Browsing: Circular Economy

As demand for electric vehicles, renewable energy infrastructure, battery storage, advanced electronics, and artificial intelligence systems accelerates, critical minerals are increasingly becoming the foundation upon which decarbonization strategies depend.

Hindustan Petroleum Corporation Limited (HPCL) and Tata Motors are piloting a structured collection and recycling model aimed at converting used engine oils into re-refined base oil within a traceable circular system.

The European Union imported 49.7 million tonnes of recyclable raw materials in 2025 while exporting 36.2 million tonnes to non-EU countries, widening the bloc’s net import position to 13.5 million tonnes, according to data released by Eurostat.

Cork County Council has allocated more than €50,000 under its 2026 Circular Economy Fund to support 29 community level projects aimed at reducing single use plastics and accelerating reuse based consumption models across schools, sports clubs, festivals, and community organizations.

Scotland’s energy transition could require as much as 241 million tonnes of material by 2050, according to a new roadmap from Zero Waste Scotland, highlighting the growing tension between decarbonization goals and the resource intensity of large-scale energy infrastructure deployment.

Less than 1 percent of global textile waste is currently recycled back into new textile fibers at scale, a figure that underscores the structural gap between policy ambition and industrial capability as Extended Producer Responsibility frameworks begin reshaping the sector in Europe and parts of the United States.

Stellantis is expanding its circular economy strategy in the Middle East and Africa through a new vehicle dismantling center in Casablanca, underscoring how automakers are increasingly treating end of life vehicle management as both a supply chain necessity and a cost control mechanism rather than a peripheral sustainability initiative.

Global electronic waste exceeded 60 million metric tons annually in recent years, yet only a limited share is formally recycled, leaving substantial volumes of recoverable nickel, cobalt, and other battery metals unused.

UK consortium has secured funding through the Battery Innovation Programme to develop a localized recycling pathway aimed at retaining critical battery materials within the national economy.

Innovation in battery circularity technologies is accelerating at a significantly faster rate than battery manufacturing itself, highlighting a structural divergence between technological development and industrial deployment.