Australian battery recycling technology company battery pollution Today, we announced a strategic alliance to work with relevant renewable project developers Hello renewable energy (“Halo”) investigates the efficient recycling of utility-scale battery energy storage systems (BESS), the foundation of modern renewable energy projects.
Australia is on a path of strong growth in the implementation of grids supporting the ‘Big Battery’ BESS project, with new investment in the project recently announced by both the New South Wales and Queensland governments. These include the 700 MW NSW ‘Waratah Super Battery’ which will be built on the Ellering power station site.
However, batteries are consumables, and due to the foundation of chemical and electrical engineering, abnormal situations such as breakdowns may occur. The frequency of these problems is tracked in the Energy Power Research Institute’s dedicated “BESS Failure Event Database” linked here.
Under the arrangement, Battery Pollution will complement Halo’s requirements as a developer of renewable projects to ensure the safe and efficient construction, management and maintenance of BESS systems for renewable energy projects. It conducts scientific and operational research in various fields. Areas to be explored include:
- Efficient and Safe Transportation of Damaged Used Utility-Scale Batteries from Remote Renewable Energy Project Sites to Recycling Centers – Implementing Live Monitoring (Similar to battery passport technology);
- Optimizing power dissipation and disassembly – including through a combined human-robot collaborative approach.
- Possibility of residual energy scavenging from demobilized BESS to either stationary capacitors or battery banks to provide daily operational energy contribution in battery pollution A working recycling site.
- The optimal approach to disruption of cell packs.When
- The recovery, separation, processing, and purification of the “black mass” produces battery-grade materials of sufficient purity that they can be readily sold back to battery manufacturers to ensure closed-loop battery economics.
“Battery Pollution’s research, investment and operational activities continue to focus on both optimizing existing technologies and creating new technologies for the lithium battery ecosystem,” said Battery Pollution founder and CEO Nicholas Assef said.
“In the future, we will not only be able to process the vast amounts of battery waste generated by industries such as renewable energy and electric vehicles, but also recycle it in the most effective and efficient way possible to reduce CO2 emissions. Minimize the impact of 2. Maximize the availability ofnd It is a life-critical battery metal for manufacturing OEMs,” continues Nicholas Assef.
As Australia participates in the large-scale BESS project and both the Commonwealth and State Governments aim to transition to an electric economy, there is considerable interest in developing exportable technologies and operational approaches to large-scale lithium battery recycling. It’s a logical “test bed” for
battery pollution As an example, we continue to work with a number of leading Australian universities in developing commercial solutions to challenges arising from the large-scale battery waste generated by electric vehicles and renewable energy projects. As the company’s tagline emphasizes, its mission is to:Addressing the dark side of the battery revolution™.
media contact
company name: battery pollution
contact person: Nicholas Asef
Email: I send a mail
phone: +61272572508
City: sydney
state: New South Wales
Country: Australia
Website: www.batterypollution.com
