RESEARCH &
TECHNOLOGY
DEVELOPMENT
RESEARCH &
TECHNOLOGY
DEVELOPMENT
As a long established player in the renewable energy sector we are, at last, witnessing the levels of growth and commitment to clean energy that we could only dream of in 1992.
B9 Technologies Limited is the R&D partner of B9 Energy Storage Limited, a project developer of Power-to-X technologies. The company was recently incorporated in 2022 and is based in Larne, N.Ireland.
We can create the perfect research and development team to support your aspirations and explorations into how renewable energy can improve your bottom line and everyone’s standard of living.
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Over the years we’ve accumulated a lot of experiences in developing renewable energy projects, we’ve met a lot of people, lobbied a lot of government departments, engaged with multiple Academic partners, both Universities and Colleges and we are constantly exploring the new frontiers in renewable development.
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B9 Technologies are currently developing a novel Flow-field Electrolyser to provide affordable electrolysis made possible by the use of 3-D printing techniques, low-cost,readily available materials and electrochemical compression techniques.
The development of a low-CAPEX electrolysis system will play a vital role in reducing the production cost of green hydrogen.
SMART-DAC Sustainable Membrane Absorption & Regeneration Technology for Direct Air Capture
Led by CO2CirculAir based in the Netherlands, alongside partners NZTC, Heriot-Watt University Research Centre for Carbon Solutions, Process Design Center, Optimus & B9.
The project will investigate the development of a cost-effective process for capture of CO₂ from air, based on membrane technology. The initial phase of the project is for a pilot plant to capture 100 tonne CO2 a year.
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B9 have secured funding from Net Zero Technology Centre in Aberdeen, to develop and deploy a suitable electrolyser system that utilises seawater for CO2 capture on distributed facilities in a marine environment, in addition to producing green hydrogen.
The innovation features a modular approach utilising a standard modular plant design to minimise the risk of large-scale deployment.
This project will be a joint undertaking with B9 and the University of Glasgow, where the School of Chemistry will conduct core applied research to rapidly screen alternative electrolyte solutions and electrode materials.
