Myles Garrett Invests in Sustainable Energy Startup Johnson Energy Storage
Cleveland Browns star Myles Garrett invests in Johnson Energy Storage, founded by former NASA engineer Dr. Lonnie Johnson. This innovative company aims to revolutionize energy storage with its all-solid-state battery technology, offering greater efficiency and sustainability. Garrett’s investment highlights a growing trend among athletes to support eco-friendly initiatives, signaling a brighter future for energy solutions.
Residents in Holmfield Concerned Over Proposed Battery Energy Storage Site
Residents in Holmfield, Bradford, are voicing concerns over a proposed battery energy storage site near an industrial estate, citing worries about safety, noise, and loss of green space. Despite no formal planning application submitted yet, over 250 individuals have signed a petition against the project. The site’s proximity to a hotel and filming locations has added to the apprehension. Residents fear health impacts, including exacerbation of the ‘Holmfield hum’ noise. The proposed site aims to store 500MW of power for the National Grid, but residents remain unconvinced, citing fire risks and community disruption.
Sodium-Ion Batteries Gain Attention as Sustainable Alternative to Lithium
As the demand for sustainable power sources rises, sodium-ion batteries are gaining attention as a more environmentally friendly alternative to lithium batteries. With lower water and energy requirements for production, and easier recycling, sodium-ion batteries are being deployed by energy companies worldwide, signaling a potential shift away from heavy reliance on lithium.
New ‘Water Batteries’ Offer Safer and Greener Alternative to Traditional Batteries
Scientists have developed a recyclable ‘water battery’ that uses water and metals like magnesium or zinc, making it cheaper, less toxic, and safer than traditional batteries. This advancement could provide a safer and more sustainable energy storage solution in the future.
Korean Researchers Develop Breakthrough in Hydrogen Storage Technology
Korean researchers have developed a nanoporous material capable of holding hydrogen at twice the density of its cryogenic liquid form, offering a compelling alternative to traditional storage methods. This breakthrough represents a significant advancement in hydrogen storage technology, addressing the challenges of large-scale storage and potentially accelerating the adoption of hydrogen as a clean and efficient fuel across various industries.
Study Raises Concerns Over Using Decommissioned Gas Field in Scotland for Hydrogen Storage
The potential for using a decommissioned gas field in Scotland as a major hydrogen store has been brought into question by a recent study conducted by the University of Aberdeen and the UK Onshore Geophysical Library (UKOGL). The study, led…