5858
|
|
Lamb, KJ; Styring, P Perspectives for the circular chemical economy post COP26(2022) |
1067
|
|
Guarieiro, LLN; Rezende, MJC; Barbosa, WT; da Rocha, GO; Pereira, PAP; Fernandes, DR; Lopes, WA; Mota, CJA; de Andrade, JB Reaching Circular Economy through Circular Chemistry: The Basis for Sustainable Development(2022)Journal Of The Brazilian Chemical Society, 33, 12 |
28103
|
|
Abbas, A; Cross, M; Duan, XG; Jeschke, S; Konarova, M; Huber, GW; Lee, AF; Lovell, EC; Lim, JYC; Polyzos, A; Richards, R; Wilson, K Catalysis at the intersection of sustainable chemistry and a circular economy(2024)One Earth, 7.0, 5 |
4705
|
|
Wattanakit, C; Fan, XL; Mukti, RR; Yip, ACK Green Chemistry, Catalysis, and Waste Valorization for a Circular Economy(2024) |
28416
|
|
Clark, JH; Farmer, TJ; Herrero-Davila, L; Sherwood, J Circular economy design considerations for research and process development in the chemical sciences(2016)Green Chemistry, 18.0, 14 |
4368
|
|
Royle, M; Gibson, EA Championing systems thinking to create a circular economy of chemicals(2023)Chem, 9, 3 |
20221
|
|
Psillakis, E; Pena-Pereira, F The twelve goals of circular analytical chemistry(2024) |
7726
|
|
Mohan, SV; Katakojwala, R The circular chemistry conceptual framework: A way forward to sustainability in industry 4.0(2021) |
28378
|
|
Chatel, G Chemists around the World, Take Your Part in the Circular Economy!(2020)Chemistry-A European Journal, 26.0, 44 |
28186
|
|
Londoño, NAC; Cabezas, H Perspectives on circular economy in the context of chemical engineering and sustainable development(2021) |