The efficient and competitive circular economy
You are an industrialist
“Eco-design consists of integrating the environment from the design of a product or service, and during all stages of its life cycle;» Afnor 2004. What Neo-Eco brings to eco-design is to create a product, a material, from secondary raw materials in order to limit the environmental impact of the product and the waste deposits mobilized while creating competitive economic conditions.
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Why embark on an eco-design approach? In our opinion, there are 3 good reasons to do it now. First, the economic impact of waste management continues to increase. Then, your brand credibility and customer retention are at stake. Finally, actionable solutions exist.
We support you to...
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The characterization andsamplings /definition of the specifications for the eco-product/eco-material
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Regulatory study, condition for exit from waste status
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Formulation of eco-materials and laboratory prototyping, analysis of mechanical and technical characteristics
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Normative conformity, validation of environmental safety;and certifications
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Sector research, bibliographic and territorial study, search for manufacturing and supply partners, technical estimates of the necessary industrial processes
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The study of environmental and economic impacts
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Design support to maximize the valorization potential
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Support for commercial deployment
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Search for funding and subsidies
From a linear economy to a circular economy
In the case of a linear economy, materials and products are used and then discarded as waste.
In the case of a circular economy, materials and objects are reused or recycled and are considered resources, and waste production tends towards zero.
In the principle of eco-design, all stages of the life cycle are carried out in such a way as to reduce the use of materials, maximize the use of secondary raw materials and limit its environmental impact.
Two ways to initiate an eco-design approach coexist:
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1/ We start from used materials for which we seek new outlets.
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2/ We start from a product or material and maximize the substitution of secondary raw materials for extractive materials.
Creation of value
Optimization of waste management costs
Controlled costs and risks of raw material procurement
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Modeling and simulation of the economic model
Actionable and co-constructed solutions
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Credibility and brand image
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Implementation and security of value chain throughout the course
Valorisation de déchets et recyclage
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Réduction des mises en installation de stockage de déchets.
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Réduction des besoins en matières premières d'origine extractive
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Diminution de l'impact carbone (CO2)
Creation and revitalization of sectors
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Development of eco-products/eco-materials
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Re-territorialization of jobs and know-how