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Eco-design and recycling

  • School / Prep

    ENSMAC

Internal code

PS7ECOR

Description


Understand current environmental issues (environmental statement)
Understand the challenges of eco-design to improve the environmental performance of man-made products and services (ways to reduce impacts)

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Teaching hours

  • CIIntegrated Courses20h

Mandatory prerequisites

Basic engineering knowledge (energy, chemistry, etc.)

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Syllabus

1/ Major environmental issues

The global and French energy context
Metal depletion and criticality
Pollution and environmental impacts (climate change, destruction of the ozone layer, photochemical oxidation, acidification, eutrophication, eco-toxicity, etc.).)
Possible solutions

2/ Improving the environmental performance of products: eco-design

Eco-design principles: eco-efficiency, life-cycle thinking, multi-criteria thinking, integration of environmental requirements with other design requirements, etc.
Eco-design tools
Eco-design paths (Brézet wheel)

Developing new concepts
Selecting materials with the least impact
Reducing the quantity of materials
Optimizing production techniques
Optimizing logistics
Reducing the impact of the use phase
Optimizing the life cycle and end-of-life of the system


Reduce, reuse and recycle
Applications in the composites sector

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Further information

Engineering Sciences and Techniques

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Assessment of knowledge

Initial assessment / Main session

Type of assessmentNature of assessmentDuration (in minutes)Number of testsEvaluation coefficientEliminatory evaluation markRemarks
Final inspectionWritten301

Second chance / Catch-up session

Type of assessmentNature of assessmentDuration (in minutes)Number of testsEvaluation coefficientEliminatory evaluation markRemarks
Final testWritten301