Wild Hydrogen, a UK-based start-up, is on a mission to revolutionize the way hydrogen is produced by introducing a carbon-negative approach through biomass gasification. Unlike traditional methods that generate 'grey hydrogen' with high CO2 emissions, Wild Hydrogen's innovative reactor design allows for the capture of atmospheric CO2 during the gasification process, potentially making the production carbon-negative. By collaborating with Cranfield University and Helical Energy, the company has made significant advancements in making the process economically viable. They have achieved this by minimizing feedstock processing, reducing heating costs, and using readily-available materials that eliminate the need for scarce resources. Wild Hydrogen has been actively developing prototypes of their reactor, demonstrating its compatibility with various biomass sources, including bioenergy crops and waste products like oversized compost and waste plastic. To ensure the purity of their hydrogen gas and optimize the production process, the company relies on Shimadzu GCMS for comprehensive analytical insights. Beyond hydrogen purity, Wild Hydrogen is also focused on understanding and reusing the solid biochar and liquid bio-oil byproducts generated during the gasification process. This circular approach aligns with their vision of creating a sustainable and efficient hydrogen production system. By spearheading the concept of 'Clear Hydrogen,' Wild Hydrogen is not only addressing current challenges in the hydrogen market but also contributing to a cleaner and more sustainable energy landscape.