Reaction capability
? Acylation
? Alkylation (O, N, C)
? Arbuzov
? Bromination, Chlorination
? Carbonylation
? Condensation (Knoevenagel,...)
? Cyanation
? Demethylation
? Diazotation
? Enantiomeric resolution
? Enzymatic reaction
? Formylation
? Friedel & Crafts
? Grignard
? Heterocycles formation
? High Pressure reactions / Hydrogenation
? High Temperature reaction
? Heck, Suzuki, Sonogashira coupling
? Hydrazine, epichlorhydrine chemistry
? Nitration
? Malonic synthesis
? Oxidation
? Oxime formation
? Rearrangements
? Reduction (Wolff-Kishner, hydrides, borane...)
? Strecker
? Sulphonation, Sulphochlorination
? Sulphur chemistry (disulphide, sulphone,...)
Key Technologies
? LITHIATION
? BROMINATION
? PEROXIDATION
? CARBONYLATION
? CYANATION
? ENZYMATIC REACTION
? HALOGENATION (BROMINATION, CHLORATION, IODATION)
? CHLOROSULFONATION
? HYDROGENATION
? HIGH TEMPERATURE REACTIONS
? LOW TEMPERATURE REACTIONS
? CATALYTIC HYDROGENATION
? ASYMETRIC CHEMISTRY
? HETEROCYCLIC REACTION
Chemical reagents
CHEMIELIVA and affiliates are approved and monitored by all competent public
bodies to handle the following reagents at pilot and/or industrial scale :
? Br2 | Brome |
? Cl2 | Chlorine |
? BuLi | Buthyl lithium |
? CH3X | Alkyles derivates |
? ClSO3H | Chlorosulfonic acid |
? HNO3 | Nitric acid |
? NaBH4 | Sodium Hydroborure |
? LDA | Lithium diIsopropylamide |
? Zn(Et)2 | Diethyl Zinc |
? RMgX | Magnesium Derivates |
? NH2-NH2 | Hydrazin |
? POCl3 | Oxychlorure de phosphore |
? NaCN; KCN | Cyanides |
? COCl2 | Phosgene |
? (CH3)2SO4 | Dimethyl Sullfate |
? H2 | Hydrogen |
