Aternium produces industrial‑grade hydrogen and heavy water using high‑efficiency electrolysis powered by renewable electricity. Its modular plants integrate real‑time digital controls and safety systems to deliver low‑carbon hydrogen directly to large‑scale industrial customers in the Mid‑Atlantic, reducing emissions and production costs.
Funding
$1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Industrial users in the Mid-Atlantic region need large volumes of low‑carbon fuel for processes such as refining, chemicals, and power generation, but existing hydrogen supplies are often expensive, rely on fossil‑based feedstocks, and lack consistent safety and reliability standards.
Solution
Aternium produces industrial-grade hydrogen using renewable electricity, converting water into clean fuel through highly efficient electrolysis facilities. The plants combine advanced digital automation with deep chemical manufacturing expertise to optimize energy use, maintain strict safety controls, and lower production costs. By locating a network of facilities in Delaware and surrounding states, Aternium delivers hydrogen directly to regional customers, supporting carbon‑reduction goals and enhancing energy‑independent infrastructure. The company’s approach enables reliable, on‑demand supply while minimizing emissions associated with traditional hydrogen production.
Target Audience
Primary customers are large‑scale industrial users such as refineries, chemical manufacturers, utilities, and transportation fuel providers in the Mid‑Atlantic seeking low‑carbon hydrogen for process heat, feedstock, or fuel applications.
Features
- High‑efficiency electrolysis modules powered exclusively by renewable electricity
- Integrated digital control system that monitors performance, energy consumption, and safety parameters in real time
- Built‑in safety architecture including leak detection, pressure management, and automated shutdown protocols
- Scalable modular plant design allowing rapid expansion to meet growing industrial demand
- On‑site hydrogen storage and delivery infrastructure compatible with existing pipeline and refueling networks
- Capability to co‑produce heavy water for specialized industrial applications