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It is difficult to imagine an aspect of our modern world not touched by caprolactam. These hydrophilic polymers, their co polymers with other hydrophilic monomers, and their metallic salts are utilized in many applications that include mining, water treatment, sewage treatment, boiler-water additives, super absorbent diapers, paints, detergents, industrial coatings, cosmetics, ceramics, textiles, ion-exchange resins, paper making, oil well drilling, agriculture, industrial adhesives, cements, drugs delivery, and oil production.

Polyacrylamides and their co polymers with other hydrophilic monomers, and their metallic salts are utilized in many applications that include mining, water treatment, sewage treatment, boiler-water additives, super absorbent diapers, paints, detergents, industrial coatings, cosmetics, ceramics, textiles, ion-exchange resins, paper making, oil well drilling, agriculture, industrial adhesives, cements, drugs delivery, and oil production. According to invention, acrylonitrile is hydrolyzed e.g. with sulfuric acid monohydrate, neutralized e.g. with calcium carbonate, maintained as a slurry...

Acrylonitrile is a key monomer for various polymeric consumer products. Acrylonitrile most important application is for the production of polymer for textile fibers. ABS is the most widely used engineering (i.e. metal replacing) plastic. Because of its reactivity, acrylonitrile can be used as a chemical intermediate. Some Acrylonitrile co polymers have found specialty applications where good gas barrier properties are required along with strength and high impact resistance. A growing specialty application for acrylonitrile is in the manufacture of carbon fibers for high performance...

Polymerization Reaction Engineering is used to understand how the reaction mechanism, the physical transport processes reactor, configuration and reactor operating conditions that affect the macromolecular architecture as well as the morphological properties of the polymer product. By use of modeling methodology, these mathematical models can be classified into Micro Scale kinetic models, Meso Scale physical, transport and thermodynamic models and Macro Scale dynamic reactor ones. These models are used to achieve goals like production cost reductions and more stringent "Polymer Quality"...