Research Article10.1016/j.resconrec.2026.108937Safeguarding raw material basis in Europe through electrochemical integration in hydrometallurgical processingMay 01, 2026Resources, Conservation and RecyclingSandra Pavón + 2 more +2CiteListenSave
Research Article10.1016/j.resconrec.2026.108909From air to water: Regulation-induced pollution substitution across mediaMay 01, 2026Resources, Conservation and RecyclingLin Xiang + 2 more +2CiteListenSave
Research Article10.1016/j.resconrec.2026.108939Saturation-aware critical raw material demands of India’s multi-modal passenger EV transitionMay 01, 2026Resources, Conservation and RecyclingDeepjyoti Das + 2 more +2CiteListenSave
Research Article10.1016/j.resconrec.2026.108850Recycling, recycled content and environmental impacts of electric vehicle batteries – The material circularity and carbon footprint nexus under the EU Batteries RegulationApr 01, 2026Resources, Conservation and RecyclingJens F Peters + 3 more +3This paper explores how recycling and the integration of secondary materials contribute to the reduction of the carbon footprint (CF) of different lithium-ion batteries under the current EU regulatory framework. It quantifies the net benefit of the default recycling process, and the possible benefit of (i) alternative, more advanced recycling processes and of (ii) increasing the use of secondary (recycled) materials for manufacturing. Under the current CF calculation method, we find the use of secondary material for battery cell production to have a very limited impact on the CF (decrease by only 0.4% with 30% secondary material), while the use of advanced recycling processes can reduce the CF by up to 16% compared to the default. As such, the findings highlight the need for a combined approach to advance the circularity of batteries via the CF, mandatory recycled content and recycling targets.Read moreCiteListenSave
Research Article10.1016/j.resconrec.2026.108889The evolving individual protein intake and environmental footprint in ChinaApr 01, 2026Resources, Conservation and RecyclingNike Tian + 3 more +3CiteListenSave
Research Article10.1016/j.resconrec.2026.108867Identifying feasible repurposing opportunities in decommissioned complex systemsApr 01, 2026Resources, Conservation and RecyclingShenal Dilanjaya Hewa Witharanage + 5 more +5CiteListenSave
Research Article10.1016/s0921-3449(26)00139-4Editorial BoardApr 01, 2026Resources, Conservation and RecyclingCiteListenSave
Research Article10.1016/j.resconrec.2026.108834Hydrogen integration in China’s aviation sector: Techno-economic optimization for flight network decarbonizationApr 01, 2026Resources, Conservation and RecyclingMaximilian Arras + 5 more +5CiteListenSave
Research Article10.1016/j.resconrec.2026.108829Alkali-activated mechanochemical decontamination of spent SCR catalysts: phase reconstruction for selective arsenic removal and vanadium recoveryApr 01, 2026Resources, Conservation and RecyclingWenbin Hu + 6 more +6CiteListenSave
Research Article110.1016/j.resconrec.2025.108738Long-term changes in city-level CH4 emissions from rice cultivation in China: Patterns, drivers, projections, and sustainable pathwaysMar 01, 2026Resources, Conservation and RecyclingSen Liang + 3 more +3CiteListenSave