Tag: Gasification

Compact Syngas Solutions (CSS) says that it has completed work on a government funded demonstration project which aims to be “the next generation of waste-to-energy plants”. The new £4 million ($5.4 million) MicroHub plant, developed as part of the Department for Energy Security and Net Zero’s (DESNZ) Hydrogen BECCS Innovation Programme, produces hydrogen and electricity from biogenic waste while capturing carbon emissions using water scrubbing. Unlike traditional methods that use chemical solvents like amines, CSS’s system uses water to remove carbon dioxide from syngas, which the company says is a safer and more sustainable solution.

HyOrc Corporation says that it has secured financing for the first module of its 8 t/d (2,650 t/a) waste-to-methanol facility in Porto, Portugal. Manufacturing is actively underway for an initial modular unit capable of producing up to 1 t/d of green methanol, targeted for shipment in September 2026. The plant uses municipal waste as a feedstock, gasifying it and converting it into syngas for downstream methanol synthesis. HyOrc has previously completed a 25 t/d gasifier in Coimbatore, India, and a 3 t/d waste to methanol unit in Assam, India (May 2026).

SunGas Renewables Inc. has said that it will cease further development of the Beaver Lake Biofuels project, a proposed wood fibre-to-low carbon methanol facility in Louisiana. The project was to have involved integrating three of SunGas S1000 syngas production systems with downstream technologies to produce approximately 553,000 t/a of low carbon methanol, and geological storage […]

Continuously developed and adapted to evolving requirements, Uhde’s PRENFLO gasification technology can play a significant role in enabling the clean and sustainable production of syngas and syngas-derived products from an even broader range of carbonaceous feedstocks than ever before.

For many years confined to pilot projects and feasibility studies, biomass based gasification is seeing rapid take up in China for methanol production and may mark a new era in syngas generation.

Jindal Steel says that it has achieved a global first by establishing India’s first coal gasification-based direct reduced iron (DRI) plant, using syngas for iron making. In response to shortages of natural gas, LPG and propane, Jindal Steel has also looked to deploy syngas in galvanising and colour coating line furnaces, as well as injecting syngas into its blast furnace, reducing dependence on imported coking coal and lowering carbon emissions per tonne of steel.

Bharat Heavy Electricals Ltd says that it has secured a $305 million contract from Bharat Coal Gasification and Chemicals Ltd (BCGCL) for a syngas purification plant at Lakhanpur, Odisha. The lump sum turnkey package includes design, engineering, equipment supply, civil works, commissioning and 60-month operation and maintenance services. The project, part of BCGCL's planned 2,000 t/d ammonium nitrate facility, has a 42-month execution timeline. BCGCL is a joint venture between Coal India Ltd, with a 51% stake and BHEL with a 49% shareholding.

Clariant says it is collaborating in Repsol’s pioneering methanol plant in El Morell near Tarragona, Spain. The Ecoplanta project will be the first of its kind in Europe to convert municipal waste into renewable methanol, using Enerkem’s advanced waste gasification process, supported by a range of Clariant’s syngas purification catalysts and its highly active MegaMax methanol synthesis catalysts. Scheduled for completion in 2029, the plant will use 400,000 t/a of non-recyclable solid municipal waste to produce 240,000 t/a of methanol.

NextChem subsidiary MyRechemical has been awarded an engineering study contract by Altalto Ltd. for a sustainable aviation fuel (SAF) plant in Immingham, Lincolnshire, based on its proprietary NX CircularTM gasification and NX CPOTM technologies. Altalto is a company set up by Velocys to develop SAF projects in the UK. The plant is expected to be operational in 2030. Initial targets include the production of 23,000 t/a of SAF for the UK market. Feedstock will be sourced from residual municipal solid waste (MSW) and commercial and industrial waste. The project has been awarded a grant from the UK Department for Transport’s Advanced Fuels Fund to progress basic engineering design. MyRechemical will operate as a technology provider and as coordinator for other technological partners. It will also supply engineering services.

As part of the Japanese government’s Green Transformation scheme, two hydrogen producers have been selected to receive subsidies for low-carbon production projects. Out of the overall $1 trillion GX scheme, $51 billion is earmarked for hydrogen and ammonia investments, with the bulk going towards a long-term programme that subsidises the increased production costs. The first two recipients are a Toyota Tshuho-led consortium (electrolytic hydrogen for steel), and Resonac (hydrogen from used plastics for ammonia). In the programme, production projects are required to have the support of a major hydrogen consumer – in Resonac’s case, this is Japanese chemicals giant Nippon Shokubai, who will offtake the ammonia produced from lower-carbon hydrogen.