UPM.COM

Easy switch from fossil-based chemicals to renewables

UPM's wood-based glycols

 

ISSUE

Traditional plastics rely on fossil-based raw materials

The packaging materials currently used in most industrial products and everyday consumer goods are made from fossil-based raw materials. Although many plastics, such as PET, can be recycled, they are not fully sustainable as their raw material is non-renewable.

Customers and brand owners are looking for more sustainable alternatives that are based on renewable raw materials. These alternatives must be competitive, high-quality materials that do not compromise product quality or recyclability.

 

BIOFORE SOLUTION

Industrial-scale biorefinery for renewable glycols

Following extensive technological development and piloting, UPM is building a first-of-its-kind biorefinery for producing renewable glycols. These wood-based glycols can be used to directly replace their fossil-based equivalents in many applications.

In the future, manufacturers can easily switch to sustainable raw materials: UPM’s renewable glycols behave exactly like their oil-based counterparts. They integrate seamlessly into existing manufacturing and recycling processes and meet the highest industrial quality standards.

 

UPM BIOFORE BEYOND FOSSILS

Renewable and recyclable packaging solutions for circular economy

UPM’s wood-based glycols allow producing packaging materials in a more sustainable manner – and without extra effort. Wood biomass from sustainably managed forests is a climate neutral, renewable raw material that provides an improved carbon footprint for existing value chains.

Renewable glycols can be used for high-volume products including bottles, packaging, textiles, composites, detergents as well as antifreeze and de-icing fluids.This means that the overall environmental impact of opting for the natural raw material can be enormous.

 
 
 

Benefits of renewable glycols

  • Easy switch from fossil-based materials; renewable glycols fit existing manufacturing and recycling processes
  • Meeting high industrial quality standards
  • Supporting circular economy and helping companies to redefine their sustainability targets
  • Utilizing biomass coming from sustainably managed forests

Read more at upmbiochemicals.com