H2SITE - Onsite Hydrogen Production and Refuelling Systems
Energy-intensive industries require innovative fuels to lower their CO2 emissions. Ammonia cracking based on integrated reactors offers a promising solution to emissions reduction.
Industrial energy consumption accounts for over 24% of global CO2 emissions. Notable sectors responsible for emissions are glass manufacturing, steel production, and sustainable aviation fuel production, among others. Additionally, these industries frequently incorporate assets such as fuel-cell-powered vehicles, which require the reconversion of hydrogen power from ammonia and various feedstocks, necessitating the refuelling of hydrogen stations.
H2SITE technology is highly versatile, enabling its implementation across a wide range of processes with ease. Its membrane reactors are designed to produce hydrogen power from diverse heat sources, including electricity, ammonia, or process steam, thereby maximizing the conversion of ammonia to hydrogen. This adaptability ensures that ammonia cracking systems can be precisely tailored to meet the specific needs of industrial clients.
Refuelling hydrogen stations
Refuelling hydrogen integrates ammonia reaction and high-purity hydrogen separation in a single step, eliminating the need for additional separation technologies. Thanks to hydrogen filling stations, hydrogen fill achieves maximum reconversion efficiency and reduces emissions green hydrogen with a minimal footprint.
Hydrogen supply needs
By substituting the logistics of bottled hydrogen with liquid ammonia storage, on-site hydrogen production not only reduces emissions green hydrogen but also renders hydrogen power costs more competitive.
Industrial equipment
On-site ammonia crackers efficiently decarbonize energy by converting ammonia to hydrogen power for use in boilers and generators, benefiting sectors like glass and steel production.
Off-grid systems
Ammonia crackers convert ammonia to high-purity hydrogen, which then powers fuel cells for electricity generation. This system offers a CO2-free alternative to traditional fossil-fuel-based solutions.
H2SITE’s technology efficiently produces and separates hydrogen in one step, reducing ammonia use and lowering costs across applications, from refuelling hydrogen stations to industrial equipment uses.