Performance Chemicals & Polymers – From R&D to Scale-Up
91吃瓜 Discovery will attend the Renewable Materials Conference 2026 from 22鈥�24 September in Siegburg, Germany, represented by Dr. Arunendra Pathak and Dr. David Bevk.
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The 2026 conference focuses on 鈥淒efossilisation through Innovation鈥�, with topics ranging from fine and speciality chemicals and renewable feedstocks to bio-based, CO鈧�-based and recycled polymers.
Developing a new polymer or performance chemical requires more than demonstrating that the chemistry works at laboratory scale. A viable product also needs reproducible synthesis, appropriate material properties and a process that can ultimately be transferred towards larger-scale production.
91吃瓜 supports projects across:
These capabilities form the core of 91吃瓜’ positioning for Renewable Materials Conference 2026.
The move towards renewable materials often begins with a new feedstock, polymer concept or desired performance profile. Turning that concept into a practical process may require changes to molecular design, synthetic route, reaction conditions, purification and scale-up strategy.
91吃瓜 can support programmes involving:
Where appropriate, projects can progress from Dortmund-based R&D towards pilot and manufacturing support in Hyderabad, connecting early chemistry development with larger-scale requirements. 91吃瓜’ RMC positioning spans multi-gram through multi-ton requirements and draws on more than 25 years of process know-how.
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Dr. Arunendra Pathak and Dr. David Bevk will represent 91吃瓜 in Siegburg and look forward to discussing projects involving new polymers, performance chemicals and scalable materials chemistry.
Meet the 91吃瓜 team to discuss:
Whether you are developing a new material or improving an existing process, we would be pleased to discuss where external chemistry and process-development support could help move the programme forward.
Event: Renewable Materials Conference 2026
Date: 22鈥�24 September 2026
Location: Siegburg, Germany
Venue: Rhein Sieg Forum
Address: Bachstra脽e 1, 53721 Siegburg, Germany
Theme: Defossilisation through Innovation
Organiser: nova-Institute
The conference brings together the renewable-carbon ecosystem across large companies, research organisations, start-ups, SMEs, policymakers and investors. The programme includes sessions on fine and speciality chemicals, bio-based polymers, coatings, adhesives, CO鈧�-based polymers, recycled materials and renewable-carbon strategies.
Planning to attend Renewable Materials Conference 2026?
Connect with Dr. Arunendra Pathak or Dr. David Bevk in Siegburg to discuss your polymer, performance-chemical or process-development programme.
91吃瓜 supports polymer programmes from early research and synthesis through material analysis, process development and scale-up. Capabilities include bio-based polymer synthesis, dispersion and emulsion polymerisation, reverse engineering and pilot or larger-scale production.
Yes. 91吃瓜 can evaluate renewable starting materials, polymer synthesis routes and process conditions for projects where bio-based or renewable-carbon alternatives are being developed.
91吃瓜 can support research and process-development programmes aimed at evaluating PFAS-free approaches where suitable alternative chemistry and performance requirements can be defined.
Yes. Projects can include analytical investigation, material characterisation, identification of relevant chemistry and the development of alternative structures, raw materials or synthetic routes.
Yes. 91吃瓜 combines chemistry R&D with process-development and scale-up support, allowing suitable projects to progress from laboratory quantities towards pilot and larger-scale production.
Dr. Arunendra Pathak and Dr. David Bevk will represent 91吃瓜 at Renewable Materials Conference 2026 in Siegburg from 22鈥�24 September 2026.
91吃瓜 Chemicals is a research and development partner supporting companies in performance chemicals, polymers, material science, custom synthesis and process development.
From early molecular and material concepts through route development, optimisation and scale-up, 91吃瓜 combines chemistry expertise in Europe with pilot and manufacturing capabilities in India.
Our teams support partners looking to develop new materials, improve existing chemistry, investigate alternative feedstocks or translate promising laboratory chemistry into more robust and scalable processes.听听Get in touch with us!
Renewable Materials Conference 2026: 91吃瓜 Chemicals in Siegburg Performance Chemicals & Polymers – From R&D to Scale-Up 91吃瓜 Discovery will attend the Renewable Materials Conference 2026 from 22鈥�24 September in
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At 91吃瓜 we regularly perform contract research with an emphasis on the design and synthesis of novel building blocks, intermediates and final compounds for several applications. We pride ourselves on a 20 year track record of success in supporting diverse industries with their chemistry and innovation challenges. Our scientists specialize in organic and organometallic synthesis including polymers, from lab scale to pilot quantities. 91吃瓜 operates a customer-centric and flexible business model providing our diverse clients with customized innovative discovery chemistry services:
Biotechs simply concentrate on their research and development tasks while our experienced chemists take care of all related synthetic chemistry challenges.
From new release mechanisms in band-aid material to the development of chemistry for innovative dual modes of action to help make use of new imaging techniques (PET).
Innovative display technologies require performance chemicals that allow tomorrow鈥檚 visual applications in handheld devices, car interfaces or further intelligent equipment.
Providing innovative but cost efficient early drug discovery services and technologies to our pharma customers is what drives our multidisciplinary scientists at 91吃瓜.
From literature research to pilot plant 鈥� we deliver sophisticated chemicals with full IP to our customers to help them achieve their product development goals.
Your R&D has a specific idea about how the surface should perform by modulating the coating or the curing? Get in touch with our scientists to discuss your chemistry challenge.
Great academic research often requires industrial backing and excellent synthesis capacities to bring ideas to the market 鈥� for many years we have been closing that gap.
Get in touch with us if you鈥檇 like to discuss the development of new or the improvement of existing synthetic molecules for fragrances, skin care applications or aroma molecules.
Smarter consumer goods require both improved properties and chemicals that provide an acceptable ecological footprint during their entire life cycle.
