Keppel Data Centres Holding and Mitsubishi Heavy Industries Asia Pacific have signed a memorandum of understanding to research the possibility of implementing a hydrogen powered tri-generation plant in Singapore.
Researchers at NREL have developed a new way of converting CO2 to a more usable product- formate.
A hybrid system of bacteria and nanowire that has the ability to harness sunlight and use it to convert CO2 and water into chemicals that can be used to create organic molecules.
OSAKI CoolGen is using Honeywell’s UOP SeparALL technology during coal gasification processes.
Liquid Wind will develop, finance, build and manage standardised facilities that produce e-methanol from renewable electricity and upcycled carbon dioxide.
E. coli bacteria have been gradually trained to use carbon dioxide as food, rather than sugar, building their biomass from the air.
Hydrofaction™ is Steeper Energy’s proprietary implementation of hydrothermal liquefaction which applies supercritical water as a reaction medium for the conversion of biomass directly into a high-energy density renewable crude oil, referred to as Hydrofaction™ Oil. Steeper’s unique process mimics and accelerates nature by subjecting wet biomass to heat and high pressure.
Research part of SoCalGas’ development of technologies known as poser-to-gas (P2G), a method of storing excess renewable energy.
Absorbs CO2 for use in health supplements using Pond Technologies’ algae.
Captures CO2 from Shady Point power generation plant for use in food and beverages.
Captures 60% of CO2 emissions from newly built power plant.
Demonstration site for Shenhua’s coal-to-chemicals process.
Post-combustion capture from coal-fired power plant.
Captures CO2 from Warrior Run Maryland power generation plants for use in food and beverages.
Commercial operations at a chemical/ fertilizer plant.
10+ plants capturing CO2 from ammonia facilities for re-use in beverage/food industry.
Natural gas fired steam reformer using MHI’s KM CDR process to remove CO2 from flue gas.
Long-term project to assess the economic and technical feasibility of CCS for the cement industry.
CO2 capture on retrofitted thermal power plant.
16 partners from industry and science to convert CO2 emissions into chemical components.
Natural gas hydrogen production plant with carbon capture.
Establishing a full-chain commercial-scale low-carbon emission hydrogen to Japan.
Integrated low-carbon hydrogen production, distribution, and CCUS project.
Proposed gasification facility to capture 4 Mtpa of CO2 from syngas.
Pilot plant at the Willem-Alexander power plant from 2011-2013.
IGCC plant with CCS.
Using Skyonic mineralization technology for capturing CO2; CO2 used for sodium bicarbonate.
Methanol plant with a gas-fired boiler.
Stanton Energy Center demonstration; Joint DOE demonstration project to study microalgae commodities (i.e. animal feed) from coal plant flue gas CO₂ and/or renewable gas production.
Partners w/ Boom Algae on pilot algae greenhouse to gather data on algae growth, CO₂ capture, and energy use and costs; CO₂ waste from Upslope’s beer fermentation process is converted into 100% biodegradable, non-petroleum-based, algae-ink.
Technology development agreement to accelerate the development of mono-ethlyene (MEG) from CO₂; Coca Cola uses MEG to make their plant-based plastic bottles.
Captures 1,500 tons/day of CO2 from two ethylene glycol plants.
Capturing CO2 using amine scrubbing technology from one of their coal-fired power plant.
Using Lanzatech’s technology to capture CO2 from a ferralloy plant in South Africa.
Chemical production facility capturing CO2 increase urea production.
World’s first commercial-scale power plant using VAM as primary fuel.
Coal and biomass to liquids.
Coals to liquids.
LanzaTech’s pilot steel plant location, now fully operational, near Auckland, New Zealand.
Uses LanzaTech’s gas fermentation technology throughout the Mitsui Group to convert CO2 to ethanol.
Shougang steel mill outside of Beijing, China; World’s first commercial deployment of gas fermentation technology. Converts CO₂ to ethanol. 100,000 gallon/year plant.
Baosteel steel plant outside of Shanghai, China; Demonstration of LanzaTech technology at Baosteel steel plant, 100,000 gallons/year.
Project in Hayrana, India at IndianOil refinery; In 2017, IOC and LanzaTech signed a Statement of Intent to construct the world’s first refinery off gas-to-bioethanol production facility in India.
Project in Ghent, Belgium at ArcelorMitttal plant; Convert CO₂ to bioethanol to be used for transportation fuel or plastics.
Research w/ Lanzatech on using syngas to develop specialty plastics; Combines Evonik’s biotechnology platforms w/ LanzaTech’s synthetic biology & gas fermentation expertise for the development of a route to bio-processed precursers for specialty plastics from waste derived synthesis gas.
Using CO₂ and hydrogen for the direct production of industrial chemicals including nylon intermediates.
U.S. government project for gas-to-jet technology; Partnered w/ Lanzatech to optimize its ethanol process to reduce the cost of jet fuel for the military in support of the military’s goal to reduce its carbon footprint.
60 million gallon per year ethanol and 420,000 ton animal feed plant in California; Conversion of agricultural waste, forest waste, dairy waste, and construction and demolition waste (CDW) to ethanol.
Partnered w/ Lanzatech for aviation fuel technology, which uses waste industrial gases from steel facilities that is captured, fermented and chemically converted for jet fuel.