Braskem news

Updated LCAs show reduced carbon footprints for HDPE, EVA, and PE WAX, supporting sustainable choices in various applications. Data verified by third-party audit.

Braskem highlights advancements in bio-based and recycled materials at K 2025, focusing on sustainability, circularity, and expanding its diverse product portfolio.

Bio-based PE bags in Japan cut CO2 emissions by 3,900 tonnes annually, aligning with government sustainability goals and boosting demand for eco-friendly materials.

The agreement enables production of circular and bio-circular resins for South America, using sustainable feedstocks to reduce plastic waste and greenhouse gas emissions.

The partnership aims to advance Möbius dissolution-based recycling technology, improving plastic residue purification and sustainability, yielding near-virgin grade polymer resin for broader applications.

Chemically recycled PP from post-consumer waste is used for circular food transport packaging, supporting sustainability and reducing plastic waste.

Shell will convert pyrolysis oils into circular feedstocks, which Braskem will use to produce circular polypropylene, supporting sustainability and circular economy goals.

The agreement involves supplying pyrolysis oil from chemical recycling to boost circularity and sustainability, aiming to meet recycled material targets and reduce plastic waste by 2030.

The first demo-scale production of bio-based MEG from sugar has been achieved. The next phase involves testing and validation for potential commercial deployment.

A new demo unit in Denmark converts sugar into renewable MEG, aiming to reduce production costs and enhance sustainability in the chemical industry. The global MEG market is valued at $25 billion.

The new center in Wesseling, Germany, will develop products for the European market, enhancing technical support and expanding Braskem's polyolefin expertise.