Technological watch

Covestro’s Mass-balanced PC Production Site Receives ISCC Plus Certification


Covestro has received ISCC Plus mass balance certification for its site in Shanghai, known as Covestro Integrated Site of Shanghai (CISS). This means the company can now offer its customers in the Asia Pacific region large volumes of the as well as the polyurethane raw material methylene diphenyl diisocyanate (MDI), made from alternative raw materials in the same good quality as fossil-based counterparts.
First Site with ISCC Certificate in the Region
CISS, the company’s biggest site worldwide, is the first Covestro site in the Asia Pacific region to have received the ISCC Plus certification, following in the footsteps of the two European sites Antwerp in Belgium and Uerdingen, Germany, at the end of last year. In the meantime, two local trading entities, Covestro (Shanghai) Investment and Covestro (Hong Kong), have also been ISCC Plus certified.
This means that certified mass-balanced products can now be delivered seamlessly from Covestro’s production and trading units to downstream industries. The company will start delivering the first order for certified mass-balanced polycarbonates of the Makrolon® RE range to the electronics industry in September.
"It makes me proud that we’ve taken a big step forward towards our vision to be fully circular in order to meet the demand for more sustainable products," says Sucheta Govil, chief commercial officer at Covestro. "With the mass balance certification, we are now able to directly support our customers in Asia Pacific to reduce carbon footprint with a drop-in solution that can be implemented in existing production processes without the need for technical modification."

Mass Balance Approach and Sustainability
Dr. Yun Chen, general manager of Covestro Integrated Site Shanghai, says, "This is a critical step towards achieving climate neutrality and ultimately moving towards full circular economy: We are obtaining an external certification, advocating for the use of more sustainable raw materials, and truly bridging the goal of reducing the total carbon footprint to the production, distribution and sourcing of raw materials for our products."
Mass balance is a chain of custody method that allows fossil and alternative feedstock to be mixed in production but separated in bookkeeping. It can track materials through the value chains and allows attribution of alternative feedstock, like bio-based raw materials, to selected end products. Through the mass balance approach, alternative raw materials are introduced into the value chain while taking advantage of the existing chemical infrastructure with its high efficiency and economies of scale, accelerating the transition of the industry to a circular economy of plastics.
Reduced CO2 Footprint
Mass balanced products from Covestro with attributed alternative content have significantly lower CO2 footprint compared to fossil-based alternatives while enjoying the same good quality and properties. Mass-balanced Makrolon® RE, for example, offers superior climate performance with up to 80 percent reduction in carbon footprint compared to standard virgin material already. Covestro plans to make selected Makrolon® RE polycarbonates climate neutral using renewable energy at its European sites by the end of this year, to be followed by other regions.
Covestro is gradually converting to alternative raw material sources including renewables as part of a comprehensive program to drive forward the transition to a Circular Economy. The certification of the polycarbonate as well as the intermediate product MDI strengthens the use of alternative raw materials at Covestro. Polycarbonate is used in high-quality applications in the automotive and electronics industries, among others. MDI is used to produce rigid polyurethane foam, which has been providing efficient thermal insulation for refrigeration appliances and buildings for decades.
Covestro's Complete Polycarbonate Product Range

Source: Covestro



Publication date: 09/09/2021

Omnexus (news)

This project has been co-funded with the support of the LIFE financial instrument of the European Union [LIFE17 ENV/ES/000438] Life programme

The website reflects only the author's view. The Commission is not responsible for any use thay may be made of the information it contains.
Last update: 2020-07-14