Recycling’s Hidden Workhorse: How Black Mass Separation Could Make Battery Reuse Pay
A detailed techno-economic and life cycle assessment shows mechanical black mass separation from spent EV and phone batteries is highly ...
A detailed techno-economic and life cycle assessment shows mechanical black mass separation from spent EV and phone batteries is highly ...
Researchers have developed an adaptive low-frequency bidirectional pulse preheating method that rapidly warms lithium-ion batteries in extreme cold without causing ...
New University of Technology Sydney research based on interviews with 122 Australian consumers shows how socially reinforced misinformation communities sustain ...
A new bi-level optimization framework coordinates solar generation, battery storage, and vehicle-to-grid electric vehicle fleets, cutting a charging station's evening ...
A modular life cycle assessment of Japan's used-vehicle exports shows that climate benefits depend decisively on destination recycling capacity and ...
A new dynamic material flow model shows that electric vehicle battery replacement in British Columbia could cut new vehicle demand ...
An analysis of over four million trips in Wuhan shows optimized robotaxi deployment could cut fleet size by 62.5 percent ...
Researchers in Türkiye used a hybrid stacking ensemble model and real distribution grid data to forecast hourly electric vehicle charging ...
An Italian optimization study shows that bidirectional electric vehicle fleets can cut community energy costs by up to 52 percent ...
Researchers have demonstrated a low-energy thermochemical process that regenerates spent NMC 532 cathode material from discarded lithium-ion batteries with near-original ...
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© 2025 Scienmag - Science Magazine