A global energy consultancy delivering the energy transition.

Home Turbines
Home Fpso
Home Fpso
Home Fpso
Home Turbines
Home Turbines

History Timeline

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
2005

Xodus established to integrate subsea & pipelines, flow assurance, topsides and technology

2006

First ever digital twin – Xplore – Digital Operating system for the FLAGS pipeline to deliver more efficient operations at the terminal

2007

Xodus Aurora integrated into the team – Environment as part of an integrated offering was key as this is a discipline that truly works across the lifecycle of the industry, and it bought with it the renewables capability – energy was always at the heart of what we did. 

2009

London office established to put us on the map for international projects – delivered project greats from this office which includes Bream

2011

Subsurface integrated into the business. Xodus was the first consultancy to combine subsurface and surface to provide the cradle to grave offering

2012

Vibration services introduced to strengthen our operational support business – 60% of Xodus’ expertise are rooted in the clever thinking we provide to keep energy assets going

2014

Consented the first ever floating wind array – Equinor’s Hywind off of the coast of Aberdeenshire

2015

Development of XAMIN – Subsea integrity module developed in association with CNR.

2018

Established the Renewables Division

2019

Acquisition of Greenlight Environmental to integrate a world leading digital EIA software

2022

The Energy Transition Alliance created in association with Subsea 7 to deliver the energy transition in the Gulf of Mexico

2012

Established Japan office to continue being leading in Offshore Wind and further develop Hydrogen

Sectors Thumb

Forecasting the North Sea CCUS infrastructure to 2050

Xodus shares industry report that reports the volume of CO2 being injected into the North Sea by 2050 will be equivalent to the natural gas currently being extracted from the basin

Xodus study forecasts that that the potential scale of carbon capture, utilisation and storage (CCUS) will require some 100 reservoirs, more than 7,500 kilometres of new pipelines and dozens of onshore emissions capturing and gathering sites.

Xodus undertook a detailed analysis, assessing 560 potential storage sites, existing North Sea gas pipelines and potential new infrastructure to rank the cost efficiency of different CCUS initiatives to create the whitepaper Forecasting the North Sea CCUS infrastructure to 2050, with the hope that it will support CCUS operators and stakeholder to make better informed investment decisions.

Please complete the form below to download the white paper.

We are a global energy consultancy powered by the expertise and experience of our unique and diverse people.

We unite to solve the energy industry’s problems. Working collaboratively with our customers, rethinking how things are done to take on challenges, break down barriers, enable progress and deliver the energy transition.

We bring energy, insight, and certainty, which when combined with our strategies, innovations, and knowledge, gives us the power to create change within our industry and really make a difference.

FEA Feature
FORECASTING THE NORTH SEA CCUS INFRASTRUCTURE TO 2050

Xodus shares industry report stating the volume of CO2 being injected into the North Sea by 2050 will be equivalent to the natural gas currently being extracted from the basin.

Download the paper here.