For The Decarbonisation of Industrial Heat
Low-cost, Low-carbon, Reliable, Onsite hydrogen production.
By creating a technology for on-site hydrogen production we are enabling industrial users to decarbonise energy intensive processes.
Our 100% electrically powered VOLTA reactor produces hydrogen and high purity solid carbon from natural gas, eliminating onsite carbon dioxide emissions.
Low Carbon Hydrogen to Fuel Industry
Low-carbon, On-site hydrogen
Innovative On-Site Hydrogen Production
Our advanced reactor technology brings hydrogen production directly to your site.
Our electrically powered reactors utilise the existing natural gas infrastructure and convert methane into low-carbon hydrogen and high-purity solid carbon. This process seamlessly replaces natural gas in your heating systems, enabling existing processes to stay on-line while effectively eliminating carbon emissions. The solid carbon by-product is collected and can be stored, sold or repurposed for a range industrial applications, ensuring maximum resource utilisation.
Driving the Future of Low-Carbon Energy
As global industries seek pathways to decarbonisation, at Volta Hydrogen we stand for delivering solutions that meet the rigorous demands of modern industry. Our innovative approach not only addresses the challenges of carbon reduction but also aligns with the economic and operational needs of industrial-scale energy users.
About Us
Volta Hydrogen has been founded to accelerate the deployment of innovative methane pyrolysis technology, Volta Hydrogen is built on over 50 years of research and expertise in high-efficiency electrified heating systems. Our team of skilled engineers provide us with the resources and facilities needed to develop and scale-up our technology, driving us towards a more sustainable future for industry.
Our cutting edge technology enables the production of low carbon hydrogen on site, transforming the availability and affordability of hydrogen for industrial users. Using electricity, our system converts methane from natural gas or biomethane into clean hydrogen and solid carbon, offering a cost-effective solution for large energy users to eliminate CO2 emissions without the need for new infrastructure or changes to existing manufacturing equipment.