Industrial Wastewater Treatment: Principles and Modern Practices

Industrial manufacturing processes generate complex wastewater streams that require specialized treatment before safe discharge or reuse. Understanding how to analyze these streams and select the right treatment technologies is essential for modern environmental compliance and sustainability. This text-based course guides you through the fundamental chemistry, biology, and engineering principles behind industrial wastewater treatment, enabling you to confidently assess, design, and optimize treatment workflows. What you'll learn: Understand key wastewater characteristics, including BOD, COD, pH, heavy metals, and toxic organic compounds; Apply primary and secondary treatment methods, including coagulation, flocculation, and biological activated sludge processes; Evaluate advanced oxidation processes and membrane bioreactors for complex industrial effluents; Analyze modern zero-liquid discharge strategies and resource recovery techniques to minimize environmental impact; Design basic treatment flowsheets tailored to specific industries like chemical, pharmaceutical, and food processing. You will start by exploring core environmental chemistry definitions and regulatory standards before moving on to physical, chemical, and biological treatment stages. The material concludes with modern sustainability frameworks and practical design exercises. Designed for engineering students, environmental consultants, and plant operators seeking a solid foundation in industrial water management, with no prior wastewater experience required. Start reading today to build your expertise in modern industrial water purification.