Evaluation of the environmental impact of a plastic sprayer through life cycle assessment: an industrial case study

HIGHLIGHTS

SUMMARY

    2021). As it is possible to observe from Fig 4, the contribution of the electricity consumption to the overall environmental impact of this sprayer is decreased of around 40% in several categories (AP, EP, GWP, PCO, AD-FF, ODP), around 20% in WS and 10% in AD-E. Interestingly, the decrease in electricity contribution for manufacturing reveals that the transport operations of the raw materials to the production plant become the main contributors to the environmental impact of the core stage. It should be also noticed that, in the upstream stage, the role of . . .

     

    Logo ScioWire Beta black

    If you want to have access to all the content you need to log in!

    Thanks :)

    If you don't have an account, you can create one here.

     

Scroll to Top

Add A Knowledge Base Question !

+ = Verify Human or Spambot ?