This versatile synthesis potential of acetylene favors itsbeneficial use in various sectors of the chemical industry, for example for theproduction of perfume ingredients, vitamins, additives for polymers, building solvents and surfactants.
Flexible purity profile
Considering the appropriate requirements for the synthesis,in most cases it is possible to adapt the purity profile. For this purpose, acareful choice and combination of the source of the acetylene and the absorbent in which the acetylene is in solution in the cylinders is necessary.
Anbu Chem is a competent partner for the chemicalindustry when it comes to identifying solutions in the following fields:
· Needs analysis for a customized procurementsystem
· Engineering and Design of the procurement system
· Construction of the supply system
· Assembly and commissioning of the supply system
· Safety instructions for service personnel
· Inspection and maintenance (e.g. periodicservice)
· Custom Chemical Synthesis
A decade of experience in all fields of safe acetylenemanagement, i.e. cylinder production, transport, choice of materials andcontrol technology complete Anbu Chem offer for the chemical industry.
Organic chemistry and chemistry of formulations. Water asthe medium of choice for synthetic chemistry
For the synthetic organic chemist, water is considered moreof a problem than a resource. Many transformations of interest require therigorous exclusion of water. When not harmful, this particular solvent is however considered of little use since most of the organic derivatives are hydrophobic.
Some chemicals including Luca Beverina , Professor ofOrganic Chemistry in the Department of Materials Science of the ' University of Milano-Bicocca , are showing that none of the above problems really is a limit from the point of view of many transformations usually conducted in environment controlled and in anhydrous solvents.
The addition of a surfactant to the water leads to theformation of numerous associative colloids, of which spherical micelles are themost common example. These structures are characterized by a hydrophilic corona and a lipophilic heart. This characteristic, well known to formulation chemists, is the key to conducting reactions in water starting from reagents and to give both hydrophobic products .
