• Design of complete bio-energy systems from feedstock reception to heat and power generation.  This includes detailed chemical engineering, mechanical engineering and process design of unit operations, mass and energy balances and environmental compliance, 
• Organisation and evaluation of biomass and waste feedstock testing by pyrolysis, gasification and combustion at lab scale or on commercial systems.,
• Technology surveys, reviews and feasibility studies of thermal conversion processes for energy, chemicals and derived products,
• Due diligence of thermal conversion technologies and advice on best available technology to suit the clients application, 
• Techno-economic modeling and evaluation of complete thermochemical conversion systems, 
• Market evaluation of the opportunities for renewable products and technologies, 
• Advice on environmental legislation, project authorisation and compliance with emissions. We have worked on Integrated Pollution Control [IPC], Integrated Pollution Prevention and Control [IPPC], the Large Combustion Plant Directive [LCP] and the Waste Incineration Directive [WID ]for combustion, gasification and pyrolysis plants.
• Sourcing of R&D funding from public sources.

Examples of all of the above may be found on our projects page.  Although the main strength of CARE Ltd. is in thermal conversion, we have a comprehensive knowledge base and extensive world-wide contacts which allows considerable flexibility in the application of our capabilities to the whole bio-energy area and beyond [e.g. alternative renewable fuels, renewable products from biomass]. This is particularly relevant in technology selection, techno-economic evaluation and environmental assessment areas.

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