Daniel Freidank (left) and Wei Leng (right), lab managers, check the quality of viscoelastic polyurethane foam. The density of a foam product depends on the type and amount of blowing agent, and the flexibility or rigidity on the structure of polyols and isocyanates involved. Print free of charge. Copyright by BASF
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Innovate with us

Who we are

Innovate with us!

At BASF, we strive to find solutions to the global challenges we face on a daily basis. This objective requires thinking outside the box and seeking integrated results. Collaboration is key in creating solutions. To achieve this goal, we consistently join forces with experts from different sectors with diverse backgrounds and a broad variety of know-how. With that in mind, we invite you to innovate with us! 

Join us in our efforts to innovate for a sustainable future: we welcome you to bring in your expertise to help with our ongoing challenges. In our open collaborations, you may find a perfect match with your profile. Take initiative and get in touch with us.

Ongoing Challenges

Halo Science: Discover collaboration opportunities with BASF
Halo Science is an AI-Powered technical marketplace for R&D partnering. Here you can explore possibilities to partner up with BASF and drive scientific progress. Turn your ideas into reality and transform the future together with BASF's funding opportunities.
  1. Find out more
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Personal Care:
Care Creation
Together we will innovate personal care: Oils, surfactants, rheology modifiers, UV filters, actives - these are just some of the products BASF develops for the personal care industry. We invite you to join our open innovation. 
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Agriculture:
Open Innovation Platform
Have you identified novel molecules and you are curious to see effects on weeds, fungi or insects? Just send us a sample and we will do the in vivo screening for you. Read more about the entire Open Innovation Platform process.
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Open Collaboration

While the world’s population and the resulting demands continue to grow, the planet’s resources are limited. Chemistry is an enabler; it provides solutions for current and future societal needs. To find the best solutions, we collaborate with excellent minds from start-ups, industry and academia.

Brainstorm concept of team discussing new project in office; Shutterstock ID 1077065480; Jobnummer: 20751351; Projekt: Intra/Internet; Endkunde: BASF SE , FHG/TA, Jasmin Heinemann; Sonstiges: BASF SE, ESI/K Herr Götzger
Start-up
We want to improve many areas of life. If you think you can contribute with your idea, technology or business model, we want to hear from you!
  1. BASF Venture Capital
University students sitting together at table with books and laptop. Happy young people doing group study in library.; Shutterstock ID 508251865; Jobnummer: 20749946; Projekt: Kampagne FLS 2020; Endkunde: BASF SE, ESI/K Nina Knapp; Sonstiges: BASF SE, ESI/K Nina Knapp
Academia
We look forward to innovating and collaborating with excellent researchers around the world. Bring in your expertise and partner with an industry leader!
  1. Existing Academic Research Alliances

Related News Releases:

Date

Results: 2183

Culture in every step: The winning designs of the Footwear Contest with Politecnico Calzaturiero combines an Elastopan®SpringPURe midsole with an Elastollan® TPU outsole. Photo: BASF
Trade News | September 10, 2026

BASF at SIMAC 2026: Advanced Materials for Durable and Circular Footwear Concepts

Under the campaign theme "Make the Move," BASF will present polyurethane and thermoplastic polyurethane (TPU) solutions across the entire footwear life cycle at Simac Tanning Tech 2026 in Milan, Italy. Make the Move stands for moving footwear forward: from established manufacturing methods to new processing technologies, from linear products to circular concepts, shaping the future of footwear.
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BASF is expanding its portfolio of amine catalysts with Lupragen® BisDMAPU, a new low-emission catalyst designed for flexible polyurethane (PU) foam applications. Lupragen BisDMAPU is a balanced PU catalyst that supports both gelling and blowing reactions, ensuring reliable, high-quality foam formation and dimensional stability. With its low volatility and low odor, the catalyst can help manufacturers reduce volatile organic compound (VOC) emissions from finished foam products, making it suitable for applications that must meet low-VOC standards. Photo: Generated with AI
Trade News | September 10, 2026

BASF introduces low-VOC polyurethane catalyst Lupragen® BisDMAPU

BASF’s Intermediates division is expanding its portfolio of amine catalysts with Lupragen® BisDMAPU, a new low-emission catalyst designed for flexible polyurethane (PU) foam applications. Lupragen BisDMAPU (chemical name: 1,3-Bis[3-(dimethylamino)propyl]urea, CAS 52338-87-1) will be available to customers globally under the Lupragen trademark.
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With Durasorb® LNG MAX, BASF enables simplified LNG pre-treatment and greater feed gas flexibility through a single-unit adsorption solution that removes trace heavy hydrocarbons, BTEX compounds, and water to cryogenic specifications. Photo: BASF
Trade News | September 9, 2026

Durasorb® LNG MAX technology implemented at Cheniere’s Corpus Christi LNG facility

BASF announced today that Cheniere Energy, Inc. has commissioned Durasorb® LNG MAX technology at its Corpus Christi LNG facility in Texas, USA (the “CCL Facility”).  Durasorb installation at the CCL Facility began in 2025 and is now in place on multiple mid-scale and large-scale liquefaction trains. Cheniere plans to complete installation and commissioning of Durasorb across the remaining CCL Facility liquefaction trains by the end of 2027.
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A BASF employee in a rice trial field. BASF Agricultural Solutions and IRRI have extended their scientific partnership to further advance sustainable rice cultivation. Photo: BASF
Trade News | September 9, 2026

BASF Agricultural Solutions and IRRI extend partnership to further advance sustainable rice cultivation

BASF Agricultural Solutions and the International Rice Research Institute (IRRI) have extended their scientific collaboration named “Optimizing Management for Reduction of Greenhouse Gases in Rice” (“OPTIMA Rice”) to further advance sustainable rice cultivation, targeting reductions of methane and other greenhouse gases.
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The modernized plant for acid chlorides and chloroformates (ACCF) at BASF’s Ludwigshafen site. The investment, amounting to a low three-digit million-euro sum, increases production capacity by around 30 percent. Photo: BASF
Trade News | September 2, 2026

BASF strengthens production of acid chlorides and chloro­formates with fully modernized plant in Ludwigs­hafen

BASF today officially inaugurated its fully modernized plant for the production of acid chlorides and chloroformates (ACCF) at the Ludwigshafen Verbund site. The new production asset represents a milestone for BASF’s Intermediates division, designed to combine increased production capacity with enhanced sustainability performance and long-term supply reliability for customers worldwide.
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