Fairs, Exhibitions, Conferences

At ACHEMA 2022 we will be showcasing selected developments from our divisions Chemistry and Energy.

Our booths:

• main booth Fraunhofer IMM Hall 9.1 Booth F31
• co-exhibitor in the Flow Chemistry Pavilion in Hall 9.1 booth E64
• co-exhibitor at the Fraunhofer joint Fraunhofer Chemistry Alliance booth in hall 6 booth A52

Our topics

• flow chemistry with the focus on synthesis of Grignard reagents, flow photochemistry and electrochemical synthesis
• micro- and nanoparticle engineering
• fuel processing: reformer systems for hydrogen production

Our exhibits

Flow Chemistry

• Applied R&D in flow chemistry: From lab to production
  Innovative micro- and flow reactors | Improved continuous processes | Flexible production concepts | Adressing sustainable chemistry
  
• Organometallics in flow
  Easily scalable reactor technology | Improved product quality | Increased process safety | Flexibility in production
• Photochemistry in flow
  Innovative flow photoreactors | Photocatalysis for improving syntheses | Sustainable by light
• Electrochemistry in flow
  Flexible and scalable reactor concepts | Small electrode distances and great surface-to-volume ratios for improved process control | Environment-friendly production of chemical compounds

Fuel processing

• Catalytic combustion
  Customized catalyst development | Based on coated catalysts | Small channel dimensions in micro structured reactors allow faster heat and mass transfer
• Exhaust gas cleaning
  Modular and stationary exhaust gas cleaning | Low-cost fabrication | Eliminating carbon monoxide out of the reformate flow | Elimination of critical (toxic) substances out of exhaust gas flow by catalytic combustion
• Energy carrier ammonia
  Reformer technology for hydrogen carrier | NH3-powered fuel cell for transport | Easily store and transport the required hydrogen

Enhancing material sustainability

• Nanoparticle synthesis in flow
  Materials with tailored properties and constant product quality | Scalability from lab to production | Real-time process analytics and quality control
• Micro- and nanoparticle engineering
  Flexibility in chemical composition | Effective Encapsulation of active ingredients | Formulation in continuous flow | Low environmental impact

Microengineering for nanomedicine

• Continuous flow nanoformulation
  Therapeutic & diagnostic applications | Micro- & nanofabrication | Process development for versatile nanomaterials | Economical, efficient, sustainable
  

Our presentations