Petrochemicals

Circularity at Styrenics

Sustainability througout the value chain: from production to recycling

Circular economy is gaining importance - value chains establish sustainable solutions such as reduced waste, improved reuse, chemical and mechanical recycling.

We create chemistry for a sustainable future. The circular economy of BASF´s styrenics product portfolio shows how sustainable packaging and construction can work. By reducing our emissions, we are making our contribution to climate protection.

MAKE - Raw material production at BASF

The mass balance approach at BASF

The chemical industry uses a small number of raw materials to create tens of thousands of different products.

Classically, the lion’s share of chemical production starts in the steam cracker, where steam is used to split or “crack” naphtha, a long-chain hydrocarbon, into smaller molecules. These molecules then serve as the building blocks for downstream production. They include, for example, hydrogen, methane, ethylene and propylene, which are mainly processed into plastics, coatings, solvents and crop protection products.

Alternative feedstocks can be fed into the Verbund at the beginning of the production and allocated to products via the mass balance approach.

USE - Use phase 

Saving COin building & construction
With suitable insulation measures it is possible to save up to 80% of CO2 emissions.
Perfectly cooled and packed safely: Styropor® Ccycled™ with proven properties and lower carbon footprint / photcredit: Peter Tubaas, Vestland Media
Packaging
EPS packaging preserves sensitive goods from shocks and keeping fish cool in packaging.

RECYCLE - Our solutions for the circular economy

Chemical Recycling

 

Collected plastic waste turns into a secondary raw material which is fed into the Verbund production at the beginning of the value chain. 

Mechanical Recycling

 

Collected and sorted EPS waste is processed into secondary products.