The Technology

Inspired by nature, adapted by science

Input and Outputs

Of Anodyne’s Enzymatic Electrolysis process

Anodyne Chemistries Process Diagram

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

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

Anodyne Chemistries Roadmap Diagram
Anodyne Chemistries Roadmap Diagram

See the Industires we work with