This company designs, builds, finances, owns, and operates modular green hydrogen and green ammonia production assets on a Gas-as-a-Service model. They utilize proprietary simulation technology and IoT-driven digital twins for optimized plant design and autonomous operations across various industrial sectors. Hygenco focuses on delivering cost-competitive, reliable, and sustainable green molecule solutions for industries like steel, fertilizers, and mobility.
Funding
$25M 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
Many industries require green hydrogen and green ammonia to reduce their carbon footprint, but current production methods are often expensive and lack scalability. Traditional approaches may not be easily adaptable to different project sizes or optimized for real-time operational efficiency.
Solution
Hygenco develops, owns, and operates modular green hydrogen and green ammonia production facilities, offering a cost-effective and scalable solution. The company utilizes proprietary simulation technology and IoT-enabled digital twins for real-time operational optimization, ensuring efficient and reliable production. Hygenco handles the entire process, from design and construction to financing and operation, providing clients with a "Gas-as-a-Service" model where they only pay for the molecules they use. Their modular plant designs are replicable from 1 MW to gigawatt scale, making them suitable for a wide range of applications.
Target Audience
Hygenco serves industries that require green hydrogen or green ammonia, including iron & steel, fertilizers, oil refineries, bulk & specialty chemicals, glass, food, pharma, CGD operators, trunk pipeline operators, cargo trucking fleets, heavy-duty mining equipment, bus transport fleets, marine transport, commercial aviation, and power grids.
Features
- Modular plant designs scalable from 1 MW to gigawatt capacity
- Proprietary simulation technology for plant design optimization
- Autonomous live operations optimization using IoT, digital twins, and machine learning
- Gas-as-a-Service model (pay-per-molecule)
- Technology with proven reliability compared to grey hydrogen production
- High levels of automation and autonomous operations to minimize manual errors
- Process Safety Management as a core engineering design principle