Sustainability and life cycle analysis on solid biomass

Our experts carry out life cycle analyses on solid and liquid biomass, including chemical, physical, and ash analyses. In addition, ENGIE Laborelec has developed a certification procedure to assess solid biomass sustainability and ensure its traceability. 

Helping optimize biomass (co-)firing and handling

Biomass is a key resource for renewable energy generation. Based on our growing biomass expertise, we assist business developers, power plant operators, and biomass procurement managers in optimally managing all aspects of biomass (co-)firing and in minimizing any undesirable effect. We provide neutral advice and recommendations during each stage of development and operation.

Expert advice during power plant biomass fuel selection

We help determine the best fuel mix for a power plant’s specific operational environment. This is done through extensive chemical and physical analyses carried out in our laboratory, which is fully compliant with the latest CEN standards for biomass analyses. Among the biomass fuels covered are:

  • Wood pellets
  • Wood chips
  • Agro-biomass fuels
  • Black (torrefied) pellets

  • Laborelec is also very active in standardizing conditions for industrial wood pellet trading in Europe. In that regard, we are head of the Initiative Wood Pellet Buyers (IWPB).

    List of solid biofuel analyses - biomass analyses

    • Moisture content – EN 14774-1 : 2010
    • Pellet durability – EN 15210-1 : 2009
    • Bulk density – EN 15103 : 2009
    • Particle size distribution – EN 15149 : 2010
    • Calorific value – EN 14918 : 2009
    • Volatile content – EN 15148 : 2009
    • Particle size distribution – EN 15149 : 2010
    • CHN – EN 15104 : 2011
    • Chlorine & fluorine content – EN 15289 : 2011
    • Sulphur content - EN 15289 : 2011
    • Minor & trace elements - EN 15297 : 2011
    • Ash content - EN 14775 : 2009
    • Major elements - EN 15290 : 2011
    • Ash melting behaviour - CEN/TS 15370-1 : 2006

    Enhancing biomass handling and storage

    Handling biomass involves a number of key aspects:

  • Conveying
  • Storage in silos and warehouses
  • Drying
  • Milling

  • We perform hazard and operability (HAZOP) studies integrating health and safety analyses. These cover fire and explosion risks, and also integrate ATEX regulations.

    Recommendations on biomass conversion technologies

    We provide plant operators with unbiased recommendations on conversion technologies such as:

  • Boilers: pulverized fuel, fluidized bed, or grate boilers
  • Gasification units: fixed and fluidized beds
  • Pyrolysis and torrefaction
  • Anaerobic digestion and biogas treatment
  • Optimizing emissions and combustion of biomass plants

    Laborelec has extensive knowledge in helping biomass (co-)fired power plants optimize combustion and minimize emissions.

    Get in touch

    Would you like to know more? Don’t hesitate, send us an e-mail or use our contact form.