Wind power is generally seen as the best option for sustainable power generation. Offshore wind speeds tend to be higher and more consistent than on land, farms are less intrusive, and space is readily available.

We have been supporting the offshore wind sector since 2009.

Substations collect and convert turbine-generated electricity to the correct voltage for distribution via the grid.

We have a successful track record in the engineering, procurement, construction, installation and commissioning of offshore wind transmission stations. We have delivered projects for HVDC and HVAC offshore substations for major wind farms across several of Europe’s leading developments.

CCUS uses multiple technologies to capture CO2 and either make it available for industrial use, or safely store it – usually underground, and often at brownfield sites where oil and gas have already been extracted.

We integrate key CCUS technologies into our designs, leveraging our life-of-asset expertise. Our engineering, consultancy and project management capabilities are being harnessed to support several key CCUS concept and FEED projects.

Unlike CCUS technologies that capture CO2 as a by-product, DAC removes carbon dioxide directly from the atmosphere. This makes it particularly suitable for industries where capturing at source is not possible.

We are currently partnering with clients on innovative DAC projects in Sweden and the UK, both destined to be European ‘firsts’.

Green hydrogen uses renewable energy sources, such as wind or solar power, to split water into oxygen and hydrogen through electrolysis.

We apply our wind, solar and gas expertise – and in particular our experience of delivering high voltage transmission stations for offshore wind – to supporting our clients’ large-scale green hydrogen projects.

Blue hydrogen is produced by splitting natural gas into hydrogen and CO2, removing the CO2 through CCUS.

Drawing from our grey hydrogen experience, we are exploring large-scale blue hydrogen opportunities - combining our gas capabilities with our expertise in developing complex CO2 removal scopes.

Waste-to-fuel developments turn organic waste into sustainable fuel.

We apply our petrochemical design skills to providing solutions for transforming waste feedstocks such as waste tyres, sewage sludge, and cooking oils into renewable biofuels and sustainable aviation fuels.

We are currently delivering a number of studies, FEED and EPC documentation projects for several innovative waste-to-fuel plants.

We leverage our years of experience in designing and operating oil and gas assets to assess, monitor and reduce the carbon intensity of energy producing assets.

As well as working to achieve our own net zero targets, we support our clients in decarbonising their energy-producing assets. We help them to find and achieve new efficiencies – often through the use of digital technologies – including carbon-friendly asset modification, flare reduction, asset electrification, and regional collaboration to reduce fuel consumption.