Water Management for Oil and Gas

WSP performed a technical due diligence for a proposed zero-emission blue hydrogen production facility, incorporating carbon capture and storage systems (CCS or CCUS).

We worked with NET Power to engineer a demonstration power plant that showcases revolutionary emission-free natural gas technology.

Managing and reducing the environmental liabilities that arise from operating oil and gas production facilities is a challenge for most producers.

An Integrated Resource Recovery (IRR) strategy was developed for the Courtice Water Pollution Control Plant and was a first step towards the sustainability of this 68.2 MLD plant. The study searched for technical solutions to derive value from the plant’s waste and to minimize its inputs. The results not only brought focus to the Region, which lead to the IRR option to pursue further into the design and implementation phase, but also immediate improvements with the implementation of short-term solutions.

WSP has worked closely with the operator of Wytch Farm since 2011, when the value for money and one-team approach we offered saw us awarded a framework agreement to provide vital design engineering and construction management services. Our expertise supports production at Western Europe’s largest onshore oil and gas field – with our role ranging from providing expertise in key disciplines to undertaking full multidisciplinary projects.

Repowering existing infrastructure and supporting the transition to a lower carbon economy into the 2030s and beyond.

The technical skills and practical experience of WSP teams around the world are helping 8 Rivers to commercialise its world-first, zero-carbon technology

HCB rehabilitation projects secure more reliable power supply for Southern Africa.

Our environmental liability advice helped to inform a business acquisition in Papua New Guinea.

Windpeshi is a clean energy generation project taking place in indigenous communities' territories in La Guajira Peninsula, northern Colombia.  The project entails the design, construction, operation and maintenance of a wind farm with approximately 200 MW of installed capacity through the installation of a maximum of 45 wind generators, a booster substation inside the wind farm, a 59.1 km long 220 kV transmission line and other supplementary works.

As part of Innovate Energy, a private-partner consortium, WSP is designing, building and converting the existing high-temperature steam system powering Canada’s National Capital Region to a more energy-efficient, low-temperature hot water system to reduce the nation’s greenhouse gas emissions.

We worked with the then Department of Energy and Climate Change to develop a series of pathways to help energy-intensive industries dramatically reduce their CO₂ emissions using a range of technology options.