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BATTERY ANODES
In 2017, UC Riverside turned waste glass bottles into lithium-battery anode material; one bottle could supply 3-5 pouch cells, while coin cells kept 1,420 mAh/g after 400 cyclesEngineers have ingeniously repurposed discarded glass bottles, converting them into battery anode material. This innovative method turns wa...- In 2022, Maryland engineers turned crab-shell chitosan into a zinc-battery electrolyte; after more than 1,000 cycles, the zinc anode still delivered 99.7% coulombic efficiencyInnovative researchers are turning leftover crab shells into essential components for batteries. Packed with chitosan, these shells can cre...
- Understanding the engineering behind Samsung’s latest foldablesSamsung's Galaxy Z Fold8 series takes foldable technology to the next level with a sleeker design and Flex Titanium technology that enhance...
- India plans Rs 13,000 crore in aid to spur battery parts outputIndia's new plan aims to reduce reliance on Chinese producers and boost local manufacturing. The government sees fostering a domestic batte...
- HEG demerger: What 1:1 restructuring means for shareholders as company fixes record date?On September 7, HEG will finalise its demerger, providing shareholders one share in the new entity for each existing share they hold. The g...
- HEG demerger to take effect on September 1; record date fixed for September 7HEG will implement its demerger from September 1, creating separate listed companies for graphite electrodes and advanced materials. Septem...
- Need to scale storage capabilities amid growing RE capacity: Industry expertsIndia's renewable energy growth demands more storage systems now. Domestic battery manufacturing capacity remains very low compared to futu...
- India's battery storage self-reliance a decade away amid tech, financing and execution delays: ReportIndia has just 2 GWh of commissioned cell manufacturing capacity as of 2026, against China's cumulative capacity of 2,695 GWh, the report s...
- India's battery chemicals ecosystem set for rapid expansion as ACC demand surges: NuvamaIndia is shifting towards a domestic battery chemicals ecosystem, with advanced chemistry cell demand projected to grow significantly in co...
- Bengaluru-based STEER World bags Rs 60 crore export order for lithium-ion battery separator project in ChinaBengaluru-based STEER World secured a significant export order valued at Rs 60 crore. This order is for a lithium-ion battery separator man...
- China awards two village boys, one studied by lamplight to power a third of world's EVs, the other cracked English in two months to give fighter jets x-ray visionTwo Chinese scientists received China's highest science award for their significant contributions. Chen Liquan developed the nation's first...
- Himadri-backed Sicona secures AUD 45 million ARENA funding for battery technologySicona Battery Technologies secured significant funding for its advanced battery materials. This investment will build a commercial-scale d...
- Your empty plastic bottle could one day power an electric vehicle, scientists sayA discarded plastic bottle may soon become more than waste. Plastic waste to battery graphite innovation reveals how scientists are transfo...
- Rain Industries shares zoom 9% on natural graphite battery anode partnershipShares of Rain Industries surged 9% on Thursday, reaching a day’s high of Rs 180.75 on the BSE, following news that its wholly-owned subsid...
- Himadri Specialty Chemical acquires 12.8% stake in SiconaHimadri Specialty Chemical has acquired a 12.8% stake in Sicona Battery Technologies for AUD 10.3m (INR 57 crore), enabling Himadri to enha...
- Himadri in talks to buy 10-15% in Australian battery material companyHimadri Speciality Chemical is in talks to acquire a 10-15% stake in an Australian battery material technology company to enhance an electr...
- New silicon anodes could help EV batteries go farther, charge fasterTwo U.S. start-ups, Group14 Technologies and Sila Nanotechnologies, are set to bring new-generation electric vehicle batteries to market by...
- How do electric vehicle batteries work?The cathode is the single most expensive element, accounting for up to a third of the cost of a battery cell. Most lithium ion batteries to...
- Fossilised algae may soon power electric vehiclesNew York, Oct 23 (IANS) Inexpensive and energy-efficient lithium-ion batteries from fossilised remains of single-celled algae called diatom...
- Old car tyres may allow for improved batteriesIndian-origin scientists have found that carbon black, a substance recovered from discarded tires, can be used to make anodes for better-pe...
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