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Our competences cover all current relevant research and development topics in the field of small scale, as well as medium and large-scale biomass combustion and biomass based combined heat and power production (CHP) systems. The overall aim of the work performed is thereby to substantially contribute to:

• the extension of the resource base for new solid biofuels,
• The development of the next generation of biomass combustion technologies, and
• the development of biomass-CHP systems.

These aims concern both the improvement of existing technologies and he development of new technologies, as well as the research and development of the utilisation of new biomass fuels.

In our work we differentiate between the needs of small-scale biomass combustion technologies [links zB zur entsprechenden Figure] encompassing a more product oriented R&D approach and the needs of medium and large-scale biomass combustion technology [links zB zur entsprechenden Figure] encompassing a more plant engineering approach.

Standardised solid biofuels for small-scale combustion systems
Fuel characterisation and fuel testing regarding their combustion characteristics, national and international fuel standardisation, fuel pre-treatment and fuel logistics

Development of next generation small-scale combustion systems
Novel combustion and control systems for zero emissions, high efficiency combustion and heat provision, primary and secondary measures for emission reduction

Development of novel small and micro-scale combined heat and power (CHP) and combined heat, power and cooling (CHPC) systems
Technology development and optimisation, system integration and system optimisation

Utilisation of new biomass fuels in medium and large-scale combustion plants
Evaluation of potential new biomass fuels, fuel characterisation, fuel standardisation, fuel pre-treatment, fuel blending and utilisation of additives

Further development and improvement of new and existing combustion systems
towards modular systems with high flexibility concerning the utilisation of traditional and new biomass fuels

Development of the next generation plant control systems
Model based control systems as a basis for reduced emissions and higher efficiencies

Development of innovative CHP technologies based on biomass combustion systems
Highly efficient steam cycles and combined cycle technologies