Recycle TODAY

10/08/2026

Happy Heroes Day, Zimbabwe!

Today, Recycle Today honours the courage, sacrifice and vision of the heroes and heroines who fought for our freedom.

Their legacy calls us to build a Zimbabwe that is cleaner, richer and stronger for generations to come.

Let us honour their sacrifice by taking responsibility for the Zimbabwe we leave behind.

Remember. Respect. Renew.

Cleaner • Richer • Together
Recycle Today

21/07/2026

Maine is the first U.S. state to make packaging producers pay for recycling. The law shifts the financial burden from taxpayers to the companies that create the waste. It aims to improve recycling rates, which have struggled since China stopped buying most U.S. recyclables.

The law is called an Extended Producer Responsibility (EPR) program. It charges producers fees based on the amount of packaging they sell and how easy it is to recycle. Easier-to-recycle materials mean lower fees, creating a financial incentive for companies to design more sustainable packaging. The money goes to a fund that will reimburse municipalities for recycling costs.

Supporters say the law will support local recycling programs, while opponents have raised concerns about giving too much authority to the government. The program is currently being developed and is expected to be fully implemented by 2027.

A new approach to an old problem. 🌎♻️

21/07/2026

🌱 A breakthrough in the Amazon

In the dense ecosystems of the Amazon rainforest, researchers found a hidden ally in the fight against plastic waste. The discovery involves a fungus that eats polyurethane, one of the most common and hardest to recycle plastics used today. The fungus can survive on plastic alone as its food source.

🔬 The science of digestion

Known as Pestalotiopsis microspora, this fungus produces an enzyme that breaks down the chemical bonds in synthetic polymers. Most biological decomposition needs oxygen, but this fungus can do its work in anaerobic conditions too. That matters for waste management because it could work:
* At the deep, oxygen-deprived levels of massive landfills
* In sealed waste treatment facilities
* Within underwater environments where plastic debris often piles up

🌎 Tackling a global crisis

This discovery offers a bit of hope for a planet dealing with millions of tons of plastic trash. Traditional recycling often fails with polyurethane because it's used in foam insulation, garden hoses, and synthetic fibers. Using a biological agent instead of harsh chemicals or high-heat incineration could offer a cleaner way to clear out non-biodegradable waste.

💡 Looking toward the future

Moving this fungus from a lab setting to industrial use is still a real challenge. Scientists are working out how to speed up its growth and how to introduce it into waste systems without harming local ecosystems. The goal is bio-reactors or treatment plants where this Amazonian fungus can digest consumer waste at scale.

Facts checked by

Sources:
Yale University News
Applied and Environmental Microbiology Journal
Scientific American

13/07/2026