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SustainCat Wins Jury Prize for Revolutionary PLA Production Catalyst

SustainCat's catalyst cuts PLA production time by up to 5x. This win at Berlin Science Week could revolutionize sustainable chemistry.

In this picture we can see Pepsi and Coca cola cans.
In this picture we can see Pepsi and Coca cola cans.

SustainCat Wins Jury Prize for Revolutionary PLA Production Catalyst

SustainCat, a startup specializing in sustainable chemistry, made a splash at the Berlin Science Week x Wiley x GreenCHEM event. They wowed judges with their innovative approach to Polylactic Acid (PLA) production, taking home the Jury Prize.

SustainCat's high-performance catalyst simplifies PLA production by enabling direct polycondensation of L-lactic acid through melt-phase and solid-phase condensation. This process streamlines production and cuts manufacturing time by 3 to 5 times. The catalyst, utilizing acidic supported solid catalysts like calcined zirconium sulfate on carriers like SiO2, enhances the crystallinity and molecular weight of the final product while reducing costs and energy consumption.

The team's successful innovation pitch at the Discourse on Green Chemistry Interactive Pitch Competition, held on November 5, 2024, at Wiley's Berlin office, earned them a feature in this issue's CHEManager Innovation Pitch. Cohosted by CHEManager and GreenChem, the event showcased early-stage startups addressing environmental challenges, with SustainCat's approach to sustainable chemistry standing out among the innovative projects.

SustainCat's win of the Jury Prize at the event is a testament to their innovative catalyst, which has the potential to revolutionize PLA production. Their success at the pitch competition, along with their feature in CHEManager, signals a promising future for this startup in the field of sustainable chemistry.

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