Éco-innover à l’aide de méso Mécanismes de Stimulation d’Éco-idéation (MSE)

Tyl, Benjamin; Pialot, Olivier; Vallet, Flore; Millet, Dominique

doi:10.51257/a-v1-ag6785

Cited by 3 publications

(9 citation statements)

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“…Moreover, Tyl proposes a framework for the analysis of offers (products, services, etc.) qualified as eco-innovations [14]. This was built using the different characteristics and classifications found in the scientific literature.…”

Section: Literature Reviewmentioning

confidence: 99%

“…Quantify environmental impact and gains generated by the innovation [3,14,26,43] Viability of the innovation [3] Evaluate potential rebound effects [3] Functionality Assess utility of the concept [26] Feasibility of the innovation [26] Innovation description Evaluate novelty of the innovation [26] Qualify the kind of innovation [14] Collaboration and stakeholder's involvement Evaluate the integration of the innovation in its environment [14] Measure the role of institutions in the project [14] Sustainability skills of R&D and design teams [42] 4. The Défi-Ino Project…”

Section: Systemicmentioning

confidence: 99%

“…An eco-innovation is defined by Tyl as: "an innovation process that is capable of developing concepts and/or solving problems with the possibility of addressing high systemic levels; takes into account the life cycle of the system considered; seeks a strong ambition of sustainability according to different axes: environmental, societal, and usage performance and allows to be deployed from the upstream phases of development of new offers (product, service, etc.)" [14]. Evaluation of the eco-innovation capacity of a product or a service requires the three sustainable development pillars to be considered right from the start of the innovation development phases.…”

Section: Introductionmentioning

confidence: 99%

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Navigating the Eco-Design Paradox: Criteria and Methods for Sustainable Eco-Innovation Assessment in Early Development Stages

Peigné,

Ben Rejeb,

Monnier

et al. 2024

Sustainability

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This paper examines the growing importance of eco-innovation in aligning sustainability with technological development. It explores the ‘eco-design paradox’, which emphasizes the tension between the need for flexible design and the availability of data required for assessing environmental impacts during early innovation stages. This paradox presents a challenge: the lack of detailed data can have an impact on the ability to make sustainable optimal design decisions as designs are still fluid. The study investigates the essential sustainability aspects to be evaluated in the initial phases of innovation and explores the involvement of decision-makers and entrepreneurs in the sustainability assessment process. The paper uses a robust action research methodology to examine various eco-innovation diagnostic tools in collaboration with two French Institutes of Technology (FITs). A comparative analysis is conducted to assess these tools’ efficacity in evaluating several dimensions of sustainability, including environmental, social, and economic aspects. Our investigation identifies key criteria that are crucial for early-stage sustainability assessments, such as innovation description, systemic vision, functionality, and stakeholder involvement. The findings will guide policy makers, researchers, and practitioners in the field of eco-innovation by providing a comprehensive framework for evaluating and promoting sustainable innovations in their early stages. The insights from our findings show how important expert knowledge is in the eco-innovation diagnostic process. They also demonstrate the need for a more integrated approach to eco-innovation.

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Section: Literature Reviewmentioning

confidence: 99%

Section: Systemicmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Navigating the Eco-Design Paradox: Criteria and Methods for Sustainable Eco-Innovation Assessment in Early Development Stages

Peigné,

Ben Rejeb,

Monnier

et al. 2024

Sustainability

View full text Add to dashboard Cite

show abstract

“…However, as Guilloux underlined in 2009 (Guilloux, 2009), these eco-design methodologies require to start from an existing product, whose life cycle is known, to carry out a study on each stage of the life cycle. The objective of these tools is to quantify the environmental impact of a product and identify its strengths and weaknesses (Tyl, 2011). It doesn't give recommendation to improve it, except for EDIP which provides eco-design levers to the user to improve the product design.…”

mentioning

confidence: 99%

“…EcoASIT EcoASIT is a method that consist in developing simulation phases to generate concepts that respond to a sustainable development logic (Tyl, 2011). It consists of three main steps.…”

mentioning

confidence: 99%

Guidelines From Literature to Practice: First Key to Implement Eco-Innovation in an Innovation Laboratory

Coustillac,

Bazzaro,

Meyer

et al. 2023

Proc. Des. Soc.

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Today, eco-innovation is a major challenge for companies. This new innovation approach requires to renew current practices to meet new societal and environmental issues. To do this, more and more companies create innovation laboratories to support them in this process, by providing different tools and methods adapted to their needs. To integrate eco-innovation in these new spaces, tools must answer to differents criteria. The only tool proposed by the literature is the guidelines tool but by confronting it with current practices, limits of this tool and of the innovation laboratory practices were defined. In this paper we will question and deconstruct guidelines tool in order to propose a new vision of it through identification of eco-innovation attributes.

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How the ALIENNOR Platform Supports the Identification of Eco-Ideation Stimulation Mechanisms During an Eco-Ideation Phase

Pham

Vallet

Tyl³

et al. 2018

Product Lifecycle Management to Support Industry 4.0

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Creativity stage or ideation phase is one of the most important step of innovation process where ideas with high potential of environmental and social impact reduction are generated. Therefore, many eco-ideation tools (stimuli, mechanisms, etc.) have been proposed. These tools are mainly at micro level (providing technical solutions) or at macro-level (providing a systemic view). The research project ALIENNOR 1 aims at providing a set of Eco-Ideation Stimulation Mechanisms (ESMs) at meso-level compromising both systemic vision and technical solutions. This paper presents how ALIENNOR platform (a part of ALIENNOR project) supports the identification of appropriate ESMs used in eco-ideation phase.

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Éco-innover à l’aide de méso Mécanismes de Stimulation d’Éco-idéation (MSE)

Cited by 3 publications

References 0 publications

Navigating the Eco-Design Paradox: Criteria and Methods for Sustainable Eco-Innovation Assessment in Early Development Stages

Navigating the Eco-Design Paradox: Criteria and Methods for Sustainable Eco-Innovation Assessment in Early Development Stages

Guidelines From Literature to Practice: First Key to Implement Eco-Innovation in an Innovation Laboratory

How the ALIENNOR Platform Supports the Identification of Eco-Ideation Stimulation Mechanisms During an Eco-Ideation Phase

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