Mission Pipeline Organics is delivering a new era of industrial energy with cleaner, cheaper, and dependable renewable power. Our innovative enzymatic fuel cell technology utilises 3D printing and advanced chemistry to generate more energy in a compact design. In fact, the annual energy output of one solar panel can be achieved with a fuel cell the size of brick! GIS Attendance Pipeline Organics is a high-risk, high-reward deeptech venture with a vision to plug the renewable energy gap in the Food and Beverage industry. Filling in where wind and solar could not will require an expanding team of industry experts, academic gurus, European policy influencers and connoisseurs and a willingness to work together towards a greener, more sustainable future through biofuel cells. We are the the Global Innovation summit to meet like-minded organisations who can: Co-apply and work with us on European R&D funds such as the upcoming Eurogia Work Packages, Eurostars or the EIC accelerator; Help map out our funding journey from the our currently closed pre-seed through to Series A; Join us in influencing policymakers, funders and energy giants to adopt and invest in disruptive new biofuel cell technologies for a no-nonsense sustainable energy future.
I am a chemist, researcher and cleantech founder specialising in functional materials, 3D-printed bioelectrodes and bioelectrochemical wastewater treatment. As CSO and Co-Founder of Pipeline Organics, I lead development of a compact, on-site system for food and beverage manufacturers. Its high-surface-area conductive electrodes support electroactive microorganisms that reduce COD; lower treatment-energy demand is an intended secondary benefit.
Pipeline Organics has completed three industrial-wastewater pilot engagements, including one paid pilot. For UK-Singapore CRD 2026, I am seeking an eligible Singapore wastewater engineering company and an F&B demonstration host. I want to co-develop reactor scale-up, treatment-train integration, real-wastewater validation and a commercial route into Singapore and Southeast Asia.
Ideal partners will contribute industrial wastewater engineering and O&M capability, site access and baseline data, and regional commercialisation capability.