| Title | Conceptualising Circular economy performance with non-traditional valuation methods: Lessons for a post-Pandemic recovery |
|---|---|
| ID_Doc | 3755 |
| Authors | Nandi, S; Hervani, AA; Helms, MM; Sarkis, J |
| Title | Conceptualising Circular economy performance with non-traditional valuation methods: Lessons for a post-Pandemic recovery |
| Year | 2023 |
| Published | International Journal Of Logistics-Research And Applications, 26, 6 |
| Abstract | The circular economy (CE) has gained importance in the post-COVID-19 pandemic recovery. Businesses, while realising the CE benefits, have challenges in justifying and evaluating the CE benefits using available performance measurement tools, specifically when considering sustainability and other non-traditional benefits. Given the rising institutional pressures for environmental and social sustainability, we argue that organisations can evaluate their CE implementation performance using non-market-based environmental goods valuation methods. Further, the effectiveness of the CE performance measurement model can be enhanced to support supply chain sustainability and resilience through an ecosystem of multi-stakeholder digital technologies that include a range of emerging technologies such as blockchain technology, the internet-of-things (IoT), artificial intelligence, remote sensing, and tracking technologies. Accordingly, a CE performance measurement model (CEPMM) is conceptualised and exemplified using seven COVID-19 disruption scenarios to provide insights that can be addressed through CE practices. Analyses and implications are presented along with areas for future research. |
Similar Articles
| ID | Score | Article |
|---|---|---|
1900
|
Liu, JH; Quddoos, MU; Akhtar, MH; Amin, MS; Tariq, M; Lamar, A Digital technologies and circular economy in supply chain management: in the era of COVID-19 pandemic(2022)Operations Management Research, 15, 1-2 | |
| 267
|
Griffiths, P; Cayzer, S Design of Indicators for Measuring Product Performance in the Circular Economy(2016) | |
| 315
|
Papamichael, I; Voukkali, I; Loizia, P; Stylianou, M; Economou, F; Vardopoulos, I; Klontza, EE; Lekkas, DF; Zorpas, AA Measuring Circularity: Tools for monitoring a smooth transition to Circular Economy(2023) | |
| 433
|
Kravchenko, M; McAloone, TC; Pigosso, DCA Implications of developing a tool for sustainability screening of circular economy initiatives(2019) | |
| 1797
|
Khedmati-Morasae, E; Zils, M; Hopkinson, P; Nolan, R; Charnley, F; Okorie, O; Abu-Bakar, H Advancing the discourse: A next-generation value chain-based taxonomy for circular economy key performance indicators(2024) | |
| 1387
|
Sassanelli, C; Rosa, P; Rocca, R; Terzi, S Circular economy performance assessment methods: A systematic literature review(2019) | |
| 1164
|
Kravchenko, M; Pigosso, DC; McAloone, TC Towards the ex-ante sustainability screening of circular economy initiatives in manufacturing companies: Consolidation of leading sustainability-related performance indicators(2019) | |
| 2654
|
Baratsas, SG; Pistikopoulos, EN; Avraamidou, S A quantitative and holistic circular economy assessment framework at the micro level(2022) | |
| 940
|
Cayzer, S; Griffiths, P; Beghetto, V Design of indicators for measuring product performance in the circular economy(2017)International Journal Of Sustainable Engineering, 10, 4-5 | |
| 17031
|
Brändström, J; Eriksson, O How circular is a value chain? Proposing a Material Efficiency Metric to evaluate business models(2022) |