How to make an EV tire that won't pollute the environment
Enso, a UK company, develops eco-friendly tires for EVs to reduce emissions and increase lifespan. Their $500M US factory focuses on sustainable production, aiming for 10% lower rolling resistance and 35% longer lifespan.
Read original article
Enso, a UK-based company, is addressing the issue of tire pollution in the EV era by developing eco-friendly tires for electric vehicles (EVs). These tires aim to reduce particulate emissions and increase tire lifespan, ultimately benefiting the environment. Enso's upcoming $500 million US tire factory will focus on producing tires specifically designed for popular EV models, bypassing the traditional aftermarket distribution model. The company plans to offer tires with 10% lower rolling resistance for increased range and a 35% longer lifespan, leading to reduced pollution and waste. Enso's manufacturing process will prioritize sustainability by using recycled materials like carbon black and tire silica made from rice husks. Despite current industry practices involving the use of the preservative 6PPD in tires, Enso is exploring alternatives to address environmental concerns. The company aims to produce 5 million eco-friendly tires by 2027, potentially revolutionizing the tire industry's approach to sustainability and efficiency.
Related
For EVs, Semi-Solid-State Batteries Offer a Step Forward
China invests in solid-state batteries for EVs, using solid electrolytes for improved performance. Nio and WeLion introduce semi-solid-state batteries with gel electrolytes, offering higher energy density and range. Challenges remain in validating performance and cost-effectiveness for solid-state options.
AI is exhausting the power grid
Tech firms, including Microsoft, face a power crisis due to AI's energy demands straining the grid and increasing emissions. Fusion power exploration aims to combat fossil fuel reliance, but current operations heavily impact the environment.
BMW's CO2 Emissions Scoreboard Backfires, Drivers Compete to Pollute More
BMW launched a CO2 emissions tool for drivers to monitor efficiency. Users competed to emit more CO2, contradicting the eco-friendly goal. The incident reveals challenges automakers face in promoting sustainability and meeting customer demands.
Up to 78M batteries will be discarded daily by 2025, researchers warn
Researchers from the EnABLES project warn of a potential daily disposal of 78 million batteries by 2025. Emphasizing battery lifespan extension for IoT devices, they propose sustainable recharging methods for power autonomy.
AI discovers new rare-earth-free magnet at 200 times the speed of man
Materials Nexus and the University of Sheffield collaborated to create MagNex, a rare-earth-free permanent magnet using AI, significantly faster than traditional methods. MagNex offers a sustainable, cost-effective alternative for powerful magnets.
0 commentsRelated
For EVs, Semi-Solid-State Batteries Offer a Step Forward
China invests in solid-state batteries for EVs, using solid electrolytes for improved performance. Nio and WeLion introduce semi-solid-state batteries with gel electrolytes, offering higher energy density and range. Challenges remain in validating performance and cost-effectiveness for solid-state options.
AI is exhausting the power grid
Tech firms, including Microsoft, face a power crisis due to AI's energy demands straining the grid and increasing emissions. Fusion power exploration aims to combat fossil fuel reliance, but current operations heavily impact the environment.
BMW's CO2 Emissions Scoreboard Backfires, Drivers Compete to Pollute More
BMW launched a CO2 emissions tool for drivers to monitor efficiency. Users competed to emit more CO2, contradicting the eco-friendly goal. The incident reveals challenges automakers face in promoting sustainability and meeting customer demands.
Up to 78M batteries will be discarded daily by 2025, researchers warn
Researchers from the EnABLES project warn of a potential daily disposal of 78 million batteries by 2025. Emphasizing battery lifespan extension for IoT devices, they propose sustainable recharging methods for power autonomy.
AI discovers new rare-earth-free magnet at 200 times the speed of man
Materials Nexus and the University of Sheffield collaborated to create MagNex, a rare-earth-free permanent magnet using AI, significantly faster than traditional methods. MagNex offers a sustainable, cost-effective alternative for powerful magnets.