LanzaTech bags contract for NTPC carbon recycling facility

In Illinois, LanzaTech Global announced they have been awarded a contract by Jakson Green to provide NTPC Limited, India’s largest power utility, with its 4G ethanol technology. This new facility, located in Central India, will use LanzaTech’s second-generation bioreactor to transform CO2 emissions and green hydrogen into ethanol, supporting India’s energy transition. The plant, conceptualized

LanzaTech increases share ownership of LanzaJet

LanzaTech Global Inc., the carbon recycling company transforming waste carbon into sustainable fuels, chemicals, and materials, on June 20 announced an increase in its holdings of LanzaJet Inc., a leading sustainable aviation fuel technology provider and fuels producer. This ownership increase is in accordance with a previously signed agreement which allows LanzaJet to further sublicense

LanzaTech introduces Tech to capture carbon

Synthetic biology and engineering company LanzaTech commercialized a technology that captures carbon from steel mills and ferril alloy mills before it is released into the atmosphere; it is then transformed into raw materials that are used in products traditionally derived from petroleum. Plants get a new revenue stream through the sale of ethanol made from

GAIL, LanzaTech join hands to explore bio-recycling carbon waste into fuels and chemicals

GAIL (India) Ltd, the country’s largest gas distributor, and LanzaTech Global, an innovative carbon capture and utilization company that converts waste carbon into products that people use in their daily lives, have entered a partnership to explore innovative technology solutions that advance GAIL’s net zero 2040 goals and have the potential to support wider decarbonization

Engineered bacteria convert captured carbon dioxide into valuable chemicals for fuels

Bacteria are known for breaking down lactose to make yogurt and sugar to make beer. Now researchers led by Northwestern University and LanzaTech have harnessed bacteria to break down waste carbon dioxide (CO2) to make valuable industrial chemicals. In a new pilot study, the researchers selected, engineered, and optimized a bacteria strain and then successfully