Skip to main content

Category: Products

Methanol from biomass

Chinese electrolyser manufacturer LONGi Green Energy has begun construction on a $325 million green methanol project in Inner Mongolia that will combine biomass gasification with hydrogen from the company’s electrolysers. The project, being developed at the Urad Rear Banner Industrial Park, will process 600,000 t/a of agricultural waste to produce 190,000 t/a of green methanol in the first phase. Phase 2 will expand ethanol capacity to 400,000 t/a, with hydrogen coming from new electrolysers powered by 850 MW of wind and 200 MW of solar power. LONGi says that the project will cut carbon dioxide emissions by 1.2 million t/a, while adding more than 1 GW of wind and solar capacity to the region’s energy mix.

Dangote to fund new urea plant

Aliko Dangote, self styled “Africa’s richest man”, has signed a $2.5 billion partnership with the Ethiopian Government to build one of the world’s largest single-site fertiliser plants in Gode, Somali Regional State. The was signed on August 28th by Dangote Group and Ethiopian Investment Holdings, the government’s strategic investment arm. Under the agreement, Dangote Group will hold a controlling 60% equity share, with EIH taking the remaining 40%. EIH says that the facility will be “among the top five largest urea production complexes globally… with production facilities boasting a combined capacity of up to three million metric tons per annum.” The project will take gas feedstock via pipeline from the Calub and Hilala gas fields, with provisions for future expansions into ammonia-based fertilisers.

NextChem wins contract for blue hydrogen project

NextChem subsidiary KT Tech has been awarded a licensing, process design package and engineering services contract by a major international energy company for the application of its proprietary NX eBlue™ (electric steam methane reforming) technology for the production of low-carbon hydrogen in the Southwest of the United States. NX eBlue™ technology, part of NextChem’s technological portfolio for syngas and hydrogen production, features an innovative electric steam methane reforming reactor along with a dedicated process scheme to produce low-carbon hydrogen. This technology significantly reduces CO2 production and incorporates integrated carbon capture to further minimise CO2 emissions, all allowing for operational flexibility and scalability.