Environmental Systems And Processes Walter J Weber by Walter J. Weber 9780471405184, 0471405183 instant download after payment.

A rigorous and in-depth approach to environmental systems and processes Concern over environmental changes resulting from oversubscription and exploitation of Earth's resources is mounting. Acid rains from power generation and industrial process emissions to the atmosphere, contamination of water resources by spills and discharges of hazardous chemicals, the greenhouse and global warming effects of carbon dioxide generated by consumption of organic fuels, and the depletion of ecosystem stabilizers such as oxygen in lakes and streams overfertilized by human wastes; these are a few of the considerations facing environmental engineers and scientists today. These are complex and confounding processes and phenomena, and their effects vary widely among the virtually limitless number of environmental systems and subsystems on Earth. Environmental Systems and Processes: Principles, Modeling, and Design is the first book to explain that, although environmental systems are virtually limitless in number, change is controlled by a relatively small set of fundamental processes. Written by one of the initiators and foremost proponents of the "first principles" approach to environmental system characterization and problem solving, this informative volume details how three fundamental issues lie at the base of every environmental process; i.e., the amount and form of available energy, the rate at which that energy can be exercised, and the configuration and dynamics of the system in which the process occurs. The author demonstrates how the mastering of relatively few fundamental principles can provide the reader with the tools necessary to solve a broad range of environmental problems. Topics discussed in Environmental Systems and Processes: Principles, Modeling, and Design include: fluid flow and mass transport; passive and reactive interphase mass transfer; elementary and complex process rates; ideal, hybrid, and nonideal system modeling and design; and multiphase and interfacial