Battery waste and kitchen foil create nanocatalyst for CO₂ to methane fuel conversion

Battery waste and kitchen foil create nanocatalyst for CO₂ to methane fuel conversion

Battery waste is a serious environmental problem: It contains substances that pose a threat to both human health and ecosystems. At the same time, however, batteries also contain valuable materials such as nickel, which we need—for example, for the production of new batteries. Better recycling methods for batteries are therefore urgently required.

Folga and spent battery needed: a new way of obtaining fuel is found - The Times Hub

~ ~ According to researchers, new technology helps to solve the problem of utilization of old batteries that contain harmful to nature of a substance. Researchers at the Vienna Technical University […]

New battery waste codes to improve the circular economy and promote recycling

To create a more sustainable and circular economy, the European Commission has updated the European List of Waste to include new waste codes specifically designed for battery-related waste This new plan, adopted on 5 March, hopes to manage the waste battery waste throughout its lifecycle, from manufacturing to recycling. The new regulations are expected to play an important role in improving the sustainability of the automotive sector and suppor…

Battery-related waste codes update set to boost circular economy

The amended List of Waste, which classifies EU waste, will keep batteries and their critical raw materials in the economy for longer.

Converting CO₂ Into Fuel With the Help of Battery Waste

Scientists repurpose battery waste to convert CO₂ into fuel, offering a sustainable approach to carbon capture and energy production.

Upcycling as a climate game changer: A nanocatalyst was developed at the Vienna University of Technology, which converts CO2 from the air into valuable methane. The article battery waste as a catalyst for methane production was first published on ingenieur.de - Jobbörse und Nachrichtsportal für Ingenieure.