Aurora Hydrogen utilizes microwave energy to heat methane in an oxygen-free environment, enabling the production of low-carbon hydrogen and solid carbon through water pyrolysis without direct CO2 emissions. This technology offers a scalable solution for industrial hydrogen demands, significantly reducing operating costs by using 80% less electricity compared to traditional methods.
Funding
$10M 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.
GOFounders
Product
Problem
Many industries that rely on hydrogen fuel face challenges in reducing their carbon emissions due to the high costs and energy consumption associated with traditional hydrogen production methods like electrolysis and steam reforming. These methods often require significant electricity input, carbon capture technologies, or the transportation of hydrogen, leading to increased operational expenses and logistical complexities.
Solution
Aurora Hydrogen offers a solution for on-site, low-carbon hydrogen production using a process that heats methane with microwave energy in an oxygen-free environment. This method, known as methane pyrolysis, produces hydrogen and solid carbon without direct CO2 emissions. By utilizing existing energy infrastructure and proven technology, Aurora Hydrogen enables industries to efficiently produce hydrogen at a lower cost and with significantly reduced electricity consumption compared to alternative methods.
Target Audience
Aurora Hydrogen serves carbon-intensive sectors such as long-distance trucking, off-road vehicles, rail transport, steel manufacturing, chemical production, and long-duration energy storage, providing a low-carbon hydrogen fuel solution to meet industrial demands.
Features
- High-efficiency hydrogen production using microwave-powered methane pyrolysis
- Production of solid carbon as a byproduct, de-risking the carbon product of methane pyrolysis
- Modular plant design for scalable on-site hydrogen production
- Reduced operating costs due to 80% less electricity usage compared to electrolysis
- Elimination of water usage, precious metals, and the need for new pipelines or storage infrastructure
- Compatibility with existing natural gas infrastructure