H24US has proved its advanced polymer membrane technology performance in selecting hydrogen from other gases with very high throughput.
The H24US process, called H2PrimeEnergy, uses certain specialized materials and proprietary processing steps.
Blending hydrogen into the existing natural gas infrastructure has national and regional benefits for energy storage, resiliency, and emissions reductions. Hydrogen produced from renewable, nuclear, or other resources can be injected into natural gas pipelines with the blend used by conventional natural gas customers to generate power and heat.
H24US produces a low cost, high performance membrane for separating hydrogen from multicomponent gas streams. These inexpensive membranes can be used for splitting hydrogen from other gases, and for hydrogen purification. This technology will facilitate hydrogen distribution via existing infrastructure by inserting low concentrations of hydrogen to natural gas in existing pipelines and then using H2PrimeEnergy units for deblending the hydrogen at the customers’ site.
“The new technology has created a cost-effective solution for selecting hydrogen out of gas mixtures that are produced from multiple sources. The H24US membrane does not use expensive precious metals in its manufacture. H2PrimeEnergy technology is a key to overcoming excessive cost issues now blocking acceptance of green hydrogen as the future of clean, zero carbon energy.”
President Mike Rocke.
H24US has filed for two US patents on its technology and has been self-funded by the founders since inception. It is currently seeking additional investment/partners to build out the company’s hydrogen membrane and hardware production volume manufacturing.
