Resource Upcycle > Research

Metal recovery, waste plastic reforming

1. Conservation of the environment

Extracting and processing raw materials from the Earth is typically energy-intensive and can result in substantial environmental harm, such as habitat destruction, loss of biodiversity, and pollution. Repurposing waste materials into functional goods decreases the demand for new materials, hence reducing the environmental impact linked to extracting and processing resources.

2. Waste Management

The rise in consumerism worldwide has caused a substantial buildup of waste, especially plastic waste, resulting in notable environmental and health hazards. Chemical research on upcycling offers creative ideas to transform trash into valuable products, effectively tackling waste management and resource shortage issues.

3. Efficient use of energy

Upcycling methods, particularly for metals and polymers, may be more energy-efficient than manufacturing the same materials from new resources. Converting wastes into new materials typically involves lower energy consumption, leading to less carbon emissions and supporting worldwide initiatives to address climate change.