We currently position BluePlasma Power’s technology at TRL 6–7 for the integrated waste-to-hydrogen-rich-syngas platform, based on pilot and pre-industrial validation of the core conversion chain in a relevant environment. This maturity is not limited to gas generation in isolation. Through LIFE ECOMETHYLAL and related pilot work, the company has already demonstrated the viability of the integrated conversion logic and the compatibility of the platform with downstream upgrading. What remains to be demonstrated is not whether the integrated concept works at all, but its scale-up, long-duration stability, and industrial validation in the specific commercial deployment configuration targeted by the company.
Our strongest measured results today support the core waste-to-hydrogen-rich-syngas step. We report more than 1,000 operating hours across demo pre industrial plants working with different feedstocks. This matters because the central challenge is not a single ideal waste input, but process behavior under heterogeneous and difficult waste conditions.
Across tests carried out with different waste types at feed rates of up to 10 kg/h, syngas generation was in the range of 12–15 Nm³/h, with hydrogen content between 45% and 55%, while solid residuals were also produced as part of the gasification process.
