ECODESIGN online PILOT

All basic types (A-E)

Improvement <-

Improvement objectives and strategies for basic type A
(raw material intensive product)

Use alternative materials

-> Selecting the right materials

Use less of a given type of material

-> Reducing material inputs

Make intensive use of resources

-> Optimizing product use

-> Optimizing product functionality

-> Improving maintenance

Use resources as long as possible

-> Increasing product durability

-> Improving reparability

Reuse materials contained in the product

-> Improving disassembly

-> Reuse of product parts

-> Recycling of materials



Improvement objectives and strategies for basic type B
(manufacture intensive product)

Use less energy and material in the production process

-> Reducing energy consumption in production process

-> Optimizing type and amount of process materials

More efficient use of materials used in the production process

-> Avoiding waste in the production process

Purchase of external materials/components

-> Ecological procurement of external components

Use the product as intensively as possible

-> Optimizing product use

-> Optimizing product functionality

-> Improving maintenance

Use the product for a longer period of time

-> Increasing product durability

-> Improving reparability

Reuse components and/or the product

-> Improving disassembly

-> Reuse of product parts



Improvement objectives and strategies for basic type C
(transportation intensive product)

Change packaging

-> Reduction of packaging

Change transportation

-> Reduction of transportation



Improvement objectives and strategies for basic type D
(use intensive product)

Realize a high degree of functionality

-> Optimizing product functionality

-> Improving maintenance

Ensure safe use of the product

-> Ensuring environmental safety performance

Reduce energy and material input at use stage

-> Reducing consumption at use stage

-> Avoidance of waste at use stage



Improvement objectives and strategies for basic type E
(disposal intensive product)

Use alternative materials

-> Selecting the right materials

Prolonged Use of the Product

-> Increasing product durability

-> Improving reparability

Disassembly and Recycling

-> Improving disassembly

-> Reuse of product parts

-> Recycling of materials

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