Product and technology
Products
Cleaner, safer and more efficient chemical manufacture.
Background: illustrative render, not a real site or product.
Cleaner, safer and more efficient chemical manufacture.
Background: illustrative render, not a real site or product.
Bio2Amine shows broad scope for aromatic nitro-to-amine conversions.
H2BioCat provides efficient H2-driven NADH or flavin recycling to support your cofactor dependent enzyme.
This heterogenous biocatalyst shows excellent scope , selectivity and productivity for nitro-to-amine conversions.
Handling protocols are designed to mimic metal/carbon catalysts for ease of implementation.
Bio2Amine can be operated in batch or continuous flow.
Our Bio2Amine process booklet highlights 16 nitro-to-amine reactions: Process booklet
I ndividual technical notes provide information on each of these 16 processes individually.
4-Chloroaniline
4-Fluoroaniline
Aniline
Naphthylamine
meta-phenylenediamine
ortho-phenylenediamine
para-phenylenediamine
Alfusozin
Dipyridamole
Erlotinib
Fampridine
Linezolid
Mesalazine
Paracetamol (from nitrobenzene)
Paracetamol (from nitrophenol)
Sildenafil
This technology platform supports NADH- of flavin-dependent enzymes, providing a 100% atom efficient cofactor recycling system, and allowing intensification of process conditions.
A selection of technical notes to showcase H2BioCat capabilities.
coming soon
bring together the best of biology and chemistry for cleaner, safer, cheaper chemical production, and make use of existing chemical manufacturing infrastructure allowing us to compete on lower barriers-to-entry.
Replace metals: Our biotechnologies allow ‘hydrogenation’ reactions to run under mild conditions (temperature, pressure) and benefit from the exquisite precision of redox biocatalysis.
Decarbonise biocatalysis: We believe that improving implementation of redox biocatalysis will ultimately speed up a switch to bio-based feedstocks, building circular and bio-based economies.
