Search for…

• Practical and safe fluorination of white phosphorus (P4)

  B82082

  Practical and safe fluorination of white phosphorus (P4)

  • One-pot reactions with simple and commercially available reagents
  • Safe fluorination, no hazardous educts, intermediates or waste
  • Sustainable closed-loop or (electro-)catalytic reactions routes possible
• Sustainable phosphorus functionalization with disulfides

  B82082

  Sustainable phosphorus functionalization with disulfides

  • One-pot reactions with simple, cheap reagents to obtain valuable monophosphorus compounds
  • Sustainable closed-loop or (electro-)catalytic reactions routes possible
  • High process safety: no hazardous educts, intermediates or by-products
• Grainstorm revolutionizes the ethanolic fermentation of starchy raw materials in the production of distilled spirits and simplifies starch-based fermentation

  B81132

  Grainstorm revolutionizes the ethanolic fermentation of starchy raw materials in the production of distilled spirits and simplifies starch-based fermentation

  • Mashing takes place at low temperatures with a dispersing device (up to 32°C)
  • No need for cooling the mash, fermentation at mashing temperature
  • Complete conversion of starch, very high yields
  • Greatly simplified process execution, significant savings in equipment and mashing time
• New catalysts for the production of superior PHB

  B82063

  New catalysts for the production of superior PHB

  • Biocompatible and biodegradable plastic with superior material properties compared to bacterial PHB
  • Cost-effective production via ring opening polymerization of ß‐butyrolactone
  • Thermomechanical properties similar to petrochemical PP, material suitable for melt processing
• PosH-Tag: Cost effective and highly specific biomolecule separation with bare silica surfaces and immobilization using bare magnetic iron-oxide nanoparticles

  B80037

  PosH-Tag: Cost effective and highly specific biomolecule separation with bare silica surfaces and immobilization using bare magnetic iron-oxide nanoparticles

  • Platform for protein purification and immobilization
  • Efficient and cost effective separation of target molecules
  • Without NTA modification and the use of imidazole
• Natural Antioxidants for food or cosmetic oils and fats

  B78099 | B79090

  Natural Antioxidants for food or cosmetic oils and fats

  • Highly effective, edible natural antioxidants for oils and fats
  • Antioxidant and antibacterial effects for long shelf life
  • For edible oils and fats, cosmetics and other oil-based products
• Sustainable one-pot preparation of versatile organo-phosphorus compounds

  B79039

  Sustainable one-pot preparation of versatile organo-phosphorus compounds

  • Simple one-pot reaction using mild, non-corrosive conditions
  • Reaction yields e.g. stannyl phosphines for direct reaction with electrophiles
  • No separation/purification steps necessary
• Innovative solid-liquid reactor for high-speed mass transfer & catalysis without clogging

  B78159

  Innovative solid-liquid reactor for high-speed mass transfer & catalysis without clogging

  • Fully scalable rotating reactor for quick mass transfer reactions
  • Broad variety of chemical- and pharmaceutical applications such as extraction & biocatalysis
  • Especially effective for the use of small or deformable particles as solid reactant (no clogging)
• Reducing waste and time – Novel approach allows for rapid isotope production for medical diagnostics

  B78139

  Reducing waste and time – Novel approach allows for rapid isotope production for medical diagnostics

  • ⁹⁹ᵐTc as one of the most important medical radioisotopes
  • Novel dry-chemical separation of molybdenum and uranium
  • More environmentally friendly production with less toxic waste
• Protein Purification/Immobilization through negPeps

  B76080

  Protein Purification/Immobilization through negPeps

  • NegPeps (magnetic particle binding peptides) are novel peptides with the potential to replace the common affinity tags based protein purification/immobilization
  • NegPeps bind to magnetic nanoparticles in a reversible and controlled manner
  • No specific surface functionalization necessary

10 of 89 Tech Offers