Overview
Fo-Pro is a novel green hydrogen generation technology that uses waste and freshwater in combination with specially developed catalysts to produce hydrogen through a clean, ambient-temperature chemical process. Unlike traditional methods that rely on hydrocarbon fuels or high-pressure systems, Fo-Pro requires no extreme conditions, produces no atmospheric pollutants, and operates silently. The process is designed to work in diverse environments, including decentralized or residential setups, and represents a flexible, highly scalable solution for green hydrogen production with zero emissions. The catalyst and process are currently undergoing final development and patenting; a working prototype is in progress and will be followed by independent lab tests and certifications.
Applications
Industrial-scale hydrogen plants using municipal or industrial waste; compact household units the size of a fridge for residential hydrogen generation; local energy generation via combustion in hydrogen boilers or generators.
Operating Principle
Sorted waste and freshwater react in the presence of a proprietary catalyst at ambient temperature and pressure, releasing hydrogen without hydrocarbon fuels or high-pressure systems. Hydrogen is purified by standard membrane separation. Water is a recyclable byproduct reusable across multiple cycles. The process produces no atmospheric pollutants and operates silently.
Key Parameters
| Parameter | Value |
|—|—|
| Input materials | Sorted waste + freshwater |
| Hydrogen yield | ~300 g, or 3.37 m³ H₂, per 1 m³ of waste |
| Energy consumption | ~0.125 kWh/kg H₂ (est.) |
| Operating conditions | Ambient temperature and pressure |
| Catalyst | Proprietary (under patenting) |
| Hydrogen purification | Standard membrane separation |
| Byproducts | Recyclable water (reusable in multiple cycles) |
Architecture and Components
Reaction vessel operating at ambient temperature and pressure with proprietary catalyst; sorted-waste and freshwater feed; standard membrane separation stage for hydrogen purification; water recycling loop. Scalable from industrial plants to fridge-sized household units.
Advantages
No extreme temperature or pressure conditions. No hydrocarbon fuels. No atmospheric pollutants; zero emissions. Silent operation. Works in diverse environments including decentralized and residential setups. Highly scalable. Water byproduct is recyclable across multiple cycles.
Integrations
Green Hydrogen · Membrane Separation · Waste-to-Energy · Distributed Energy Systems
Deployment & Operation
Deployable as industrial-scale plants processing municipal or industrial waste, or as compact household units the size of a fridge. Working prototype in progress, to be followed by independent lab tests and certifications.
TRL
TRL 4–5 — Process validated in lab environment; prototype under development.
Market Potential
[требует уточнения из базы]
Typical Project Economics
CAPEX и OPEX по проекту не ведём — считаются под конкретную площадку.
Risk Factors
Catalyst and process still under final development and patenting; independent lab tests and certifications not yet completed.
Related Technologies
Green Hydrogen · Membrane Separation · Waste-to-Energy · Distributed Energy Systems