Effluent Treatment Plants (ETP) Training-Online

Upcoming Batch:-

ONLINE - LIVE

1 & 2 November 2025

Saturday & Sunday

The Early Bird discount is available until 18 Oct. 2025.

Timing: 10:00 AM to 6:00 PM

Features

Certificate: Soft copy with QR scan enabled

Placement Assistance: Job seekers will be on informed of Vacancies and can upload their resume on our job portal @free

· Free Group Support: One Year

· Study Material: Will be provided

Hurry! Limited seats are available. Grab yours now!

Entry is on a first-come, first-served basis only. If booked during the

Early Bird Discount Offer, the fee is 4700 /- (Including tax)

Thereafter, the regular fee is 7700 /- incl. tax.

About the Trainer:

Dr Shashibhushan Biliangadi

Civil and Environmental Engineer

Dr Shashibhushan Biliangadi has been working on various Research and Consulting projects since 2015. He holds a PhD degree from IIT Bombay and an MTech from IIT Guwahati in Civil and Environmental Engineering. His areas of expertise are Wastewater Treatment, Environmental Risk Assessments, Baseline and Morphological studies, and Water Management for Industries. He has experience working in research

ONLINE - LIVE Training - 2 Full Days

1. Introduction to Effluent Treatment Plants (ETP)

1.1. Why Effluent Treatment is Important for Industries

1.2. Following Environmental Rules and Regulations (CPCB, EPA, Local Guidelines)

1.3. Types of Effluents and Their Properties (Physical, Chemical, Biological)

1.4. Basic Components of ETP and How They Work

2. Steps in the ETP Process

2.1. Primary Treatment: Screening, Removing Oil and Grease, Flocculation, Coagulation, Sedimentation, and Equalization

2.2. Secondary Treatment: Biological Treatment Through Aerobic and Anaerobic Methods

2.3. Tertiary Treatment: Filtration, Activated Carbon, Reverse Osmosis, UV Light, and Ozonation

2.4. Managing and Disposing of Sludge

3. ETP Design and Calculations

3.1. Design Considerations for Different Industries (Textiles, Pharmaceuticals, Food, Chemicals)

3.2. Calculating Flow Rate, Retention Time, and Organic Load

3.3. Calculating Hydraulic and Organic Load for Biological Treatment

3.4. Sizing Reactors and Designing for Sludge Management

4. Detailed ETP Design – Process and Layout

4.1. Planning Layout and Piping

4.2. Choosing Treatment Technologies Based on Effluent Type

4.3. Improving Energy Efficiency and Reducing Costs in ETP Design

4.4. Safety and Automation Features in ETP

5. Case Studies and Problem-Solving in ETP Operations

5.1. Common Problems in ETP and How to Solve Them

5.2. Case Studies and Lessons Learned