SKYRE Revolutionizing Hydrogen Recovery: A Cost-Effective Solution for Industrial and Transportation Applications
Key Ideas
- SKYRE's H2RENEW™ technology presents a cost-effective hydrogen recovery solution with potential widespread deployment.
- The collaboration with a Texas research institute aims to enhance hydrogen utilization economics and strengthen natural gas infrastructure.
- The technology's versatility spans applications in semiconductor fabrication, metals heat-treating, and helium separation for rocket launches.
- Testing the system with real natural gas and impurities will evaluate its performance, efficiency, and scalability in practical conditions.
SKYRE, a leading provider of hydrogen recovery solutions, is making strides with its H2RENEW™ technology. Partnering with a prominent Texas research institute, SKYRE has shipped its electrochemical hydrogen separation system to extract and purify hydrogen from natural gas pipelines. This collaboration is pivotal in enhancing hydrogen utilization economics and fortifying natural gas infrastructure. The technology's versatility extends to various applications, including semiconductor fabrication, metals heat-treating furnaces, and helium separation for rocket launches. With a focus on extracting hydrogen from natural gas pipelines for industrial and transportation uses, SKYRE aims to prove commercial viability and optimize performance for widespread deployment. The upcoming tests with real natural gas, blended with varying hydrogen concentrations and impurities like mercaptans and hydrogen sulfide, will provide insights into the system's efficiency and scalability in practical settings. By refining system inputs, outputs, and integration strategies, SKYRE strives to unlock the full potential of hydrogen in natural gas pipelines to support applications like vehicle fueling, industrial processing, and power-to-gas initiatives.