How to address the challenges of CIRCULAR ECONOMY?
The circular economy consists of preserving and regenerating resources by reducing waste through virtuous loops. The occurrence of the Earth Overshoot Day, which marks the point in the year when humanity exhausts the planet’s annual ecological resources, has been degrading each year. A circular economy would allow for much better management of our resources and also extend its fruits to the environmental and social impacts of our consumption patterns.
REFUSING PRODUCTS
Governments have the ability to establish laws against single-use material or implement deposit systems. Companies can eliminate linear incentives and establish goals and incentives for circularity practices, particularly for high-impact items like clothing or electronic devices.
Consumers have the power to say no, the choice to stop buying or using certain products, to avoid single-use items or unnecessary packaging, prefer-ring bulk consumption.
Did you know?
In 2021, the European Union generated 10.7 kg packaging waste per inhabitant. 10.8 kg more per person than in 2020.
Did you know?
The average time of use for a drill over its entire lifeapan is 10 minutes.
Did you know?
3/4 of the environmental impacts cf the smartphone are linked to its manufacturing.
Did you know?
Recycling aluminum saves 95% of the energy required for its primary production.
Did you know?
Circular economy should representa potential for an additional 300,000 jebs in France by 2030.
REDUCING CONSUMPTION
Reducing consumption involves not only purchasing necessary quantities but also producing durable, long-lasting products and combating planned obsolescence. Governments and industries play a crucial role in implementing policies and practices to limit the production of unnecessary items, and promoting eco-design. These changes necessitate a redesign of global supply chains. Implementing territorial and industrial ecology fosters a connected relationship between local industrial production and economic actors, optimizing material, energy, and water flows.
Another approach, the functional economy, prioritizes usage over ownership, shifting the model to focus on services. This approach coul save up to 30% of the carbon footprint.
Repairing and Reusing goods
Repairing represents a significant shift from a disposable to a repair-oriented mindset. Instead of discarding devices when they malfunction, choosing to repair and extend their lifes-pan can reduce waste. Giving them a second life through repair, renovation, or transformation, purchasing second-hand, or opting to rent instead of buy.
RECYCLING AND REVALORIZING
Recycling and revalorization should be the last resort of the 5R’s. Proper sorting and recycling of waste, especially through more efficient sorting centers and recyclers, ensure that materials are given a second life instead of ending up in landfills.
Revalorization enables the transformation of non-recyclable waste into raw materials or energy. This can be achieved by encouraging energy recovery technologies such as anaerobic digestion and waste-to-energy incineration, supporting composting initiatives to valorize organic waste, and promoting waste recovery for the production of new products or materials.
