Its roles FEED Operator
px Group is a UK-based industrial services and infrastructure company that operates, manages, and develops complex process facilities for the chemicals, energy, and manufacturing sectors. Its capabilities span operations and maintenance, engineering and project delivery, asset management, and the supply and management of site utilities and energy.
The company operates Saltend Chemicals Park in East Yorkshire, a multi-user industrial site that provides integrated utilities, infrastructure, and site services to resident chemical and energy producers. Through the park and its wider portfolio, px Group supports brownfield and greenfield developments by offering connections to power, steam, water, and other shared services, as well as permitting and site development support. The group’s activities focus on safe, reliable operations and enabling investment in modern, lower-emission industrial processes.
chemXplore tracks 2 projects involving px Group, of which 2 are active.
Closest to start-up first.
The £600M DRAGON II project will produce SAF and renewable diesel, creating 300 construction jobs and 150 operational roles, boosting Humberside's industrial decarbonisation efforts.
A new feedstock supply contract will provide post-use plastic for a hydrothermal recycling facility, converting waste into reusable hydrocarbons and reducing carbon emissions.
Neste will convert products from Mura's Teesside site into new plastic feedstock. The HydroPRS™ process enables efficient recycling of mixed plastics, reducing fossil resource use and carbon footprint.
The plant will process 'unrecyclable' plastics, creating jobs and reducing carbon emissions. Key industry figures attended the launch, highlighting collaboration and economic benefits.
The facility will convert local waste into renewable methanol using patented technology. The permit ensures minimal environmental impact and aligns with Amsterdam's sustainability goals.
The new Amsterdam facility will convert non-recyclable waste into advanced methanol, reducing CO2 emissions and replacing fossil fuels, using proven HTW® technology for reliable, sustainable fuel production.
The AMA Project will produce bio-methanol from non-recyclable waste in Amsterdam, aiming to reduce transport emissions across Europe with a €200M investment and a 260-ton daily production capacity.
Construction starts on the first commercial-scale plant using HydroPRS™ to recycle all plastic waste, aiming for global expansion. Strategic partnerships and government support drive the initiative.
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What each is building and closing, and the pipelines and grids between them, on one map.
