Introduction to environmental engineering and science PDF

Introduction to environmental engineering and science pdf 3rd edition free: This book caters to all those aspirants preparing for environmental engineering and also for undergraduate students of science, non-engineering students, and pure science students.

The latest and the revised edition of the intro to environmental engineering and science contain nine chapters that are subdivided into various topics that cover the concept in a very structured manner.

Introduction to environmental engineering and science pdf

Along with the chapter, there is also an appendix that contains useful content like conversion factors, the density and viscosity of water and air and much more.

The language used in the book is very clear and crisp, so that students do not face any difficulty in getting the concept. 

Detail of introduction to environmental engineering and science pdf

Book title – introduction to environmental engineering and science
Author– Gilbert Masters, Wendell Ela
Format– PDF
Size–  mb
Pages– 691
Language– English
Publication–  Pearson

Table of contents of intro to environmental engineering pdf

Chapter 1 Mass and Energy Transfer

          1.1 Introduction
          1.2 Units of Measurement
          1.3 Materials Balance
          1.4 Energy Fundamentals

Chapter 2 Environmental Chemistry
          2.1 Introduction
          2.2 Stoichiometry
          2.3 Enthalpy in Chemical Systems
          2.4 Chemical Equilibria
          2.5 Organic Chemistry
          2.6 Nuclear Chemistry

Chapter 3 Mathematics of Growth
          3.1 Introduction
          3.2 Exponential Growth
          3.3 Resource Consumption
          3.4 Population Growth
          3.5 Human Population Growth

Chapter 4 Risk Assessment
          4.1 Introduction
          4.2 Perspectives on Risks
          4.3 Perception of Risk
          4.4 Risk Assessment
          4.5 Hazard Identification
          4.6 Dose-Response Assessment
          4.7 Human Exposure Assessment
          4.8 Risk Characterization
          4.9 Comparative Risk Analysis

Chapter 5 Water Pollution
          5.1 Introduction
          5.2 Water Resources
          5.3 Water Pollutants
          5.4 Status of Surface Water Quality
          5.5 Biochemical Oxygen Demand
          5.6 The Effect of Oxygen-Demanding Wastes on Rivers
          5.7 Water Quality in Lakes and Reservoirs
          5.8 Groundwater
          5.9 Aquifers
          5.10 Hydraulic Gradient
          5.11 Darcy’s Law
          5.12 Contaminant Transport
          5.13 Cone of Depression
          5.14 Capture-Zone Curves
          5.15 Control of Groundwater Plumes
          5.16 Contaminants in Groundwater
          5.17 Groundwater Remediation Technologies

Chapter 6 Water Quality Control
          6.1 Introduction
          6.2 Municipal Water and Wastewater Systems
          6.3 The Safe Drinking Water Act (SDWA)
          6.4 Water Treatment Systems
          6.5 Wastewater Treatment
          6.6 Hazardous Wastes
          6.7 Hazardous Materials Legislation
          6.8 Hazardous Waste Treatment Technologies
          6.9 Land Disposal

Chapter 7 Air Pollution
          7.1 Introduction
          7.2 Overview of Emissions
          7.3 The Clean Air Act
          7.4 Progress in Controlling Emissions and Improving Air Quality
          7.5 Criteria Pollutants
          7.6 Toxic Air Pollutants
          7.7 Air Pollution in the World’s Megacities
          7.8 Motor Vehicle Emissions
          7.9 Stationary Sources
          7.10 Air Pollution and Meteorology
          7.11 The Point Source Gaussian Plume Model
          7.12 Indoor Air Quality

Chapter 8 Global Atmospheric Change
          8.1 Introduction
          8.2 The Atmosphere of Earth
          8.3 Global Temperature
          8.4 The Greenhouse Effect
          8.5 Global Energy Balance
          8.6 Carbon Dioxide: The Principal Greenhouse Gas
          8.7 The Other Greenhouse Gases and Aerosols
          8.8 Radiative Forcing of Climate Change
          8.9 Global Warming Potential
          8.10 IPCC Assessment Reports
          8.11 Stabilizing Greenhouse Gases
          8.12 The Oceans and Climate Change
          8.13 Changes in Stratospheric Ozone


Chapter 9 Solid Waste Management and Resource Recovery

          9.1 Introduction
          9.2 RCRA Wastes
          9.3 Municipal Solid Waste
          9.4 Solid Waste Management
          9.5 Source Reduction
          9.6 Life Cycle Assessment
          9.7 Waste Management, Energy, and Greenhouse Gases
          9.8 Recycling
          9.9 Collection and Transfer Operations
          9.10 Materials Recovery Facilities and Economics
          9.11 Composting
          9.12 Discarded Materials
          9.13 Waste-to-Energy Combustion
          9.14 Landfills


Appendix A Useful Conversion Factors
Appendix B Atomic Numbers and Atomic Weights


intro to environmental engineering and science 3rd edition

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