Industrial symbiosis readiness level assessment—A stakeholder co-designed matrix tool for guidance and evaluation

• Proposes the Industrial Symbiosis Readiness Level Matrix (ISRLM) tool as a practical tool for assessing collaborative readiness. • Facilitates strategic planning by identifying gaps, aligning stakeholders, and prioritizing actions for industrial symbiosis implementation and development. • Enhances system-level understanding through structured, multi-dimensional self-assessment across key collaboration domains. • Uses co-design by involving industrial symbiosis stakeholders in the tool development process. Hence, it is informed by empirical findings and an iterative feedback process to ensure accuracy and usability. • Supports ongoing evaluation and development of industrial symbiosis collaboration and enables alignment of actor perspectives. The Industrial Symbiosis Readiness Level Matrix (ISRLM) tool presented in this paper, was developed to address the challenges inherent in implementing and managing Industrial Symbiosis (IS) networks. IS networks are complex systems involving diverse actors with varying levels of preparedness, perspectives, and priorities, which can result in miscommunication, inefficiencies, and slow implementation and development. To overcome these challenges, the ISRLM tool provides a structured framework for evaluating and visualizing IS readiness, facilitating discussions among actors, creating mutual understanding, and coordinating decision-making. The development of the ISRLM tool followed an iterative process that combined rigorous literature reviews, co-design through stakeholder interviews and workshops, as well as testing and validation within existing IS networks. Drawing on established concepts of readiness level evaluation and incorporating feedback and suggestions of improvement from practitioners and academics, the tool was refined through multiple cycles of testing and evaluation. This co-design approach ensured the tool's relevance and usability across various IS contexts. The ISRLM tool is developed as an interactive Excel-based tool that generates visual outputs based on actors’ evaluation of perceived readiness. It supports IS networks by guiding the implementation process, identifying readiness gaps, and enabling continuous evaluation and improvement. Applicable during both the initiation and development phases of IS collaborations, the tool can enhance trust, help align priorities, as well as guide and accelerate progress toward shared goals.

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Publication Details

Journal
Resources Conservation & Recycling Advances
Published
2025-06-24
DOI
https://doi.org/10.1016/j.rcradv.2025.200270
Primary Topic
Sustainable Industrial Ecology
Type
article
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article

Industrial symbiosis readiness level assessment—A stakeholder co-designed matrix tool for guidance and evaluation

Lovisa Harfeldt-Berg, Annika Löwgren, Elin Wallin, Per. Sommarin
Resources Conservation & Recycling Advances
Sustainable Industrial Ecology
article

Industrial symbiosis readiness level assessment—A stakeholder co-designed matrix tool for guidance and evaluation

Lovisa Harfeldt-Berg, Annika Löwgren, Elin Wallin, Per. Sommarin
article en

Abstract

• Proposes the Industrial Symbiosis Readiness Level Matrix (ISRLM) tool as a practical tool for assessing collaborative readiness. • Facilitates strategic planning by identifying gaps, aligning stakeholders, and prioritizing actions for industrial symbiosis implementation and development. • Enhances system-level understanding through structured, multi-dimensional self-assessment across key collaboration domains. • Uses co-design by involving industrial symbiosis stakeholders in the tool development process. Hence, it is informed by empirical findings and an iterative feedback process to ensure accuracy and usability. • Supports ongoing evaluation and development of industrial symbiosis collaboration and enables alignment of actor perspectives. The Industrial Symbiosis Readiness Level Matrix (ISRLM) tool presented in this paper, was developed to address the challenges inherent in implementing and managing Industrial Symbiosis (IS) networks. IS networks are complex systems involving diverse actors with varying levels of preparedness, perspectives, and priorities, which can result in miscommunication, inefficiencies, and slow implementation and development. To overcome these challenges, the ISRLM tool provides a structured framework for evaluating and visualizing IS readiness, facilitating discussions among actors, creating mutual understanding, and coordinating decision-making. The development of the ISRLM tool followed an iterative process that combined rigorous literature reviews, co-design through stakeholder interviews and workshops, as well as testing and validation within existing IS networks. Drawing on established concepts of readiness level evaluation and incorporating feedback and suggestions of improvement from practitioners and academics, the tool was refined through multiple cycles of testing and evaluation. This co-design approach ensured the tool's relevance and usability across various IS contexts. The ISRLM tool is developed as an interactive Excel-based tool that generates visual outputs based on actors’ evaluation of perceived readiness. It supports IS networks by guiding the implementation process, identifying readiness gaps, and enabling continuous evaluation and improvement. Applicable during both the initiation and development phases of IS collaborations, the tool can enhance trust, help align priorities, as well as guide and accelerate progress toward shared goals.

Resources Conservation & Recycling AdvancesVol. 27
Lund University (SE), RISE Research Institutes of Sweden (SE)
Openalex Percentile: Top 79%
Sustainable Industrial Ecology
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