Auserpolimeri, an Italian company of Bruggemann, Germany, specializes in the grafting of polymers by means of reactive extrusion. Polymers functionalized with this technology make up our product portfolio and include adhesion promoters, compatibilizers and impact modifiers. Our expertise in the engineering polymer market is characterized by high-quality technical advice and continuous product development.
Discover how sustainability drives innovation at Bruggemann in the latest interview with Dr. Stefan Laetsch on CHEManager.
The Brüggemann group has now been awarded the EcoVadis Platinum Medal, a sign of our relentless commitment to achieving our sustainability goals.
Press release Sep 11th, 2023
Bruggemann invests in CO2-neutral heat generation - Inauguration of the new biomass heating plant
Auserpolimeri has been acquired by the German company Bruggemann which continues to expand its polymer additive business with this strategic acquisition in Italy.
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With the commissioning of its new biomass heating plant in 2023, Bruggemann will change its energy supply at the Heilbronn site from fossil to renewable energy sources. In future, our parent company will use about 15,000 metric tons of biomass per year to cover its heating requirements.
With its innovative biomass heating plant, Bruggemann not only focuses on efficient energy generation, but also creates a significant bond to sustainability. The CO2 emissions of its products is decreasing considerably. In turn Bruggemann's customers profit directly, reducing their carbon footprint and benefiting by supporting their sustainability goals. Bruggemann creates a future where advanced chemistry and sustainable thinking are the essential bond.
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“High performance and high sustainability cables for connectivity and energy transport, achieved through the development and characterization of innovative nanomaterials”
R&D Project for the design and development of innovative electrical and optical fiber cables achieved through the use of multifunctional micronanomaterials and of renewable materials characterized by being ecocompatible, bio-based, with high performances and recyclable.
