The partnership with USP, through the Research Center for Greenhouse Gas Innovation (RCGI), which also includes the participation of the Federal University of São Carlos (UFSCar), focuses on studying innovative routes for CO2 conversion through both catalytic and electrocatalytic processes. While in conventional processes in the chemical industry, catalysts (materials that trigger chemical reactions) are thermally activated, electrocatalysis uses electricity to activate them. As such, renewable energy can be used partially or fully for CO2 conversion. 

The project, which started one year ago, considers a total period of five years for developments on a laboratory scale, with the possibility of extension based on the progress of research.

Braskem will contribute with investments and its expertise in industrial processes, and will also monitor and guide the studies. The research groups from USP and UFSCar will coordinate and conduct the studies using state-of-the-art infrastructure at the laboratories and with assistance from multidisciplinary teams consisting of chemists, physicists, and engineers, among others, with various levels of academic qualifications.

For Braskem, the partnership will also help it achieve its sustainable development targets, especially concerning reaching carbon neutrality. The company expects to reduce its greenhouse gas emissions by 15% by 2030 and attain carbon neutrality by 2050.

"In recent years, Braskem has signed several partnerships to study the possibilities and alternatives for using the CO2 generated by its operations. Through this new project, the company expands its collaboration with academia and helps foster domestic research in partnership with major educational institutions across Brazil," said Gus Hutras, head of the global Process Technology team at Braskem. "We expect the initiative to bring benefits for the industry in terms of CO2 conversion and that we can learn and contribute by mobilizing our expertise to scale up sustainable solutions for Brazil and the world," he added.

Once developed, the technologies for converting CO2 through catalysis and electrocatalysis will be novel, innovative, and disruptive in a market that is increasingly demanding projects that help combat climate change.