Dr. Jennifer Holmgren, LanzaTech's chief executive, says the honour is a real tribute to LanzaTech's international team...
Synthetic Biology for high-value chemicals
LanzaTech’s proprietary microbe is naturally occurring and is categorised as a WHO-risk 1 organism (same as baker’s yeast). The microbe acts a biocatalyst which allows production of both fuels and chemicals from industrial waste gases. LanzaTech is the first company to develop a bio-catalytic toolkit for a gas fermentation microbe through which we have been able to:
• Secure multiple proprietary genomes
• Construct a detailed gene expression database
• Establish our proprietary synthetic biology platform
• Develop a plug-and-play gene expression/gene regulation system
These advancements will allow us to move beyond ethanol and 2,3BD production to other fuels and chemicals (e.g., isoprene, MEK, isopropanol,etc.), which serve as the building blocks for products such as diesel, jet fuel, olefins, and plastics.

Dr. Holmgren and Dr. Simpson have been ranked together at Number 38 on a list of the world's top bioenergy people. The Biofuels Digest...
LanzaTech has been chosen by AlwaysOn as one of the GoingGreen Top 100 Winners. Inclusion in the GoingGreen 100 signifies major...
The NEW LanzaTech brochure features an in-depth review of our company, our process technology, and our vision.
Carbon monoxide gas is produced in high volumes by the steel industry. Industrial waste gases contain elevated concentrations of carbon monoxide gas and little or no hydrogen - this is pumped out of the flue stacks and causes pollution.