Inspired by nature, adapted by science
The Technology
Input and Outputs
Of Anodyne’s Enzymatic Electrolysis process
The Anodyne Advantage
- Anodyne
- Reduces carbon
- 95% yield
- Low heat
- Low energy
- No waste
- Petrochemical
- Increases carbon
- 60% yield
- High heat
- High energy
- High waste
- Fermentation
- Increases carbon
- 50% yield
- Low heat
- High energy
- High waste
How we work
Enzymes are the factories of nature, performing the chemical transformations of the living world. There are hundreds of thousands of enzymes that are relevant to the products we are building at Anodyne. We search through the vast evolutionary space and discover the best enzyme for each product. We then validate them in our foundry and industrialize them for chemical production.
Anodyne’s industrialized enzymes produce an array of sustainable chemicals and fuels. These chemicals directly substitute for the usually toxic fossil-based versions that are the building blocks of countless industrial and consumer products.
Our process combines the best of biology and electrochemistry to bypass the limitations of traditional petrochemical and fermentation processes. This allows us to produce chemicals at room temperature using renewable feedstocks, with no toxic byproducts. We produce chemicals that are safe, sustainable, and more cost effective, so they’re better for you and the planet.
We invent
Our breakthrough is the immobilized enzyme complex (IEC). We combine immobilization with novel electron transfer to deliver industrial catalysis.
- Synthetic biology
- Biochemistry
- Enzymology
- Surface chemistry
- Electrochemistry
We build
We scale IEC production and integrate these catalysts into modular, scalable reactors to deliver low carbon chemicals and fuels.
- Hardware engineering
- Reactor design & scale-up
- Stack engineering
- High-throughput manufacturing
- Prototyping
We deploy
We partner with organizations committed to sustainable growth and integrate our systems into supply chains to deliver climate impact at scale.
- Process engineering
- Chemical engineering
- Facilities operation
- Project management
- Project finance
Anodyne Roadmap
Scaling to meet the needs of manufacturers for low carbon products
