Plastic and the Planet

Plastic is the environmentally responsible, recyclable choice. Plastic consumes fewer resources than other materials and results in lower greenhouse gas emissions. Innovators continue to develop new ways to make this material even more sustainable and recyclable, ensuring the preservation of our environment.
Aerial view of wind turbines made using plastic, backlit by evening light. Aerial view of wind turbines made using plastic, backlit by evening light.

Recycling

Plastic is an essential part of our daily lives and disposing of it properly is vital to protecting our environment.

The best place for used plastics to go is into the recycling stream, where they can be repurposed to their highest and best use. There are a variety of ways to recover the value of plastic through recycling, which is why the industry invests billions in the development of new recycling technology.
Packaging, water bottles, building materials, bike helmets…

and more can all be made from recycled plastic.

Sustainability

Sustainability is a top priority for nations and businesses worldwide and plastic is key to achieving those sustainability goals. In addition to requiring far less energy and fewer resources to manufacture than other materials do, plastic has many attributes that contribute to overall sustainability on a global scale.
White outline icon of waste bin with downward arrows implying a decrease.
Plastic helps farmers reduce food waste and resource usage, while making fresh produce more accessible to consumers.
White outline icon of construction vehicle.
Plastic allows for safe and sustainable construction infrastructure.
White outline icon of material layers.
Plastics can be transformed into new fabrics, conserving natural materials and diverting plastic waste from landfills.

Circularity

Plastic is key to building a circular economy in which recyclable and reusable materials are not discarded but recovered and their value realized. In the case of plastic, increasingly sophisticated recycling techniques are producing purer and purer recycled plastics, increasing circularity and reducing the need for extracting new resources from the planet.
Pink outline icon of arrows in a clockwise direction reflecting a circular economy.
Expanding recycling facilities to support a circular economy.

Demand for recycled plastic content is increasing, which means that capacity for the recovery and processing of post-consumer plastic must also increase. More recycling facilities means keeping valuable materials in our circular economy and out of landfills. It also means more sustainability jobs that support that circular economy.

Pink outline icon of a network of people who are joining the workforce.
Investments in circularity through recycling infrastructure could create one million jobs by 2030.

The World Economic Forum sees the circular economy as a major job creator globally, with millions of positions anticipated as companies adopt more efficient resource use and recycling-based manufacturing. The UN Conference on Trade and Development echoes this potential, projecting that shifting to a circular economy worldwide could create substantial employment opportunities while also tackling key environmental issues. This approach focuses on keeping materials in use longer, which reduces waste and supports sustainable growth across industries.1, 2

Bioplastics

Made from either biobased or fossil-based sources, durable and compostable bioplastics are high functioning materials with numerous sustainability attributes.
The first man-made plastic, Parkesine, in the form of medallions, combs and knife handles on display at the Great International Exhibition in London.
Bioplastics allow manufacturers to diversify feedstocks.
Corn, sugarcane, canola oil, wood, potatoes, algae, and seaweed are just some of the materials from which biobased bioplastics can be made.
Materials such as wood and botanicals used for making bioplastics on display.
Compostable bioplastics can help reduce the amount of food waste sent to landfills.
Compostable food packaging helps direct organics waste to compost facilities that can recycle it back into nutrient dense soil.
Straw made from bioplastics in a jar of iced tea.
Bioplastics reduce a product’s carbon footprint.
Using plant-based materials capture CO2 from the atmosphere during plant growth and bioplastics often use less energy in the manufacturing process.