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The book offers a unified description of mass transport, including transmembrane transport both for chemical and biological membranes, and kinetics of chemical reactions.The innovative description is based on a combination of classical mechanics and Einstein’s mobility of molecules in Brownian movement. It is simpler but more powerful than the traditional and rather formal linear thermodynamics approach. This book is the first ever to use modified ideas familiar from classical mechanics, such as energy and force per mol, for a systematic description of equilibrium and nonequilibrium physicochemical processes. The description combines three fundamental components: Einstein’s mobility for Brownian movement, the equation for chemical transport rates in fluids, and an equation for physico-chemical potential. In combination with Newton’s laws and Gibbs’ laws of equilibrium thermodynamics, these three fundamental components naturally lead to nearly all major mass transport equations. These equations are presented in a single unifying Table of Mass Transport and Equilibrium Laws.