New Technology– category –
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Benchling Launches Benchling Bioprocess, a High-Throughput Cloud Platform to Accelerate Bioprocess Development
Benchling USA Overview Benchling has unveiled Benchling Bioprocess, a cloud-native platform designed to facilitate high-throughput, structured bioprocess development. This platform integrates process design, experimental planning, batch ... -
HTMP Biotechnology Unveils HTMP™ 192: A 192-Well High-Throughput 3D Cell Culture Platform Addressing Spheroid Loss During Media Exchange
HTMP Biotechnology USA Overview HTMP Biotechnology has launched its HTMP™ 192, an SBS/SLAS-compatible 192-well microwell platform designed to overcome a critical limitation in 3D cell culture: spheroid loss during media exchange. This pl... -
Anode-Free Lithium Metal Batteries Advance Towards Maximum Energy Density, Facing Dendrite Formation and Cycle Life Challenges
Nano Energy Netherlands Overview A review summarizes recent advances in anode-free lithium metal batteries, reaffirming their immense potential to maximize energy density. However, critical challenges persist, particularly dendrite forma... -
Second-Life EV Batteries Paving Way for New Business Models in Residential and Commercial Storage
Journal of Energy Storage Research International Overview Second-life electric vehicle (EV) batteries are poised to create new business models in residential and commercial energy storage, as evaluated in a new paper. The research addres... -
Review Reveals Next-Generation Cathode Materials Beyond LFP/LMFP for High-Energy Density Batteries Exceeding Li-Ion Limits
Advanced Materials Germany Overview A comprehensive review has been published on next-generation cathode materials designed to achieve energy densities beyond the limits of current lithium-ion batteries. The paper specifically focuses on... -
Enhanced Fire Safety for Large-Scale BESS: Emphasizing Early Thermal Runaway Detection, Suppression, and System Design
Journal of Power Sources Netherlands Overview Recent research highlights the critical role of early thermal runaway detection, suppression technologies, and integrated safety protocols in the design of large-scale Battery Energy Storage ... -
Environmentally Friendly Direct Lithium Recovery from Spent EV Batteries Achieves High Yields and Reduced Environmental Impact
Green Chemistry UK Overview A novel, eco-friendly direct recycling technology for lithium recovery from spent electric vehicle (EV) batteries has been developed, demonstrating higher recovery rates and significantly lower environmental i... -
Silicon Anodes Paving Way for Fast-Charging EVs: Sila Nanotechnologies & Amprius Lead Commercialization with Volume Expansion Control
Advanced Energy Materials Germany Overview Silicon anodes are highlighted as a crucial enabler for rapid electric vehicle (EV) charging capabilities, according to a recent review. Companies like Sila Nanotechnologies and Amprius are acce... -
Novel Polymer Electrolyte Suppresses Polysulfide Shuttle, Dramatically Extending Li-Sulfur Battery Cycle Life
Nature Energy UK Overview A new polymer electrolyte has been developed for lithium-sulfur (Li-S) batteries, effectively suppressing the detrimental polysulfide shuttle effect. This breakthrough significantly improves the battery's cycle ... -
Sila Nanotechnologies Files US ITC and District Court Actions to Protect Domestic Battery Innovation
BusinessWire USA Overview Sila Nanotechnologies has filed actions with the U.S. International Trade Commission (ITC) and District Court to protect its American battery innovation. This litigation underscores the importance of intellectua...
