Leachate Treatment Solutions
Targeted Engineering for Landfill Leachate with High Contaminant Loads

Leachate Complexity Demands advanced, Adaptive Treatment

Across the world, leachate from municipal landfills poses a serious risk due to high concentrations of ammonia, heavy metals and persistent organic pollutants. Global solid waste generation is expected to reach 3.4 billion tonnes annually by 2050 (World Bank), with over 70% ending up in landfills. Most conventional systems fail to manage leachate variability, especially during heavy rainfall or shock loads. Without high-performance leachate treatment systems, regulatory compliance and long-term environmental safety remain out of reach.

OUR APPROACH

Advanced, Adaptive Systems for Every Leachate Profile

At WOG Technologies Limited, we build bespoke leachate treatment solutions that handle variability in load, climate and composition. Each system is engineered for high-resilience and long-term performance across diverse landfill leachate treatment scenarios.
 

Key process features include:

  • Equalization and pH correction tanks to stabilize the influent
  • Biological reactors (anaerobic / UASBR / MBR / MBBR / SBR) to degrade organic loads
  • Chemical-physical separation, including coagulation and advanced oxidation
  • Membrane filtration (UF / RO) for final polishing and potential reuse
  • Sludge management modules for sustainable solids handling
Read More

WOG Leachate Treatment Plant in Maharashtra Delivers 94% COD Reduction

Situation

A municipal landfill in Western India faced compliance issues due to highly variable leachate volumes and elevated ammonia concentrations, especially during monsoons.

Task

Design and implement a robust leachate treatment system capable of handling seasonal fluctuations while achieving high COD reduction and minimising sludge generation.

Action

WOG Technologies Limited deployed a modular leachate treatment system integrating MBBR, advanced oxidation processes (AOP) and dual-stage reverse osmosis, all managed through SCADA for real-time control.

Result

  • Achieved 94% COD reduction
  • Enabled treated water reuse for on-site landscaping
  • Reduced sludge generation by 85%
  • Delivered seamless, uninterrupted operations through automated remote monitoring

Planning to commission or upgrade a landfill leachate treatment system?

Talk to our engineering team about a customized design that meets pollution control norms and maximizes process uptime.

FAQs

Dry weather wastes are concentrated, but volumes are lower. During wet weather, flow and TSS typically increase while other concentrations are lower. Our designers factor in the above to the leachate treatment plant design using processes including buffer tanks, real-time monitoring and adaptive load control.

We deploy a combination of biological (MBR / MBBR), physical-chemical (coagulation, AOP) and membrane-based systems. Each leachate treatment system is tailored to meet both current and forecast contaminant loads, including refractory organics and nitrogen species.

Yes. The treated water is suitable to be used in secondary applications such as gardening, agriculture and asset cleaning. Depending upon the local demand of nearby industries, the treated water may be further polished using RO technology to produce water for industrial use. Talk to us about how we can couple this with ZLD.

We provide O&M, AMC and continuous monitoring support. Our leachate management systems are equipped with SCADA, automated feedback loops and sludge dewatering units to extend the lifecycle and minimize manual interventions.

Landfill sites typically demonstrate very high inorganics and thus producing energy out of COD has been a challenge. Now, the mandate from municipalities to collect biodegradable and non-degradable waste separately has enabled us to recover valuable energy from waste. We understand the inorganic content under different global landfill conditions and can design to account for these.

Explore Our Other Solutions

industrial-municipal-wastewater-treatment-plants-500x500
drinking-water-in-a-glass
seawater-reverse-osmosis-desalination
418-500x500
wastewater-treatment-process
Bulldozers-landfill
istock-1489735860
CGB-futures-in-Hong-Kong
tasks_spent_caustic_treatment
img_6576
chemical-dosing-system
shutterstock_1413617345-small
Waste-to-energy facility outside
Incineration-plant-Brescia-Italy
1605617165_glass_77249-491