Hyperfuel operates an open-access, industrial-scale testing facility that validates emerging clean hydrogen production technologies, including water electrolysis and hydrocarbon pyrolysis systems. By providing essential infrastructure and expert support, Hyperfuel reduces the time from demonstration to commercial deployment by 75% and lowers capital expenditures during the demo phase by 30%.
Funding
Funding not disclosed
Founders
Product
Problem
Scaling clean hydrogen production technologies from laboratory prototypes to commercial deployment is a slow, expensive, and risky process. Startups face challenges in accessing the necessary infrastructure and expertise for technology validation, resulting in delays and increased capital expenditures.
Solution
Hyperfuel operates an open-access, industrial-scale testing facility designed to accelerate the validation and commercialization of emerging clean hydrogen production technologies. The facility provides startups with access to essential infrastructure, including testing bays, a machine shop, laboratories, office space, power, deionized water, and a hydrogen pipeline. In addition to infrastructure, Hyperfuel offers expert program management support, mentorship, workshops, and networking opportunities to help startups navigate development, financial structuring, safety, and regulatory requirements. By providing a collaborative environment and reducing the barriers to technology validation, Hyperfuel aims to fast-track the deployment of clean hydrogen technologies and catalyze emissions reduction.
Target Audience
Hyperfuel's primary customers are clean hydrogen startups focused on water electrolysis and hydrocarbon pyrolysis systems, as well as industrial users seeking streamlined technology scouting and reduced capital-time requirements.
Features
- Small test bays (pilot scale) with a capacity of up to 250kg H2/day, featuring room for H2 skids, HMI interface for utilities, and 3-ton overhead cranes.
- Large test bays (demonstration scale) with a capacity of up to 1500kg H2/day, featuring room for H2 skids, HMI interface for utilities, and 5-ton overhead cranes.
- Utility infrastructure including rectified power, deionized water, dry steam, compressed air, N2 gas, cooling water, and natural gas.
- On-site laboratories including a wet lab, a dry lab for electronics, and a 50kW test bench.
- Gas separation and purification equipment connected to a hydrogen pipeline with 99.9% purity.
- 24/7 monitoring of gas generation and system performance, including key parameters such as production rate and purity of H2, O2, and carbon black, as well as consumption of power and other utilities.
- Safety features including HAZOP risk assessments, automatic electrolyzer shutdown, and pre-alerts for safety thresholds.