Planning of biomass heat generation, combined heat and power (CHP) generation and combined heat, cooling and power (CHCP) generation plants
Planning of waste heat utilisation plants
Energy engineering solutions for industry
Planning and development of biogas plants under special consideration of a suitable process for the biogas utilisation (gas engine, fuel cell, liquid fuel for vehicles, feed into a gas grid)
Planning of pellets production plants
Planning and development of biomass gasification plants with consideration of an optimised heat recovery for power production
Planning of vegetable oil combustion plants (block heat and power plants) with downstream exhaust gas heat utilisation and optimised power generation (using the ORC process)
Planning of district heating networks
Design of special units for biomass combustion plants
Planning of cooling plants and cooling supply systems
Development of energy concepts and efficiency improving measures
Optimisation of existing plants
Application, management and support of national and international R&D and demonstration projects
Fuel characterisation and fuel specific technology development
Development of biomass combustion plants
Small-scale combustion systems
Medium and large-scale combustion systems
Emission reduction
Development of process control concepts for biomass combustion plants
Development of new and innovative combined heat and power technologies
Ash related problems in biomass combustion plants
Development of biogas plants
Development of biomass gasification plants
Performance and evaluation of test runs
What is CFD?
Basic principles and general conditions
Goals of CFD-aided plant development
Advantages of CFD-based plant design
Services of BIOS BIOENERGIESYSTEME GmbH
Quality management for biomass heating plants (”QM Holzheizwerke”)
Aims of ”QM Holzheizwerke”
Quality management expertise at BIOS
Plant monitoring
Ash Utilisation
Expertises
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