Latest Technologies in Plastic Recycling

Climate change is a big challenge for both homes and businesses everywhere. But there’s good news: new and better recycling methods are helping us move toward a more sustainable future.

Even though recycling is becoming more popular, we still need to keep improving our recycling techniques and technology. Fortunately, there are some exciting new innovations making a difference in how we recycle.

In this blog from ETM Recycling, we’ll explore the latest trends in recycling, including new materials, methods, and technologies.

New recycled materials

Some of the coolest new trends in recycling technology involve using innovative recycled materials. These materials are becoming more common in our daily lives. Here are a few examples:

• Recycled Bricks – Eco bricks are a fantastic solution that turns plastic waste into sturdy building blocks. These bricks are often made from plastic bottles and other recycled plastics. They’re not only good for the environment but also provide excellent insulation due to the properties of the plastic. Eco bricks offer a green alternative to traditional building materials and help keep plastic waste out of landfills.
• 3D Printed Furniture – Thanks to advances in 3D printing, we can now create furniture, decor, and even art from recycled materials. This technology cuts down on the need for new raw materials and provides a more eco-friendly option compared to traditional manufacturing.
• Plastic Roads – Building roads usually requires a lot of raw materials, but we can now mix recycled plastic waste with asphalt. This not only conserves raw materials but also makes the roads last longer. These plastic roads are more durable and flexible, which helps prevent cracks and potholes, while also reducing the overall carbon footprint of our roadways.

New recycling methods

In addition to new recycled materials, we’re seeing some exciting new methods for recycling plastics. Here’s a rundown of the latest approaches:

Chemical Recycling
Chemical recycling breaks plastic back down into its original form. This method includes various techniques that convert plastic into reusable materials and other products. The process usually starts with breaking down long-chain molecules (called polymers) using heat or chemicals. These polymers are then split into smaller units (monomers) that can be used to make new plastics. Finally, the material is purified to separate out any unwanted additives.

Organic Recycling
Organic recycling deals with biodegradable plastics. In this process, plastics are treated with microorganisms under controlled conditions, either with or without oxygen. This type of recycling is only suitable for certain plastics that can be turned into organic products like carbon dioxide, methane, and water.

Dissolution Recycling
In dissolution recycling, plastics are dissolved in solvents to separate and clean them. This method is often used in industries to recycle plastics like PVC, polystyrene, nylon, and polypropylene. The dissolved plastics are then turned back into high-quality monomers, which can be used to make new plastics with the same properties as the original materials.

New Recycling Technologies
New technologies are changing the way we recycle, making the process more efficient and effective. Here are a few examples:

• Smart Bins
  Smart bins are transforming recycling by reducing waste going to landfills. They use sensors, connectivity, and data analytics to sort materials more accurately. Some bins can even identify and sort different types of recyclables on their own.
• Artificial Intelligence
  AI-powered machines are improving recycling by sorting materials more accurately. These machines can identify and separate different types of recyclables, making the process more efficient and reducing contamination.
• Pyrolysis
  Pyrolysis turns plastic waste into fuel. By heating plastics to high temperatures without oxygen, they break down into smaller molecules that can be used as fuel or to create new plastics. This method helps reduce the amount of plastic waste that ends up in landfills.
• Nanotechnology
  Nanotechnology works with materials at a very small scale to improve their properties. By breaking plastics down to their molecular parts, engineers can enhance and repurpose them, boosting their recyclability and reuse.
• Biodegradable Plastics
  Biodegradable plastics break down naturally over time, which helps reduce plastic pollution and the amount of waste that ends up in landfills. These plastics are designed to decompose more quickly than traditional plastics, lessening their environmental impact.

These new recycling methods and technologies are making strides in how we manage plastic waste, helping us recycle more effectively and reduce our environmental footprint.

Also Read: How Recycling Plants Process Plastics

Waste Management Solutions from ETM Recycling

ETM Recycling provides top-notch waste disposal services across Bristol and the South West. We focus on environmentally friendly practices, making us a great choice for businesses aiming to reach their environmental goals.

Recycling can seem overwhelming, but don’t worry—ETM Recycling is here to help. We offer personalized guidance for businesses through our Recycling and Waste Management Services. With our extensive industry experience and strong local connections, we’re ready to help you find the perfect recycling solutions for your needs.

Want to learn more about how ETM Recycling can support your business? Get in touch with us today!