Imagine trying to recycle batteries using harsh chemicals and lots of energy. It's a tough job, right? That's the reality of hydrometallurgical recycling. It's not just hard on the environment; it's also not very efficient. But what if there was a better way? Enter lasers. Scientists have f
Eco-design is a big deal in the world of manufacturing. It's all about creating products that are kinder to the environment, and it's catching on fast. Governments are throwing their weight behind it, setting up rules and incentives to make sure manufacturers get on board. These incentives can be en
It’s all about closing the loop on plastic waste. Sam White, recently appointed CEO of GreenLabs Recycling, is spearheading an innovative project to reuse lab plastics. In collaboration with Veolia, they collect discarded lab equipment from clients like Sanofi, transforming it into new benchtop wast
Did you know that old batteries could have a second life? Scientists have found a cool use for the graphite inside spent lithium-ion batteries (LIBs). This graphite is special because it has a lot of oxygen-rich groups on its surface. These groups help the graphite absorb microwaves really well. To
Recycling old lithium-ion batteries is a big deal these days. Current methods use a lot of energy and money, and they can be bad for the environment. This study suggests a new, eco-friendly way to separate important battery parts, like lithium iron phosphate (LFP) and graphite. The key is their diff
The European Union has been exploring how foreign direct investment (FDI) and energy use affect the recycling rates across its member states from 2000 to 2021. Interestingly, money coming in from other countries (inflow) can boost local productivity but might cut down on recycling efforts. This is b
Believe it or not, trash can be a big problem when it comes to greenhouse gases. In China, people are turning to incinerators to deal with municipal solid waste, or MSW. Researchers decided to take a closer look at two incinerators in Qingdao. They found that Plant A released 56. 55 kilograms of CO2
Red mud, a waste product from alumina production, is highly alkaline and poses significant environmental risks when disposed of in large quantities. The problem lies in its high alkali content, which can cause harm to ecosystems. The study dives into the makeup and properties of these alkaline compo
Imagine turning something as mundane as rice husk ash into something incredibly useful! Scientists have figured out a way to mix rice husk ash with polypropylene fibers and a special alkaline solution to create soil that can withstand more pressure and protect against erosion much better than regula
Hemodialysis machines are big players in the healthcare world, but they’re also big contributors to its carbon footprint. Surprisingly, about 100, 000 of these machines reach the end of their life cycle each year. That's like retiring a small city's worth of machines! Imagine if we could breathe new
