In this course, you will learn how wastewater can be treated using different reclamation techniques.

This comprehensive online diploma, delivered through instructor-led, video-based modules, offers a deep and practical exploration of the principles, theories, and technologies essential for modern wastewater treatment and recycling. It is designed to equip students, professionals, and policymakers with the knowledge to manage water resources sustainably.

The course begins with an Introduction to Wastewater, setting the stage for technical study. You will then master the fundamentals of quantification in Wastewater Generation and Characteristics, learning methods for sewage flow estimation and accounting for factors like population forecasting. This ensures all subsequent treatment planning is based on accurate, manageable inputs.

We then address the quality of the water. Quality Parameters introduces the key physical, chemical, and biological metrics used to define wastewater standards. You will study the impact of discharge in rivers, mechanisms of natural purification, and the crucial concept of oxygen variations using principles of mass balance to track pollutant movement.

Next, you'll cover the initial phases in Preliminary and Primary Treatments, focusing on units like screens, grit removal, and primary sedimentation, with emphasis on sedimentation basin design. This sets the stage for the core biological methods explored in Secondary Treatments. We then delve into the highly efficient Anaerobic Process, which covers anaerobic degradation, the use of reactors like UASB, and the potential for bio-gas production.

A dedicated module on Sludge Management addresses the challenging issue of solids handling, detailing sludge features, treatment methods, and techniques for stabilization and conditioning, which is a major logistical and financial aspect of plant operation.

The course advances to specialized processes with Tertiary (Advanced) Treatment Processes for meeting stringent standards. The final modules transition to strategic implementation. Wastewater Recycling covers the principles of reuse and recycling, explores various opportunities, outlines regulatory guidelines, and compares centralized and decentralized recycling systems. Finally, Technology Selection and Decision Making synthesizes the course, teaching you to evaluate systems based on risks, challenges, and research trends, while factoring in non-technical elements like public acceptance using global practices and case studies.