Media coverage
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Media coverage
Title *HII Demonstration Project* Degree of recognition International Media name/outlet Linkedin Media type Web Country/Territory United Kingdom Date 22/04/25 Description We're proud to share the success of our ground-breaking HII Demonstration - developed in collaboration with researchers led by Hyungwoong Ahn from the The University of Edinburgh - which showcases our novel Rising Pressure Reformer (RiPR) technology and integrated Pressure Swing Adsorption (PSA) system.
This demonstration proved that we can convert biogenic material into clean, carbon-negative hydrogen, while capturing carbon dioxide in the process. The result? A high-calorific blend of methane and hydrogen - ideal for use in blended gas grids, internal combustion engines or turbines, offering a flexible fuel for the energy transition.
This milestone would not have been possible without the support of our partners! Huge thanks to the Hydrogen Innovation Initiative for enabling this demonstration project, and to Ash Gifford and Amit Mistry at Connected Places Catapult for their tireless support and project management throughout the year.
We're also deeply grateful to Dr Aleksandra Marcinek from CarboTech Group for the generous donation of over 5kg of activated carbon adsorbent - essential for selecting the right materials for carbon dioxide, methane, and hydrogen selectivity.
And a special shout-out to Peter Mee, chemical engineering student from Imperial College London whose summer internship contribution was instrumental in the design and build of the PSA system at our site.
Discover more about this innovative approach to carbon-negative hydrogen: Report & video https://lnkd.in/egD7sEYZ
hashtag#WildHydrogen hashtag#CleanTech hashtag#CarbonNegativePersons Hyungwoong Ahn Title Wild Hydrogen: Demonstration of a novel pressure swing absorption process for syngas separation Degree of recognition National Media name/outlet Hydrogen Innvation Initiative Media type Web Country/Territory United Kingdom Date 8/04/25 Description Wild Hydrogen aims to produce affordable, carbon-negative hydrogen using its RiPR technology to convert any biogenic material into clear hydrogen, while removing carbon from the atmosphere. Working closely with researchers from the University of Edinburgh, the demonstration will integrate a Pressure Swing Adsorption (PSA) system to help purify produced synthesis gas, which will enable removal and capture of carbon dioxide, leaving a high-calorific gas comprised of methane and hydrogen. The demonstration will prove whether PSA is compatible with the produced gases, while also demonstrating the provision of a transition fuel applicable to hydrogen blended gas grid applications, internal combustion engines, or gas turbines. Persons Hyungwoong Ahn Title *Wild Hydrogen - Pressure Swing Adsorption System* Degree of recognition International Media name/outlet Linkedin Media type Web Country/Territory United Kingdom Date 1/04/25 Description At Wild Hydrogen, we’re committed to producing affordable, carbon-negative hydrogen by converting biogenic material into clean fuels while actively removing carbon from the atmosphere.
With support from the Hydrogen Innovation Initiative End-to-End Demonstration Programme, we’re integrating a Pressure Swing Adsorption (PSA) system into our RiPR technology in collaboration with researchers from the The University of Edinburgh (Hyungwoong Ahn). This demonstration will help:
🔹Purify synthesis gas and capture carbon dioxide
🔹Produce high-calorific gas rich in hydrogen and methane
🔹Enable transition fuel applications, including hydrogen-blended gas grids, internal combustion engines, and gas turbines.
Technology demonstrations like this are vital for showcasing emerging innovations, proving feasibility, refining performance, and accelerating industry adoption. The insights gained will help build market confidence, attract investment, and support the scaling of clean hydrogen solutions.
This is a crucial step in our mission to drive clean energy innovation and real-world impact. Stay tuned as we push the boundaries of decarbonisation.
The future is clear: https://lnkd.in/egD7sEYZ
hashtag#WildHydrogen hashtag#CleanTech hashtag#CarbonnegativeFuels hashtag#CarbonCapture hashtag#PressureSwingAdsorption hashtag#HydrogenWeek
Connected Places Catapult Offshore Renewable Energy CatapultPersons Hyungwoong Ahn