Background Biomass is an important source of renewable energy and in Poland the technical potential of biomass is estimated at 408-755 PJ/yr. Some 80% of Poland’s biomass is in solid form and the other 20% is found in liquid states. Whilst biomass energy production from direct forest harvests is expected to reduce in Poland, scope still exists to produce renewable energy from ‘waste’ biomass products. Care is needed during such energy conversion processes to avoid pollution risks caused by possibly harmful elements in the waste biomass. Technology is therefore required that is able to safely use waste biomass as a source of renewable energy. One option for this is ‘micronisation’ technology which involves using specially designed rotating rotors to exert sufficiently high levels of force so as to break up waste biomass into molecular material. Such technology already exists and has been applied, for example, in food processing. The technology has not however been transferred to, nor tested at, an operational level in the biomass sector and so no ready-made equipment for this purpose currently exists. Objectives The main objective of the 'MORENERGY' project is to demonstrate an innovative technology using ‘micronisation’ methods for generating pollutant-free energy from waste biomass. A full-scale prototype demonstration installation will be designed and built to test and document the performance of ‘micronisation’ techniques in biomass energy production under different operational parameters. Economic and environmental performance will be monitored and used to inform an awareness raising campaign aimed at promoting the technology’s market uptake. Long-term legacies from the project are expected to contribute to climate action targets at national, EU and global levels. Expected results: The main anticipated project results relate to validation of the new technology on a commercial-scale and raising awareness about the benefits of such technology among targeted stakeholders. More specifically the project will: Create and launch a Prototype of Demonstration Installation; Produce an Environmental Impact Statement, taking into account the technology’s environmental impact; Produce an energy balance report, taking into account the energy needs of the technological process; Produce an economic assessment, taking into account the economic viability of technology; and Carry out 10 demonstration events which explain the technology’s operations and prospects for reducing the EU dependency on fossil fuels.