Starting with the the vision of creating a technology company offering products & services that will help address climate change, we have decided to focus on residual biomass utilization for small-scale energy generation. This led to the development of the BIO2CHP unit, a power production set that allows the complete use of raw materials throughout the production process cycle of agro-food SMEs, utilizing solid organic residues for the on-site heat & power production.

The technology is based on long basic & applied research that took place at the Aristotle University of Thessaloniki, Greece, aiming at exploring the potential of using methods & techniques applied in the exhaust gas after-treatment of automotive diesel engines, to "clean" the product of biomass gasification, i.e. syngas. Results demonstrated a promising potential for surpassing technical constraints & limitations of conventional gasification based co-generation plants, mainly regarding their use for small-scale energy recovery of residual biomass. Until today - tens of years after the first applications of the biomass gasification technology - the term biomass, when used with reference to energy production, is limited to specific types of wood and/or wood processing residues, or strongly pre-treated residual biomass mixtures. This comes from limitations of conventional gasification & gas treatment technology, in relation to the quality of the produced syngas, highlighting the need of carefully processing the biomass before using it as a fuel. BIO2CHP technology & research background allowed the development of a comprehensive solution that responds to the up-to-date limitations, allows the minimization of the required pre-treatment of residual biomass & its "direct" use as a fuel for energy production, be it wood residues and/or more "demanding" feedstock, such as grape marcs, coffee grounds, etc.

Today, BIO2CHP's value proposition aims at covering the whole range of biomass production & its use for energy production, starting at the outlet of the production process, its storage & processing, its use for energy generation, the energy production management, etc. All with a particular emphasis on minimizing the required interventions in both the existing infrastructure & customer's facilities, during the installation phase, as well as the required interventions by the user, during the operation phase. Waste management costs are converted into additional revenue, improving profitability & giving a clear competitive advantage, upgrading the environmental image of the end user, through a simple, integrated, autonomous & problem-free process, absolutely friendly & rewarding to the visionary & pioneer producer & the environment.