Recolight LCA and EPD training workshop 150x150

LCA & EPD WORKSHOP

Are you a manufacturer looking to gain a deeper understanding of environmental metrics?
Join us for an in-depth workshop on Life Cycle Assessments (LCA) and Environmental Product Declarations (EPD), tailored specifically for lighting products.

THE DETAILS

Roundtable environment for a maximum of 12 delegates; giving the opportunity for full interaction, feedback, and questions for each topic.

LEARNING OBJECTIVES

This workshop will equip you with the knowledge and tools needed to meet growing environmental regulations and customer demands for transparency in product sustainability.

  • Hands-on luminaire case studies,
  • demonstrations of LCA software,
  • how to minimise costs using product families,
  • how to speed up the LCA and EPD process,
  • sources of data when a component supplier does not respond to requests.

Location: Business Design Centre, Islington
Date: 27th November 2024

COST

Recolight Producer Member
£225 + VAT

Non Recolight members
£370 + VAT

Refreshments & lunch included in cost

WHO SHOULD ATTEND?

  • Manufacturers
  • Sustainability officers
  • Product developers
  • Anyone involved in product life cycle management and environmental reporting.

Date

27 Nov 2024

Time

10:00 am - 4:00 pm

Location

Business Design Centre
52 Upper St, Islington London N1 0QH

Organizer

Recolight
READ MORE AND BOOK YOUR PLACE

Panelist

  • 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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