Environmental Engineering for Beginners

Tired of environmental engineering resources that either skim the surface or bury you in theory you can't actually apply?

You want to understand water treatment, air pollution control, and waste management well enough to run the actual calculations — size a clarifier, model a pollution plume, design a landfill cell — not just recite definitions. Most books make you choose between "easy to read" and "actually useful." This one doesn't.

Environmental Engineering for Beginners is a complete, 18-chapter foundation in the entire discipline — built so you can use it, not just read it.

Inside, you'll work through:

• Environmental chemistry & microbiology — stoichiometry, acid-base and buffer chemistry, equilibrium, redox reactions, microbial growth kinetics, and the biology behind every treatment process
• Water treatment — coagulation, flocculation, sedimentation, and filtration design; disinfection (CT calculations, breakpoint chlorination, UV, ozone); softening; membrane processes and activated carbon adsorption
• Wastewater treatment — BOD/DO sag curve modeling, sewer hydraulics, activated sludge and trickling filter design, nitrogen and phosphorus removal, and sludge/biosolids management
• Air pollution — atmospheric dispersion and Gaussian plume modeling, plus control technologies: cyclones, electrostatic precipitators, baghouses, and scrubbers
• Solid & hazardous waste — waste characterization, landfill design, leachate and gas management, composting, and contaminated-site remediation
• Risk, regulation & sustainability — environmental impact assessment, risk-based exposure calculations, life-cycle assessment, and green infrastructure design

...and many more.

By the time you finish, you'll be able to:

• Size and design the core unit processes in a water or wastewater treatment plant
• Calculate pollutant dispersion, dissolved oxygen sag curves, and disinfection dosing by hand
• Work through a landfill capacity, leachate, or gas-generation calculation from scratch
• Read and apply the same governing equations used in professional practice — because every one of them is fully derived, not just handed to you
• Check your own work against 100+ fully worked numerical examples and hundreds of practice problems with answer keys, covering every method in the book

This isn't a light survey — it's a working reference built to be the one book you actually keep on your desk.

Scroll up and get your copy — and start building environmental engineering skill you can actually use.