introducing: htme

Waste to hydrogen to hydrocarbons, fast.

A novel advanced fermentation technology leveraging microbial electrolysis, hyperthermophiles, and synthetic biology to crack organic substrates into sustainable value chemicals.

Choose the right solution for your bioprocess needs.

Our proprietary hyper-thermostable fermentation solutions integrate flexibly into your existing process, from drop-in process improvements to large-scale implementation of HTME.

Digestate reprocessing solutions

containerized and drop-in compatible

Post-processing of effluent into H2, CO2, and acetate
Supports syntrophic and acetoclastic methanogenesis
Eliminates pathogens to produce Class-A biosolids
Drop-in compatible behind existing anaerobic digesters

Standalone bioreactor solutions

end-to-end value generation at 100x speed

Complete gasification of biomass into H2 and CO2
Supports co-located production of SAF, methanol, etc.
Tolerant to high concentrations of cellulosic biomass
Retrofit into existing or new anaerobic digesters

Come work with us.

Integrated Dynamics is currently seeking driven synthetic biologists, fermentation specialists, and microbial electrochemists to join our team. We're an obligately multi-diciplinary team that values initiative, competence, and curiosity. Let's change the world.

Synthetic Biologist

Make microbes do what we want.

  • Work hands-on with non-model, hyperthermophilic microbes
  • Design de-novo thermostable enzymes and plasmids
  • Identify and implement novel metabolic pathways

Fermentation Specialist

Revolutionize precision fermentation.

  • Design and implement FOAK anaerobic digestion hardware
  • Optimize HTME for scaling with diverse feedstocks
  • Model and execute non-standard fermentation experiments

Microbial Electrochemist

Add electricity into the mix.

  • Implement FOAK hyperthermostable MFCs/MECs
  • Develop models for electroactive metabolic pathways
  • Design exeoelectrogen-compatible hardware