of the original Sir Basil Spence designed campus keeping the building’s style coherent with those adjacent. The fins’ work of reducing the cooling load of the building not only saves cost in air conditioning, but also saves cost by increasing longevity of the building itself. With a complex set of needs each space has its own specific demands. Normally a lab planner would take the lead in terms of user briefings however at Sussex, Elementa has taken a lead in the stakeholder
Flexibility is key in laboratory environments and Elementa came up with a basic concept that allowed this flexibility. For example, should the need for an extra fume cupboard arise, it could be implemented without issue by allowing considered additional capacity in key systems such as the fume extract. We were then able to suggest new auto-closing sash VAV fume cupboards for maximum efficiency, an investment that would have the client see a return on investment within 6 months. Elementa have worked closely with the project M&E QS team to keep a live list of potential value engineering opportunities so we therefore have been able to maintain a control over the cost plan at each RIBA Stage when new un-envisaged M&E requirements are introduced. This end result of this outstanding new facility will help the University to continue attracting the best scientists who can engage in vital research that will have a real impact on people’s lives.
www.elementaconsulting.com
elementa
Member of Integral Group
Qatar Foundation Fundamental Science Building
Our forward thinking design incorporates:
Location: Education City, Doha Client: Qatar Foundation Architect: Pringle Brandon Perkins + Will Project Size: £150 Million
Elementa are currently delivering high level design and sustainability input for the prestigious Qatar Foundation’s new research and development centre piece. The Fundamental Science Building is a new 506,000 sqft state of the art laboratory/research facility located in Education City, Qatar. We are also the sustainability consultants for the masterplan, landscape and infrastructure. We’ve been working with Perkins + Will London, Atlanta, Washington DC and Raleigh to develop the design, and collaborating with Dar Group on infrastructure and local code compliance. Our concept design identifies strategic MEP opportunities such as: • Integrating significant renewable energy systems • Using the building form to enhance local microclimate • Applying best practice in high-performance lab design to reduce energy demands creating a high environmental quality that enhances health and wellbeing • Harvesting condensate to meet irrigation needs and other end uses • Establishing best practice • Contributing to diverse and sustainable masterplan infrastructures • Maximising flexibility and adaptability of the building to accommodate change Elementa are providing Mechanical, Electrical and Public Health design as well as sustainability strategies utilising dynamic thermal modelling, leading energy workshops for the development and undertaking feasibility studies.
• Active chilled beam system with demand control ventilation – delivering a 30% reduction in energy consumption compared to ASHRAE 90.1 • Flexible lab modules served by interstitial plant and distribution, allowing clean rooms to be added to meet future needs • High performance building envelope, with building massing and form designed to create a passively cooled external route through the project • AHU condensate recovery, used for particulate removal, radiant cooling to courtyards, and exported (in vast quantities) to the site’s irrigation network • A PV installation across 70% of the roof, meeting 5% of building demands The facility is the centre piece of a new R+D cluster focused on the challenges of energy and water security. It will be developing new science around grid power storage, desalination and environmental management. Capabilities that will be housed in the FSB include: • Nanoscale Imaging • Nuclear Magnetic Resonance Spectrometers • Electron Paramagnetic Resonance Spectrometer • Surface Characterization and Deposition • High Throughput Sequencing • Micro/ Nanofabrication • Vibration sensitive research a “Quiet”zone
www.elementaconsulting.com
elementa
Member of Integral Group
QRDC Masterplan, Doha - Sust
1000.00
Surplus condensate - typical daily volumes in m3 for each month Research & Development Complex - Phase 1A
900.00
Mesoscale
800.00
QBRI & WCMCQ Vivaria Building Fundamental Science Building
700.00
High Performance Computing
600.00
Executive Administration & Support Facility Executive Annex
500.00
Translational Research Building
400.00
Growth Area 1
300.00
Growth Area 2 Growth Area 3
200.00
Growth Area 4
100.00
...som RDC- Master Plan, Primary Infrastructure and Fundamental Science Building FSB - Schematic Design Submittal October 2, 2014
...there’s water all around us but in the wrong place...
Average daily profile of UTCI temperature for selected months. Coloured bands BIOCLIMATIC DESIGN indicare level of thermal stress
STRATEGY SU NO SHELTER SHAD
UTCI (OC)
RDC- Master Plan, Primary Infrastructure and Fundamental Science Building Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec FSB - Schematic Design Submittal October 2, 2014 lab air change rates have the potential to yield vast amounts of condensate that in Qatar would typcially be discharged as wastewater - peaking when irrigation demands are at their highest 0.00
44 42 40 38 36 34 32 30 28 26 24 22 20
Jan
Masterplan, Qatar Research andQRDC Development Complex
QRDC Masterplan, Doha - Sustainability Strategy - C AIR
HANDLING UNIT
POTABLE WATER
CONDENSATE
INFRASTRUCTURE SUPPLY
IRRIGATION WATER
Qatar’s climate is fantastic for fou PERKINS+WILL. DAR. through a combination of heat an enhancement through shade, ven Results above are presented usin
WATER FEATURES RADIANT COOLING
Location: Doha, Qatar Client: Qatar Foundation Architect: Perkins + Will Project Size: 40 ha, 430,000 m2 GFA
CONDENSATE TANK
NON-LAB TANK
LAB TANK
IRRIGATION TANK
RECIRC. COLD
HOT
WATER
WATER
3
2
1
DEMAND WC
SERVED
FLUSH
Mesoscale
QBRI & WCMCQ Vivaria Building
Fundamental Science Building Research & Development Complex - Phase 1A
700.00 900.00
High Performance Computing Mesoscale
600.00
800.00
Executive Administration & Support Facility QBRI & WCMCQ Vivaria Building
500.00
Executive Annex Fundamental Science Building
700.00
Translational Research Building
High Performance Computing
400.00
600.00
Growth Area 1
300.00
Growth Area 2
Executive Administration & Support Facility Executive Annex
500.00
Growth Area 3
200.00
Translational Research Building
Working alongside urban design and landscape designers Elementa have developed, simulated, illustrated and codified strategies that will RDC- Master Plan, Primary Infrastructure and Fundamental Science Building significantly increase external comfort – essential to make aFSBpedestrian - Schematic Design Submittal October 2, 2014 lab air change rates have the potential to yield vast amounts of condensate that in Qatar would typcially be discharged oriented neighborhood successful. as wastewater - peaking when irrigation demands are at their highest Growth Area 4
400.00
Growth Area 1
100.00
300.00
Growth Area 2
RDC- Master Plan, Primary Infrastructure and Fundamental Science Building Mar Apr May Jun Jul Aug Sep Oct Nov Dec FSB - Schematic Design Submittal Growth Area 4 October 2, 2014 lab air change rates have the potential to yield vast amounts of condensate that in Qatar would typcially be discharged 100.00 as wastewater - peaking when irrigation demands are at their highest 0.00
200.00
3 Jan Growth AreaFeb
0.00
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
AIR
HANDLING UNIT
POTABLE WATER
IRRIGATION WATER
CONDENSATE These strategies are embedded within design guidelines for all future IRRIGATION POTABLE development at QRDC alongside requirements for energy management, WATER WATER CONDENSATE water conservation and harvesting, health and wellbeing. Working with the support of the LEED ND team at USGBC the project has extended the LEED® framework using familiar credit structures and terminology to address regional environmental priorities and client strategic objectives AIR
HANDLING
INFRASTRUCTURE SUPPLY
UNIT
WATER FEATURES
INFRASTRUCTURE SUPPLY
RADIANT
COOLING
Average daily profile of UTCI temperature BLACK EXCESS CONDENSATE for selected months. Coloured bands BIOCLIMATIC DESIGN indicare level of thermal stress
TO SITEWIDE
WATER
to stay cool... BLACK
BLACK
HAZARDOUS
WATER
WATER
WATER
STRATEGY SUMMARY / NO SHELTER SHADE WIND SHELTER
Average IRRIGATION daily profile ofSYSTEM UTCI temperature for selected months. Coloured bands BIOCLIMATIC DESIGN indicare level of thermal stress
WASTEWATER RETURNED TO INFRASTRUCTURE
MORE WIND EVAPORATIVE COMBINED
STRATEGY SUMMARY /t and redistributed NO SHELTER SHADE WINDeffluen SHELTER MORE WIND EVAPORATIVE COMBINED as irrigation water to the masterplan landscape with nutrients or mixed with treated sewage Having utilised the condensate for WC flush, the remainder is conveyed to a central treatment facility where it is dosed
and each building plot
Maintaining acceptable air quality within research laboratories demands relatively high outdoor air change rates. With an off coil temperature of c. 12oC condensate will be generated throughout the year, with yield peaking in the humid summer months coincident with highest irrigation demands. An annual hourly condensate yield model was created in Excel that reflects the likely best practice air change rates for all buildings on the masterplan, and diversified occupancy levels. The yield is then diverted first to predicted demands for WC flush, with the remainder available for irrigation. A seasonal irrigation demand profile was created based on research from Abu Dhabi’s Urban Planning Council, and calibrated to UTCI ( C) reflect the landscape design strategy. 44 42 VERY STRONG Bringing these two models together it has been possible to prove that the masterplan can be a net exporter of water, 40 38 meeting its entire irrigation demands from harvested condensate that would otherwise have been discharged as waste. 36 O
STRONG
34
O UTCI 32 ( C)
30 44 28 42 26 40 24 38 22 36 20
34 32 30 28 26 24 22 20
MODERATE NO STRESS
VERY STRONG STRONG
MODERATE
Qatar’s climate is fantastic for four months of the year, but causes severe thermal stress for the remaining months Document No. QFD063-PW-RT-00GE-0008-0008-00 Page 1 of 1 PERKINS+WILL. DAR. QRDC MASTER PLAN // CONCEPT STUDIES through a combination of heat and humidity. Bioklima analysis was used to evaluate the potential for microclimate NO STRESS enhancement through shade, ventilation, evaporative cooling (using a modified climate file) and their combination. Results above are presented using the Universal Thermal Climate Index which can be used for external comfort analyses.
Qatar’s climate is fantastic for four months of the year, but causes severe thermal stress for the remaining months PERKINS+WILL. DAR. QRDC MASTER PLAN // CONCEPT STUDIES through a combination of heat and humidity. Bioklima analysis was used to evaluate the potential for microclimate enhancement through shade, ventilation, evaporative cooling (using a modified climate file) and their combination. Results above are presented using the Universal Thermal Climate Index which can be used for external comfort analyses.
WATER FEATURES RADIANT CONDENSATE TANK COOLING
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Page 1 of Page 1 1 of 1
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To capture these benefits the eme are regularly spaced throughout t by condensate, or indirectly throu movement, landscape and water
Enhancing the local microclimate level more likely and more pleasu Qatar Foundation usetoLEED interdisciplinary innovation blo standardsanalysis and the masterp Microclimate using BioKl layout used through in LEEDstrategi as a b external comfort complements rather dataQatar inputsFoundation which are modified wc usethan LEED by evaporation, shelter enhan standards and theand masterp visually convey the the scale of th layout used in LEED as a b In this way the design team can p complements rather than c relying upon rules of thumb or of Document No. QFD063-PW-RT-00GE-0008-0008-00 Document No. QFD063-PW-RT-00GE-0008-0008-00
Research & Development Complex - Phase 1A
900.00
800.00 1000.00
RDC- Master Plan, RDC-Primary Master Plan, Infrastructure Primary Infrastructure and Fundamental and Fundamental Science Building Science Building FSB - Schematic FSB - Schematic Design Submittal Design Submittal October 2,October 2014 2, 2014
1000.00
Surplus condensate - typical daily volumes in m3 for each month
IRRIGATION
DILUTION
...there’s water all around us -
Elementa led the sustainability ...there’s strategy for this in Qatar us which all around but in water themasterplan wrong place... is on track to become the region’s first LEED for Neighborhood Develoment but in the wrong place... ‘Gold’ rated development. QRDC is part of a wider strategy to create a value chain between EducationSurplus City and the Qatar and Technology condensate - typical daily volumes in m3 forScience each month Park, enabling the commercialization of innovative research in health, energy and water engineering and biotechnology.
HAZARDOUS LAB WASTE WATER
NEUTRALISATION
... and are now being work
IRRIGATION TANK
RECIRC.
CONDENSATE TANK
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HOT
WATER
WATER
NON-LAB TANK
3
2
LAB TANK
1
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IRRIGATION TANK
Elementa also provided strategic direction to the development of MEP infrastructure servicing the QRDC masterplan and3 the 2optimization of 1 buried services corridors and service tunnel design. Irrigation, stormwater and condensate harvesting models were used to develop a net zero water strategy for the landscape design. DEMAND
WC RECIRC.
SERVED
FLUSH
HAZARDOUS LAB WASTE WATER
NEUTRALISATION
COLD
HOT
WATER
WATER
IRRIGATION
DILUTION
DEMAND
WC
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NEUTRALISATION
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BLACK
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WASTEWATER RETURNED TO INFRASTRUCTURE
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EXCESS CONDENSATE
BLACK
BLACK
BLACK
HAZARDOUS
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TO INFRASTRUCTURE
air quality within research laboratories demands relatively high outdoor air change rates. With an off coil temperature of c. 12oC condensate will be generated throughout the year, with yield peaking in the humid Having condensate WC flush, the remainder summerutilised monthsthe coincident withfor highest irrigation demands.is conveyed to a central treatment facility where it is dosed t and redistributed as irrigation to the masterplan with nutrients or mixed with treated sewage An annual hourly condensate yield model waseffluen created in Excel that reflects the likelywater best practice air change landscape rates for all buildings the masterplan, and diversified occupancy levels. and each on building plot The yield is then diverted first to predicted demands for WC flush, with the remainder available for irrigation. A seasonal irrigation demand profile was created based on research from Abu Dhabi’s Urban Planning Council, and calibrated to reflect the landscape design strategy. Maintaining acceptable air quality laboratories demands highcan outdoor air change With Bringing these two models togetherwithin it hasresearch been possible to prove that therelatively masterplan be a net exporterrates. of water, an off coilitstemperature of c.demands 12oC condensate will be condensate generated throughout year, with yield peaking in the as humid meeting entire irrigation from harvested that wouldthe otherwise have been discharged waste.
To capture these benefits the emerging landscape design is incorporating these features within comfort refuges that are regularly spaced throughout the masterplan. Many directly harness the free radiant and evaporative cooling offered by condensate, or indirectly through the shade and evapotranspiration of trees irrigated by condensate - integrating movement, landscape and water infrastructure Enhancing the local microclimate is a key success factor for the masterplan, making chance encounters at street level more likely and more pleasurable for a longer portion of the year. It’s those encounters that are essential for To capture theseinnovation benefits the interdisciplinary to emerging blossom. landscape design is incorporating these features within comfort refuges that are regularly spaced the masterplan. harnesspowerful the free radiant and the evaporative offered Microclimate analysisthroughout using BioKlima software is Many a newdirectly and incredibly way to test potentialcooling for enhancing by condensate, indirectly throughlocalised the shade and evapotranspiration of trees irrigated by condensate - integrating external comfortorthrough strategic, interventions within the public realm. This free software takes hourly climate Memberlevels, of Integral Group data inputs landscape which are modified Excel to reflect the provision of shade on solar radiation latent cooling movement, and waterwithin infrastructure by evaporation, shelter and enhancement of local wind speeds. Processing the resulting analysis outputs allows us to visually convey the the scale of the opportunity, effectiveness by season and over the course of the day. Enhancing microclimate is a key success factor for thethe masterplan, making chancebased encounters street In this way the the local design team can prioritise their efforts around most effective strategies on realatdata rather than level more likely for a longer portion of the year. It’s those encounters that are essential for relying upon rulesand of more thumbpleasurable or oft misleading precedents.
www.elementaconsulting.com
elementa
‘Sustainable Design Guidel and prescriptive. Additiona maintained. Life is too sho Starting with the Client’s re point them to client require and incorporate masterpla and language familiar to L information and explanatio ‘Sustainable Design Guidel ground the guidelines in th and Additiona that prescriptive. builds on existing cap
Imperial College Bone Laboratories Location: Central London Client: Imperial College Architect: BMJ Architects Project Size: ÂŁ4.5 Million
Elementa have been involved with a number of feasibility studies considering the extension and remodelling of the Bone Building. The Bone Building is a Victorian structure tightly bounded on all sides by other buildings on Imperial College South Kensington site. From these studies the University’s Faculty of Chemical Engineering decided to convert a number of IT rooms into general research and teaching laboratory space providing 4 large laboratories which provided an additional 29 fume cupboards to the facility plus write up spaces for which we undertook full MEP design services. The site is bounded by the Royal College of Music and close to the Royal Albert Hall so acoustic and plant screening considerations are foremost. Key to the design is to locate new plant amongst extensive existing plant in a manor which minimised disruption to other labs and the business operation of the site. As ventilation is the largest energy consuming element of the scheme Elementa proposed a full variable air volume air handing solution with heat recovery (to turn down air volumes and therefore heating/cooling loads in periods of reduced in use). The nature of the existing building has necessitated a large amount of surveying with Elementa arranging a services measured survey and specialist validation of existing system connection points.
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University College London Kathleen Lonsdale Building Location: Central London Client: Graham Construction Architect: Bond Bryan Architects Project Size: ÂŁ11 Million Heritage: Grade II listed
The Kathleen Lonsdale Laboratory Building is a Grade II listed building constructed in 1915 as the first purpose-built Chemistry building for UCL. The building is to undergo a phased refurbishment, as part of the major projects being carried out as part of Transforming UCL. A number of specialist laboratories have been provided with significantly upgraded facilities. The first challenge was to ensure the University Campus remained operational throughout the refurbishment, a larger challenge given the close proximity of each building. To combat this, Elementa delivered the project over 5 phases to ensure the least disruption to on-going lectures/ student living. To further the phase delivery, a zero defects strategy was applied throughout the duration of the project. This required high levels of communication between Elementa, the client and contractors to guarantee zero defects at each handover phase of the project. A focus on a robust commissioning review programme at the early stages of the project allowed this to be coordinated in the contractors programme for a succinct finish. Elementa were on hand for strict weekly site visits to ensure the defects strategy was on target for a smooth and efficient handover. To achieve the aspirations of the University for a world class facility while working around the other live university buildings, Elementa proposed an
accessible maintenance scheme set over the 5 phase delivery. This meant a strategic delivery of services had to be incorporated with core systems routed through circulation areas to ensure that stage works were complete in order to make the next phase of delivery possible and avoiding disruption to the previous stage. Within the lab facilities, designs had to consider ultra-sensitive lab equipment, lighting, vibrations, noise and climate conditions. Significant modifications were proposed to improve access around the building, as well as improving environmental performance and space utilisation. The Earth Sciences department which has previously been split between different locations has benefited from the improvements as they are now fully accommodated in the new building. The completed refurbishment offers new open plan offices, shared studio space called Hubs and a variety of break out spaces.
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University College London Courtauld Building Location: Central London Client: Graham Construction Architect: BMJ Architects Project Size: ÂŁ17 Million
The project involves containing CL2 and and externally. The refurbishment of an plant areas.
the Design and construction of a scientific facility, CL3 Laboratories, and associated works internally project comprises the extensive remodelling and existing building with vertical extension for some
The proposals involve a complete refurbishment of the interior and an upgrade of the building fabric. A new entrance along the Cleveland Street façade and further minor architectural interventions to this and the adjacent elevations are also proposed. Re-construction of the mansard roof is also proposed in order to support the installation of required services including an area of double-height plant. The reconstruction of an infill area to the rear of the elevation is also required where new primary circulation / stair cores are proposed. The removal of the existing stair cores opens up the foot plate of the building creating a more flexible open plan area.
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University of Exeter Biosciences Department Location: Exeter Client: University of Exeter Contractor: EC Harris Architect: Atkins Project Size: £18 Million This project comprised the refurbishment of the iconic and listed Geoffrey Pope building to enhance the research and teaching facilities as well as support the University’s ambitions to be a leading international centre for research and teaching in biosciences. The completed refurbishment provides: Fully operational BSL3 research suite, 3 high quality research facilities to BSL2 standard, 4 specialist laboratories to cater for all chemical, biochemical and analytical needs, State-of-the-art aquarium, an extended teaching lab, improved support facilities to the teaching lab, flexible school seminar space, an integrated student support office, 130 new desk spaces for postgraduates, 25 new staff offices, improved access to the building and a fully refurbished foyer with networked PCs and wi-fi.
the close of the construction/commissioning periods to occupation and operation of the building, a soft landings service to integrate the universities team into the use & maintenance of this complex facility. Image credit: The University of Exeter
The Aquatics Laboratories/ Aquarium had to be carefully coordinated to integrate with the restricted structure, providing a very close level of control to maintain the breading requirements of the specimens. Elementa provided full mechanical, electrical and public health design for the project. Key challenges included the delivery of adjacent laboratories with a high temperature differential and placement of new plant within a new underground bunker extension adjacent to the building. During construction we provided a full clerk of works and commissioning review service to get this complex project to conclusion. This included at
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Institute of Reproductive Sciences Location: Oxford Client: Oxford Fertility Unit Ltd & McVeigh Child Kennedy LLP Architect: Adrian James Associates Project Manager: Ridge Project Size: ÂŁ10 million
This project involved the construction of a purpose built facility for a world class fertility unit and reproductive research unit. This is the first purpose designed Clinical Research facility into IVF treatments and will be based upon German exemplar facilities. The Oxford Fertility Unit is a national and international leader in research into fertility and the new Institute of Reproductive Science (IRS) is a cutting edge Research & Development unit as well as a teaching facility for the University of Oxford. In combination with the University, the centre will also house an MSc course for students in Reproductive Biology. Our work on this project included: mechanical and electrical services including heating, hot and cold water, air conditioning, ventilation, above ground drainage, electrical power, lighting and data, fire alarms, medical gases and security, site services diversions, low energy and sustainability and thermal modelling.
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IPP Pathology Laboratory Location: Taunton Client: Ashley House Plc Architect: ADP Architecture Project Size: £circa 2 million
This project involved the full redevelopment of an old manufacturing facility to provide a “Hub” Laboratory to serve much of the South West’s pathology demands. Requiring new ventilation, air conditioning, lighting, fire alarm, domestic water, conditioned (purified) water and security systems, this project was a full redevelopment within the existing “shell”. The building includes many specialised items of equipment, many bespoke to the pathology industry of which some are automated analysers. The tracing of samples is also of utmost importance. As such the services installations required are specific to the demands of the laboratory, whilst needing the flexibility for future upgrades in technology or working practices. The laboratory also included 2 CAT 3 labs for analysis of potentially harmful samples. As such, bespoke systems including independent extract ventilation, interface with fume cupboards and pressure cascade ventilation are required.
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Frimley Park Hospital Pathology Department Location: London Client: Frimley Park Hospital NHS Foundation Trust Contractor: Morgan Sindall Architect: PRC
Having previously worked with this trust for some years and following being appointed to the hospital’s framework, we were appointed to provide a full duties service for a significant remodelling of the Pathology Department in the centre of the hospital. The project included both new build and refurbishment on a rolling phased basis and within a live hospital environment. As a significant part of the project a number of labs were opened up to create an open plan lab to contain their new automated Keistra equipment to facilitate new ways of working within the department. Our work on this project included mechanical, electrical, public health and above ground drainage design. This includes all heating, hot & cold water, ventilation, fume cupboards, above ground drainage, steam, electrical power, lighting & data, fire alarms & security and medical gases. Key to the projects success was consideration during the design of the phased basis of this complex project - our design being produced to show each phase specifically.
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Kingston University School of Engineering Location: Kingston-upon-Thames, Surrey Client: Kingston University Project Size: £6 Million
Elementa have commenced work on designing environmental improvements for the laboratories and offices for the School of Engineering. The project demonstrates Elementa’s skills in dealing with complex engineering problems in a pragmatic sensitive way. The first phase includes a risk analysis of existing systems reliability; getting old plant to perform to it’s best while changes are planned and a value for money study on repair and maintenance verses plant renewal so that investment in the historic site is optimised for the Universities medium term objectives. Full engagement with users and maintenance teams at all organisational levels has been necessary to successfully deliver improvements. The site was formerly the Sopwith Aeroplane Factory during the First World War and subsequently the Smiths Instrument Factory. The relatively poor quality of the building envelope will require a blend of moderate (realistic and affordable) thermal upgrade and optimum investment and environmental efficiency for the mechanical heating and ventilation plant. Discreet adaptations will take place to the historic, but still fully operational, wind tunnels so that their environmental impact on the lab is minimised while performance is unaffected. Excellent comfort conditions will be created while minimising the energy impact of the whole building systems. And all at a realistic cost. This will enable Aeronautical students to engage to best advantage with this critical “hands on” part of their learning.
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King’s College London Rayne Institute
Cupboards. This system was not ideal for the application as the general extract ventilation was not controlled by the institute often resulting in positively pressurising the laboratories The Fume Extract systems were also insufficient in duty and resulted in failing containment tests rendering them unusable. In addition the internal temperatures would often rise above acceptable temperatures and result in the need for local cooling in the form of portable air conditioning units.
Location: London Client: Kings Health Partnership Project Size: £1 million
Elementa were appointed by King’s College London to design the Mechanical, Electrical and Public Health systems for the refurbishment of the Ventilation Systems at the Division of Imaging Sciences and Biomedical Engineering of the Rayne Institute located on the 4th Floor of St Thomas’ Hospital, London. The scope of the project at the Rayne Institute of works to six seperate laboratories: Main Radio-Chemistry Laboratory, Imaging Hot Laboratory, Tissue Culture Laboratory, Biology Lab, NMR/DNP Laboratory, Preclinical Scanning Laboratory The existing ventilation, air conditioning and dedicated fume extract systems were in poor condition and woefully inadequate for the requirements of the laboratories. Elementa were tasked with ascertaining the shortfalls of the existing system and redesigning said systems in order to provide a comfortable and safe working environment for the occupants. Supply to the laboratories consisted of a combination of all air systems providing heating and cooling from a roof mounted air handling unit and distributed via a ventilated ceiling. The Preclinical Scanning Laboratory also has retrofitted fan coil units to provide local cooling. Extract ventilation was provided from the main building extract system and via the Fume
Our design consisted of tackling the associated issues on numerous fronts. The existing air handling unit, chiller plant and steam to LTHW calorifier were replaced with appropriately sized units. The ventilated ceiling and ceiling void were resealed and validated to ensure optimal distribution within the laboratory. Local duct mounted Heater and Cooling batteries were installed to temper the supply air to give local control of the internal temperatures of the spaces in order to maximise user comfort. The general extract system was isolated from the main building by the installation of a new roof mounted unit to ensure that the Institute had full control over the entire ventilation system. The Fume Extract fans were replaced and the ductwork routing optimised. This ensured that the Fume Cupboards/Safety Cabinets were operating efficiently and provided a safe working environment. The result was a comfortable and safe working environment for the occupants with dedicated systems under the laboratories control.
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06. Biographies Brian Goldsmith MIET FCIBSE Fitwel Ambassador Managing Principal, London, UK Brian joined Elementa as a Principal in July 2013 to lead our Commercial s e c tor of fer. B r ian has over 28 year s of e x p er ience wor k ing on leading commercial, residential and mixed use projec t s. Within the commercial sec tor Brian has carried out many Lease Negotiations for end user clients, understands how to secure the necessar y provisions and have these recorded af fec tively within legal documentation. Brian has s trong leadership skills, he uses a methodical approach to ensure that high qualit y schemes are delivered within the client ’s budget and programme. Brian has excellent communication skills and is able to translate complex building ser vices s ys tems into layman’s terms for client s and professional teams. Within Elementa Brian is the Principal sponsor of our Graduate and Trainee scheme and enjoys developing our talented s taf f to their full potential.
Carl McKenzie Eurlng CEng MAPM FIHEEM MCIBSE Principal, London, UK Carl is a highly skilled engineer with out s tanding sus tainable k n o w l e d ge a n d e x te n s i v e e x p e r i e n c e o f d e l i v e r i n g ‘ h i g h e n d ’ engineering /technolog y ’ projec ts within the UK , Middle East and India. Carl is responsible for client relationship liaison, s trategic planning and det ailed development of complex built env ironment schemes. Carl ’s vas t years’ experience within projec t management and deliver y set him as a s trong , ef fec ti ve communic ator and proac ti ve leader, guiding our team to prov ide succes s f ul large scale projec t s. Carl ’s broad pas t experience within the Middle Eas t and India makes him one of our international specialis t s with par ticular knowledge within the healthcare and life-sciences sec tor.
Ed Garrod MBA MA(Cantab) MPhil DipArch LEED AP Fitwel Ambassador Principal, London, UK Ed is an inf luential sus tainabilit y s trategis t and environmental design consul t an t w h os e p as sion lie s in de vel oping comp elling v isions and innov at i ve desig n resp ons es for major proje c t s in t he buil t environment. Ed joined Elementa in March 2014 to focus on growing their international workload and fur ther s treng then their capabilities in environmental analysis and sustainable design consultanc y. Edward was Co -founder, and equit y direc tor of PH A Consult , a sus t ainable de sig n an d env ironm en t al eng in e er ing con sul t an c y a cquire d b y F os ter + Par tners in 2011. Before joining Elementa, Ed was Par tner and Deput y Group Leader for Environmental Engineering at Fos ter + Par tners – providing sustainabilit y strateg y for international projec t s, and direc tion of CSER initiatives.
Rob Harris BEng (Hons) CEng MCIBSE MSc Fitwel Ambassador Principal, London, UK Rob is a qualif ied mechanical engineer with over a decade’s e xper ience in building ser v ices desig n , coordination and projec t management. He is a sk illed communicator, creating good work ing relationships with client s and contrac tors alike and is used to leading large teams of engineers. Rob joined Elementa in 2002 and embodies our progressive approach to training , engineering design and projec t ow ner ship, company leader ship, per sonal development as well as business ownership. His inclusive and immersive career path within Elementa is an ethos that he continues to pass on to the team today. A s a Low C ar b on Consul t ant , licens e d B R EE A M A s s es s or, w i t h a mas ters in building ser vices engineering and management, he has a broad k nowledge of building t y pes, sus t ainable technologies, their implementation and the abilit y to work across disciplines to deliver fully integrated coordinated designs.
Simon Ebbatson BEng (Hons) CEng FCIBSE Fitwel Ambassador Principal, London, UK Simon has over 20 year s pos t g raduate exper ience as a building ser vices engineer in the construc tion industr y. Simon joined Elementa in 20 02 before subsequentl y qualif y ing as a Char tered Engineer in 2003. Believ ing logic al think ing and ef fec ti ve communic ation to be mos t i m p o r t a n t to p ro j e c t s u cce s s , S i m o n e n d e a v o u r s to p ro v i d e a personable and proac tive level of ser vice. A s a qualif ied Low Carbon Consul t ant , Simon is par ticular l y interes ted in the desig n of low environmental impac t buildings and their interac tion with occupant s. W i thin Element a, Simon is responsible for leading the companies technical development and qualit y s ys tems.
David Glossop BEng (Hons) MCIBSE Fitwel Ambassador Principal, London, UK Dav id is a prac t ic all y minde d , s el f mot i v ate d indi v idual show ing s treng th of leader ship by ensuring the ef fec ti ve deli ver y of t ask s through his team. He adopt s a hands- on s t y le within coaching and developing indi v iduals to contribute to the overall per formance of the team to achieve their goals. He brings this inclusive management approach to his engineering projec t management. He is anal y tic al in proces s with the abilit y to make s trategic decisions in line with business strateg y. David has breadth and depth of knowledge within a wide variet y of areas including leisure, hotels, residential, commercial and education sec tors worldwide. David is key lead and inf luence in Elementa’s London Of f ice and has proved to be a valued key member of the company. He dri ves projec t s proac ti vel y, ensuring timelines and budget s are met and has a depth of sus t ainable k now ledge, specif ically passivhaus.
Graham Margetts HND (Diploma Environmental Engineering) CIBSE Low Carbon Consultant Principal, Ox ford, UK Graham has spent over 30 years as a building ser vices engineer and is a regis tered CIBSE Low Carbon Consultant. Graham is our healthcare and science / technolog y lead and has an unrivalled knowledge of systems within this capacit y. He has exper tise i n a l l a rea s of h ea l t h a n d s c i e n ce / te c h n o l o g y s e c to r i n c l u d i ng specialis t laboratories and highly complex operating theatres where contamination issues are critical. Graham is a highl y respec ted team player who has a great deal of e x p er ience r unning mul t idis ciplinar y teams . His s t reng t hs lie in hands- on projec t management ; commercial awareness, client focus and in his commitment to success ful projec t deliver y.
Nathan Millar Principal, Sus tainabilit y, London, UK Nathan prov ides specialis t env ironmental design and sus tainabilit y consul t anc y for projec t s around the globe. His broad exper ience within the sus tainable design processes, makes him a key champion in the deliver y of our projec t s. W i t h e n v iro n m e n t a l e x p e r i e n ce b o t h in t h e p ub li c a n d p r i v a te sec tor s , he joined Element a from F os ter + Par tner s , where he led the development of sus tainabilit y and environmental s trategies on a variet y of projec t s, along with projec t management and coordination as par t of a multi- disciplinar y design on projec t s around the globe. Nathan’s experience in both architec ture, environmental design, and sus tainable planning makes in an invaluable resource. A n ef fec ti ve communicator, he is able to unders tand the needs and requirement s of client s and s t akeholders, prov iding ef fec ti ve responses that are simple to unders tand.
Michel Wizenberg BEng (Hons), MIFireE Principal, Head of Fire Engineering , London, UK Michel is a highly experienced and technically advanced f ire engineer, w ho ac t s as Element a ’s head of f ire eng ineer ing. Michel ’s s trong communic ation sk ills allow s him to ef fec ti vel y and ef f icientl y co o rd i n a te b e t w e e n p ro j e c t tea m s a n d s t a ke h o l d e r s i n o rd e r to unders tand both aspirations and prac tical requirement s of projec t s. When work ing on specif ic projec t s Michel ’s role is to env isage and p re p a re F i re En g i n e e r i n g s o l u t i o n s ( i n c l u d i n g C F D, e v a c u a t i o n s trategies and f ire protec tion solutions) and to provide advice on f ire safet y arrangement s in building. He is responsible for all s tages of the f ire engineering design from the initial client cont ac t , through the tendering phase, across the cons truc tion as well as the ongoing management and maintenance of the f ire safet y s ys tems and passive f ire protec tion of a building.
07. Clients ADP Architects Allied World Assurance Company Architype Balfour Beatty BAM Construction Bouygues CBRE Curl La Tourelle Currie & Brown Cushman & Wakefield DNB ASA Bank E C Harris Entertainment One Frimley Park Hospital NHS FT Galliford Try GB Partnerships German School Association Girls’ Day School Trust Gloucestershire NHS FT
GolDev Graham Construction Guy’s & St Thomas’ NHS FT Hampshire County Council Harrow School Imperial College Interserve ISG Jones Lang LaSalle Kings College London Kingston University Knight Frank Legal & General Lewisham Healthcare NHS Trust London Borough of Lambeth London Borough of Richmond MACE Marriott McLaren
MEPC Merlin Magic Making Mid Counties Co-operative Morgan Sindall Osborne Overbury Peabody Pringle Brandon Perkins + Will Quadrant Estates Re-format Retirement Villages Sheppard Robsonco Standard Life Starwood Capital Group St Antony’s College Estates The University of Nottingham Unilever Willmott Dixon Wilson Mason
Awards Project
Award
Year
Boden
BCO National Awards (Shortlisted)
2019
Boden
Design Week Award in the ‘Workplace interiors’ category
2019
Boden
Regional BCO London Award ‘Recycled / Refurbished Workplace’ (Winner)
2019
Clara Bagenal George
Inaugural Engineer of the Year award (Winner)
2019
Confidential Tech Client
CIBSE Building Performance Awards - International Project (Shortlisted)
2019
CIBSE Building Performance Awards 2019
Building Performance Consultancy of the Year - up to 100 employees (Shortlisted)
2019
CIBSE Young Engineer Awards
Winner: Employer of the Year (51-300 employees) and Overall
2018
Boden HQ
Architects Journal Retrofit Awards (Shortlisted)
2018
ASOS Leavesden Contact Centre
BCO Midlands and Central England Awards (Winner)
2018
Building Awards
Engineering Consultant of the Year (Shortlisted)
2018
CIBSE Building Performance Awards 2018
Building Performance Consultancy of the Year - up to 100 employees (Winner)
2018
Pomona College Millikan Laboratory & Andrew Science Hall, USA
CIBSE Building Performance Awards - International Project (Winner)
2018
CIBSE Young Engineer Awards 2017
Employer of the Year - 51-300 employees (Winner)
2017
CIBSE Building Performance Awards 2018
Performance Consultancy of the Year - up to 100 employees (Shortlisted)
2017
DPR Net Positive Energy San Francisco Office, USA
CIBSE Building Performance Awards (Winner: International Project)
2017
E L E M E N TA C O N S U LT I N G
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