We convert your industrial sulfide-rich waste directly into
clean hydrogen fuel.
Waste In. Fuel Out.
Every major industry produces hydrogen sulfide with no good answer; while the world simultaneously struggles to produce clean hydrogen at scale.
Hydrogen sulfide is one of the world’s most toxic and corrosive industrial gases. Oil & gas, agriculture, pulp & paper, shipbuilding, and defence manufacturing all produce it continuously and are legally required to manage it at significant ongoing cost. Current methods destroy H₂S using chemicals, generate hazardous sludge, and recover nothing.
The world urgently needs clean hydrogen. But every existing method is either environmentally damaging, prohibitively expensive, or dependent on massive new infrastructure.
Our modular, IoT-enabled photobioreactor uses Purple Sulfur Bacteria and induced anaerobic photosynthesis to convert hydrogen sulfide waste streams into clean hydrogen gas and elemental sulfur. Deployable directly into existing industrial infrastructure.
INDUCED ANAEROBIC PHOTOSYNTHESIS · BIOLOGICAL GAS CONVERSION · IoT PROCESS CONTROL
Our work is grounded in third-party validated research. Below are our published studies, technical reports, and pitch materials.
Our comprehensive pitch deck covers the full opportunity: the two problems, our biological solution, market sizing, go-to-market strategy, traction to date, and the team behind it. Available for investors, grant committees, and strategic partners.
H₂S waste management is a mandatory spend across every major industrial sector. Biohydrogen is the world’s fastest-growing clean energy category. Our platform sits at the intersection of both.
Leads company strategy, fundraising, and partner development. Leads IoT and bioreactor design teams.
Leads all bacterial development, bacterial strain research, biological engineering, and research partnerships.
We’re looking for industrial partners, research collaborators, investors, and grant partners. Let’s talk.