Как приготовить водорастворимые полимеры: процесс инверсной эмульсии, рецепты, применение и проектирование заводов

Inverse emulsion polymerization is the industrial process behind some of the most consequential yet invisible materials in modern life: the ultra-high-molecular-weight polymers that clarify drinking water, thicken cosmetic gels, condition wastewater sludge, and stabilize fluids pumped kilometers underground. Despite its commercial importance, the technology is poorly documented outside a narrow circle of specialists.This book closes that gap. Drawing on more than two decades of direct industrial experience across personal care, textile printing, water treatment, and oilfield fluids, Erik O. Muller delivers a single, coherent account of the entire subject — from the thermodynamics of water-in-oil emulsions and compartmentalized radical kinetics to reactor engineering, scale-up strategy, product formulation, and regulatory compliance.Ten fully detailed product recipes — covering cosmetic thickeners, textile printing agents, water treatment flocculants, and oilfield fluid additives — illustrate how changes in monomer composition, crosslink density, and molecular weight translate into qualitatively different performance. Process engineers will find actionable guidance on reactor design, loop configurations, and quality control; polymer chemists will find the kinetic and physicochemical foundations they need to understand why the process behaves as it does. This is an essential reference for anyone working in or entering the field of water-soluble polymer manufacture.