Hydrogen Prospect delivers fully integrated renewable hydrogen solutions for heavy‑industry users, designing, constructing, and operating modular PEM electrolysis plants powered by on‑site wind/solar and battery storage, coupled with underground salt‑cavern storage for seasonal buffering. The company offers flexible commercial models such as hydrogen‑as‑a‑service and leasing, providing predictable, cost‑competitive green hydrogen without upfront capital expenditure.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial decarbonization is hindered by the high capital cost, operational complexity, and supply uncertainty of renewable hydrogen projects. Existing solutions often require multiple contractors, fragmented contracts, and lack integrated storage, making large‑scale adoption financially and technically risky.
Solution
Hydrogen Prospect delivers a fully integrated, end‑to‑end renewable hydrogen value chain that removes these barriers. The company designs, builds, and operates modular electrolysis plants powered by on‑site renewable generation and paired with battery energy storage to smooth intermittency. Underground hydrogen storage in salt caverns provides seasonal buffering and guarantees molecule delivery. Flexible commercial structures—including Hydrogen‑as‑a‑Service, leasing/tolling, and SPV joint ventures—allow industrial partners to secure zero‑CAPEX supply contracts while optimizing CAPEX/OPEX. By consolidating development, financing, construction, and long‑term operation under a single accountable entity, Hydrogen Prospect ensures predictable performance, cost parity with grey hydrogen, and rapid scalability for heavy‑industry customers.
Target Audience
Primary customers are heavy‑industry users such as steelmakers, chemical producers, and refineries that require reliable, large‑scale green hydrogen for process decarbonization, as well as ESG‑focused investors seeking bankable renewable energy infrastructure.
Features
- High‑efficiency PEM electrolysis modules with modular capacity ranging from 5 MW to 150 MW for phased deployment
- Direct integration of on‑site wind/solar assets and Battery Energy Storage Systems (BESS) to manage renewable intermittency and improve capacity factor
- Salt‑cavern underground hydrogen storage (UHS) delivering multi‑seasonal buffer and low‑cost, low‑loss storage at scale
- Real‑time digital twin and AI‑driven performance monitoring for predictive maintenance, redundancy management, and OPEX optimization
- Bankable Special Purpose Vehicle (SPV) structuring with clear equity allocation, enabling institutional investors to fund projects with transparent risk profiles
- Flexible commercial models: Hydrogen‑as‑a‑Service (zero‑CAPEX offtake), leasing/tolling of production capacity, and joint‑venture equity partnerships
- End‑to‑end project lifecycle management—from permitting and grid interconnection to commissioning, operation, and long‑term optimization
- Compliance‑first design adhering to IEC 62282‑3 standards, with built‑in safety systems and remote diagnostics