WEBINAR | EPDs for construction products

 

FIS and Recolight have partnered to support their members in creating an environmental product declaration (EPD).

Hear from

  • Max Robson, Environmental Metrics and Training Manager at Recolight,
  • Flavie Lowres  Sustainability Champion at Fittings and Interiors Sector

Max and Flavie will give on overview of EPDs for construction products…..

  • What an EPD is
  • Why it is important to have EPDs
  • How your business can obtain an EPD

The webinar is  free to join, please register.

Date

12 Jun 2025

Time

11:00 am - 12:00 pm

More Info

Register here

Organizer

FIS - Finishes & Interior Sector
FIS - Finishes & Interior Sector
Website
https://www.thefis.org/
Register here

Panelists

  • Flavie Lowres
    Flavie Lowres
    Sustainability Champion, Fittings and Interiors Sector

    Flavie has a PhD in Materials and Metallurgy Science and Engineering from the University of Birmingham. She joined BRE in June 2003, chairs the Construction Materials Group and is a Fellow of the Institute of Materials, Minerals and Mining. Flavie spent 18 years at BRE where she was an Associate Director responsible for running the LCA and circular economy section of the team. She has been working in the field of materials sustainability since 2007 and has been involved in a number of UK and international projects related to sustainability in the built environment.

  • Max Robson PhD
    Max Robson PhD
    Environmental Metrics and Training Manager

    Max joined Recolight in June 2024 to head up Recolight’s LCA and EPD service.
    Max has previously worked for as a Science and Research Consultant for ERM: Environmental Resources Management in the Product Sustainability and Regulatory Affairs team, based in the UK.
    Here he undertook projects for private and public companies regarding the sustainability of products and services. Including carbon impact assessment of products and technologies/services.
    Max was awarded a PhD in Chemistry in 2024 from the University of Bath. He worked on the fabrication of thin film semiconducting metal chalcogenides, primarily using chemical vapour deposition techniques.

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