Standard Gas and Topsoe to collaborate on UK-based renewable natural gas and methanol project
Standard Gas and Denmark’s Topsoe A/S have agreed to collaborate on a UK-based project to produce renewable natural gas and methanol from residual waste feedstocks.
The two companies have signed a Memorandum of Understanding (MoU) for the Danish group to supply its proprietary methanation and methanol technologies for a project being developed in the UK to be either owned and operated by Standard Gas or licensed to a third-party owner.
Under the terms of the MoU, Topsoe will provide the technologies, engineering, equipment items and catalysts that will enable the synthesis gas produced by Standard Gas to be processed into valuable products such as methane and methanol.
For its part, London, UK-based Standard Gas will develop and obtain all appropriate approvals, licenses, funding and offtake agreements need to implement the project.
Standard Gas’ Technical Director, Laurence Sharrock, says: “Topsoe is a perfect partner for this project given the Company’s long, successful track record in the research and development of chemical process technology, which it has licensed on a global scale. The first phase of our collaboration will be an engineering study into the production of methanol from our biogas and syngas. Methanation is key to transforming the gas our SG100 technology generates into renewable transport fuel and methanol, an important base chemical and building block for a vast range of downstream products such as plastics, paints, auto components, construction materials and even pharmaceuticals.
“Our SG100 technology has a significant contribution to make in combatting Climate Change, achieving Net Zero, and to the development of a circular, regenerative economy. We see waste that can’t be recycled as a valuable resource. So rather than burying or burning it, we can process it as a feedstock to produce no-or-low carbon sustainable energy and carbon-removing biochar, which offers carbon removing applications in sectors such as agriculture and construction.”
Peter Vang Christensen, Senior Vice President, Clean Fuels & Chemical at Topsoe, says: “We are thrilled to be working with Standard Gas to address waste management, which continues to be a significant challenge to society. Standard Gas’ visionary approach to waste management aligns with our own aspirations to be a global leader in carbon emission reduction technologies. This MoU marks another step forward in our shared commitment to sustainability and environmental stewardship.”
Topsoe is a leading global provider of technology and solutions for the energy transition, combatting climate change by helping its customers and partners achieve their decarbonization and emission reduction goals. Based on decades of scientific research and innovation, Topsoe offers world-leading solutions for transforming renewable resources into fuels and chemicals for a sustainable world, and for efficient and low-carbon fuel production and clean air. Founded in 1940 and headquartered in Denmark, Topsoe has over 2,800 employees serving customers worldwide.
For more information, contact:
Peter Coombes, Head of Communications & Government Affairs // Phone: +44 (0) 7770 637528 // Mail: [email protected]
TRANSITION TO NET ZERO WITH OUR CARBON-REMOVING TECHNOLOGY
Carbon Negative Energy: Each year, a single SG100 plant can generate up to 40,000 MW hours of carbon-negative power, enough for around 10,000 homes, offices or commercial properties, as well as for the transportation sector and wider industry.
Carbon Reduction: It will remove up to 16,000 tonnes of CO2e – equivalent to the annual carbon emissions of 5,000 cars. With electrolysis, a plant processing biogenic waste will generate over 650 tonnes of green hydrogen. And the SG100 closes the waste management loop, offering a better low carbon alternative to landfill and incineration.
Carbon Capture: TheSG100 technology also generates ‘biochar’ and ‘carbon char’, a black, granular, dust-like co- product that can be sequestered in valuable agricultural, environmental, and industrial applications.