This book is focused on defining the twelve design principles for Sustainable Environmental Engineering (SEE). It critically examines the past engineering design in environmental engineering according to twelve principles. Eight new major design topics are demonstrated as new industrial trend to replace the conventional environmental engineering design or processes. These processes include UV disinfection, rain harvest for zero water design, membrane separation technologies, Anammox, membrane biological reactor, struvite to recover phosphorus, Fenton treatment of leachate, photocatalytic oxidation of organic pollutants to replace phase transfer technology such as adsorption. The book starts with the common environmental issues such as air, water, and soil pollution under climate change. Other topics covered include sustainability, environmental laws, green engineering, decision principles and metrics, green chemistry, green engineering design, life cycle assessment, impact of water and wastewater treatment, total cost assessment, and sustainable engineering design for future. After green economy is defined, new challenges of SEE are explained. Computer software such as SPSS for statistical analysis, Crystal Ball for Monte Carlo simulation, Matlab codes for reactor design, and Simulink for simulation of reactor are demonstrated using design examples. In addition, experiential teaching, critical thinking, entrepreneurial skills, and community involvement are intervened with traditional learning modules such as homework and quiz as assignment.
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