Wastewater Treatment, Sludge Management & Zero Liquid Discharge (ZLD)
End-to-End Water Management: Optimizing Wastewater Treatment, Zero Liquid Discharge (ZLD), and Sludge Handling
A practical understanding of wastewater treatment, sludge management and Zero Liquid Discharge (ZLD) systems focusing on process optimisation, operational reliability, and water recovery.
7th – 9th December 2026 Live Online
Key Learning Outcomes
By the end of this programme, participants will be able to:
Understand the complete wastewater treatment process and treatment-stage relationships.
Explain biological wastewater treatment and activated sludge systems.
Diagnose and troubleshoot common wastewater treatment problems and identify deteriorating plant performance.
Understand sludge generation, thickening, stabilisation, dewatering, and evaluate beneficial reuse options.
Explain the principles and treatment stages of ZLD systems and advanced water recovery technologies.
Understand the integration of RO, brine concentration, and crystallisation to improve efficiency and reduce costs.
Why You Should Attend?
Build stronger technical and operational decision-making capabilities.
Complete Pathway
Gain practical insight into the complete wastewater-to-ZLD treatment pathway.
Troubleshoot Problems
Strengthen your ability to identify root causes and troubleshoot operational problems.
Reduce Costs
Learn practical approaches to reducing sludge handling, disposal and operating costs.
Better Decisions
Understand how upstream treatment affects RO and ZLD to build stronger technical capabilities.
Training Agenda
3-Day Comprehensive Programme
Focus: Developing practical control of wastewater treatment processes for reliable plant performance.
- Wastewater sources, characteristics and treatment objectives.
- BOD, COD, suspended solids, nutrients, pH and temperature.
- Preliminary and primary treatment (Screening, grit removal, equalisation and sedimentation).
- Biological treatment and microorganism fundamentals (Aerobic/anaerobic processes).
- Activated sludge systems and process stability (MLSS, sludge age, SRT, RAS, WAS).
- Dissolved oxygen and aeration control.
- Secondary clarification and solids separation.
- Nitrogen and phosphorus removal & Tertiary treatment.
- Troubleshooting poor settling, bulking, foaming and solids loss.
- Managing shock loads, toxic influent and high effluent BOD.
- Review wastewater plant operating data, identify performance problems and develop a corrective action strategy.
Focus: Optimising sludge treatment, handling and disposal while reducing environmental and operating costs.
- Sources and characteristics of primary and biological sludge.
- Sludge quantities and solids concentration.
- Gravity and mechanical thickening.
- Dissolved air flotation and polymer application.
- Aerobic and anaerobic digestion.
- Sludge stabilisation, odour and pathogen control.
- Dewatering technologies: Drying beds, Belt filter presses, Screw presses, Centrifuges, Filter presses.
- Polymer selection, sludge pumping, and transport.
- Disposal and beneficial reuse (Composting, landfill, thermal).
- Resource recovery opportunities.
- Reducing sludge volume and disposal costs.
- Evaluate a sludge-management scenario and identify opportunities to reduce sludge volume, improve dewatering and lower costs.
Focus: Understanding and optimising the complete ZLD treatment train to maximise water recovery and minimise liquid waste.
- Drivers for wastewater reuse and ZLD (Water scarcity).
- Industrial wastewater recovery applications, benefits and limitations.
- Upstream treatment and ZLD preparation.
- Chemical pretreatment, filtration, Ultrafiltration and membrane pretreatment.
- Reverse osmosis principles, configuration, fouling and scaling.
- RO monitoring, CIP, concentrate and brine management.
- Brine concentration and evaporation (Mechanical vapour recompression).
- Crystallisation and salt precipitation.
- ZLD troubleshooting and process optimisation.
- Integrating the complete treatment train: Wastewater Treatment → Tertiary Treatment → RO → Brine Concentration → Evaporation → Crystallisation.
- Develop a conceptual treatment pathway for an industrial wastewater scenario, from initial treatment through water recovery and ZLD.
Who Should Attend?
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Water & Wastewater Treatment Plant Operators ensuring daily efficient operations.
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Process & Environmental Engineers designing and optimizing water recovery systems.
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Operations & Maintenance Supervisors troubleshooting poor settling, bulking, and solids loss.
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Plant & Utility Managers overseeing industrial water and wastewater personnel.
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Engineers & Managers involved specifically in Water Recovery and ZLD Systems.
Investment & Registration
Event Code: IL-ZLD-005 | 7th – 9th December 2026
Live Virtual Attendance (Online)
Delegate 1
USD 1,495Book 1 delegate
Online Rate
Group
USD 1,195Book 2 to 4 delegates
Online Rate
Corporate
USD 1,045Book 5 or more
Online Rate
Enrollment Request
Payment is required within 5 working days of receiving the invoice.