Valorization of Plastic Waste: New Alternatives for an Urgent Problem

Valorization of plastic waste is still a pending issue. The uncontrolled plastic generation has generated a global environmental crisis. It is estimated that each year millions of tons of plastic are thrown away, ending in landfills, oceans and other natural environments. This use of single-use plastics has caused serious impacts on the ecosystems, sea life and human health. The urgent need to address this problem has become a priority for institutions, enterprises, and society, for this, increasingly, work is being done to value plastic in different ways.

At ATRIA, we work on the valorization of plastic waste, exploring new alternatives to convert discarded plastics into useful resources. Through innovative processes, we transform these wastes into sustainable materials, contributing to the circular economy and reducing environmental impact. If you’re looking for solutions for plastic valorization, Contact us!

Types of residues from plastic valuation.

Residues of plastic valuation address diverse techniques that allow transforming this waste into useful resources. Among them are mechanic recycling, where the plastics are transformed into new products; chemical recycling, which splits up the plastics to create new high-quality materials; and biodegradation/composting, methods that promote the natural split up of the plastics by microorganisms.  These perspectives offer opportunities to reduce the dependency on virgin plastic production and minimize its negative impact on the environment.

• Mechanic recycling: This process implies the transformation of plastic residues into new products through the fusion and reconfiguration of the material. Bottles, packaging and other plastic items can be recycled repeatedly to reduce the virgin plastic dependency.
• Chemical recycling: It is about splitting up the plastics into their original components to create new materials. Technologies such as pyrolysis and gasification transform plastic waste into basic chemical products, that then are used to manufacture high-quality plastics.
• Biodegradation/Composting: These techniques implicate the natural split up of plastics by microorganisms. Biodegradable plastics are decomposed in natural substances, meanwhile composting converts plastic waste into useful compost for farms.

Applications of the plastic residues valuation.

Residues of plastic valuation not only represent an environmental solution but also, a platform for innovation in multiple industries. Products derived from plastic recovery are used in sustainable building, packaging manufacturing, the textile industry and other sectors, providing alternatives more sustainable for conventional materials. From plastic wood in the building to plastic fibres in the fashion industry, these applications show one way to a more responsible use of the resources.

• Building industry: Derived materials from plastics recycling, such as plastic wood or isolations, are used increasingly in sustainable building, decreasing the demand for natural resources.
• Packing manufacturing: Recycled plastics are used in the production of new packages and containers, offering a more sustainable alternative to traditional materials.
• Textile industry: The sustainable fashion industry involves recycled plastic fibres in garment making, thus reducing the environmental impact of the fashion industry.

Benefits from residues from plastic valuation.

The adoption of plastic waste recovery strategies carries a series of significant benefits. Not only environmental pollution is reduced by giving a new propose to this waste, but also natural resources are conserved by reducing the demand for virgin raw materials. Also, the promotion of a circular economy looks favoured by promoting reuse and recycling, which at the same time can generate economic and social opportunities in local communities.

• Reduction of environmental pollution: By taking advantage of residues from plastic, the accumulation in landfills and oceans is avoided, reducing the negative impact on the ecosystems.
• Natural resources conservation: Revalorization of plastics reduces the need for virgin raw materials, preserving valuable resources and reducing the ecological footprint.
• Circular economy promotion: Reuse and recycling of plastic residues encourage a more sustainable production and consumption cycle, contributing to a circular economy.

To sum up, the revalorization of residues from plastic offers multiple opportunities to mitigate the negative environmental impact form these materials and promote more sustainable practices in diverse industrial sectors.

Do you want to reuse the residues from plastic throughout your productive process? Contact us!