Combined Heat and Power (CHP) plants have long served as the backbone of industrial and municipal energy systems. Biomass-fired facilities, in particular, are highly efficient—supplying both electricity and heat to industry and district heating networks. But as the energy landscape evolves, these plants are increasingly underutilized, operating below capacity due to limited or seasonal heat demand. At BioShare, we see this not as a limitation—but as a platform for transformation.

By integrating advanced thermochemical and electrochemical technologies into existing combustion infrastructure, we enable CHP operators to go beyond heat and electricity and begin producing renewable fuels, platform chemicals, and carbon-rich materials. Our solutions make it possible to co-produce synthetic biogas, pyrolysis oil, biochar, hydrogen, and electrofuels—turning existing boiler plants into flexible, high-efficiency biorefineries.

What’s more, with integrated electrochemical routes such as water electrolysis and catalytic conversion, BioShare plants can actively absorb fluctuating electricity prices—producing fuels and molecules when power is abundant and cheap. This positions our customers to turn market volatility into strategic advantage, and to contribute to grid balancing, sector coupling, and energy system resilience.

Europe’s vast network of CHP plants holds immense untapped potential. BioShare provides the technology and expertise to unlock it—redefining these facilities as climate-positive, multi-output hubs that serve not only the energy system, but also transport, industry, and circular material flows. This is more than a retrofit. This is a new era for combustion assets—designed for flexibility, built for impact, and powered by purpose.