Productcarbonfootprintformanufacturing

Ricardo y Lucía Mosquera · · 45 min
Carbon FootprintSupply ChainSustainabilityISO

How to calculate your product carbon footprint, respond to clients and certify per ISO 14067. Real cases from manufacturing.

What you will learn

  • Why more and more clients demand the carbon footprint per product, from automotive to chemicals, packaging or industrial machinery
  • How to build reusable life cycle assessments (LCA): formulas that build on each other and automatic emission factors
  • How to identify where the largest impacts in your products lie and make real decisions (switch supplier, substitute materials, optimize transport)
  • From the Excel template to an automated system: how to go from answering requests one by one to having the PCF ready for any client
  • Live demo: calculating a product carbon footprint, hotspot analysis and certifiable report generation

Who is it for

  • Sustainability managers at manufacturing companies (chemicals, electronics, packaging, automotive, machinery)
  • Quality and compliance managers handling environmental data requests from clients
  • Production directors responsible for energy and emissions data at manufacturing plants
  • CEOs and executives at industrial companies who want to turn carbon footprint into a competitive advantage

Agenda

  • The context: why product carbon footprint has gone from a nice-to-have to a commercial requirement in manufacturing
  • Real cases: how manufacturing companies have uncovered hidden impacts, changed purchasing decisions and certified their products with ISO 14067
  • The solution: how to centralize production data, automate PCF calculation and create reusable workflows to respond to any client
  • From chaos to certification: building a repeatable workflow that turns messy requests into certified, auditable responses
  • Live demo: end-to-end PCF calculation, hotspot analysis and what-if scenario modeling

See it with your own data.

Thirty minutes with our team. We show you how your data would come in, and what you would get out.

See Dcycle in action