Industrial Decarbonisation

Industrial decarbonisation is the removal and reduction of carbon intensive energy sources to more sustainable energy. This is driven by CCUS, Alternative fuels (H2), electrification and PtoX projects.

In order to reach ours and the governments NetZero targets we support our clients with either their energy transition or concept and feasibility of a new technology, processes or plant.

Through Apollo you will access industry-leading expertise in CCUS, hydrogen and PtoX in multi-discipline covering technical assurance and advisory, engineering, system integration and strategy.


5.6B tons of installed CCUS capacity is needed by 2050 to meet the Paris Agreement targets.  The UK is primed to become a net importer of international CO2 and our early work models the commercial viability for a transition towards CO2 management.

Apollo supported the delivery of one of the UK’s pilot CCUS schemes in 2015  and since then we have supported the industry in its progression towards the cluster approach.

The governments industrial decarbonisation strategy sets out plans to capture over 10 million tons of CO2 by 2030 and lay the foundations for a net-zero industrial economy. The government will invest over £1 billion to establish CCUS and hydrogen projects in four industrial clusters in the North East, the Humber, the North West, Scotland and Wales. Apollo is active in supporting these clusters helping them develop, concepts and ideas through to execution to achieve their net-zero ambitions.

  • Project option evaluation & definition
  • Concept engineering studies
  • FEED
  • Process safety (SIL, RAM)
  • Process engineering design including equipment specification/ selection, compression, dehydration and options for processing recovered CO2
  • Flow assurance
  • System integration
  • Hydrogen generation and use
  • Power to X studies
  • Supporting identification and appraisal of CO2 storage sites
  • Infrastructure appraisal and reuse suitability assessments
  • Identification and specification of major equipment
  • Pipeline design and reuse evaluation



PtoX is the conversion of electricity into another product such as chemicals and fuels. Typically, utilising feedstocks such as water. CO2, N2 etc. Utilising surplus renewable energy coupled with CO2 feedstocks makes PtoX a very attractive decarbonisation tool.

  • With regards to PtoX then we can typically look at the following:
  • Initial pre-feasibility and conceptual engineering
  • CAPEX and OPEX modelling
  • Funding opportunities
  • Technology options and availability
  • Constructability
  • Safety screening
  • Project risks
  • Project management services
  • Process design and layout


Speak to today for more on how we are helping industry play its part in decarbonising.


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