Designed for complex and highly variable leachate conditions, our membrane-based treatment systems help operators and EPC partners achieve stable compliance — not just at commissioning, but for years.
■ Proven solutions for high salinity, high COD, high ammonia, and refractory organics
■ Engineered membrane systems for challenging landfill leachate
■ Designed with real operating conditions in mind
■ Supporting EPCs, owners, and operators worldwide
Discuss Your Leachate Project with Our Engineers
Contact us BackHigh quality membrane: Stable performance at high flux and rejection
A new generation of deflector: Improved robustness, higher operating pressure and turbulence leading to higher yields and flux
Long membrane life
Highly cost-efficient
High-packing design: the Disk Tube design allows for a maximum membrane area in the module & High anti-soiling performance (easy to clean)
Landfill leachate is one of the most complex wastewaters to treat.
Its composition changes continuously over time — influenced by landfill age, rainfall, waste composition, and operation methods.
Common challenges faced by operators and project developers include:
Extremely high COD and ammonia nitrogen
Large influent fluctuations and shock loads
Accumulation of refractory organic compounds
Membrane fouling and unstable biological performance
Systems that meet standards initially, but fail over long-term operation
Successful leachate treatment is not achieved by equipment alone.
It requires a process-oriented, data-driven engineering approach.
We focus on:
Process selection based on actual leachate characteristics
Robust pretreatment to protect downstream membrane systems
Integrated biological and membrane process design
Flexibility to adapt to influent variations over the landfill lifecycle
Our goal is simple:
stable operation, predictable performance, and controllable O&M costs.
Membrane systems engineered for high-strength leachate
Strong resistance to organic load and ammonia shock
Pretreatment strategies to reduce irreversible fouling
Modular design for easier expansion and maintenance
Emphasis on long-term lifecycle performance, not short-term results
Municipal landfill leachate treatment plants
New landfill development projects
Existing landfill leachate upgrading & retrofitting
EPC / PPP landfill infrastructure projects
Integrated solid waste treatment facilities
Validated by over 600+ engineering projects including landfill leachate and industrial wastewater cases
Trusted by leading landfill operators and EPC partners for stable long-term operation.
Extreme influent | Tight schedule | Long-term stability
Project Information
Capacity: 2100m³/d
Technical process(Containerized system): Pre-treatment + two-stage DTRO + HPRO + MTRO + ion exchange + concentrate evaporation
Influient: Ammonia nitrogen 2500 mg/L |
Effluient: Ammonia nitrogen 5 mg/L | COD 60 mg/L
Project Overview
Project type: Emergency and long-term landfill leachate treatment
Capacity type: Large-scale deployment with modular containerized units | 2100m³/d
Application: Mature landfill with accumulated and newly generated leachate
Key challenge: Extremely high conductivity and ammonia, stringent discharge requirement, and very tight commissioning schedule
Outcome: Continuous stable operation with compliant effluent under long-term service mode
Engineering Highlights
High-strength leachate with extreme ammonia and salinity levels
Containerized modular deployment enabling fast installation on limited footprint
Multi-stage membrane polishing designed for shock load resistance
Operator-oriented design ensuring predictable O&M and stable performance
Proven ability to deliver water within weeks under urgent project timelines
Applicable to landfill operators and EPCs facing urgent leachate backlogs and high compliance pressure.
High salinity | Concentrate management | System optimization
Project Information
Capacity: 800m³/d
Technical process(skid-mounted system): TUF Softening + DTRO
Effluient standard : COD ≤ 100 mg/L | NH₃-N ≤ 25 mg/L | TN ≤ 40 mg/L
Project Overview
Project type: Landfill leachate concentrate reduction and system upgrade
Capacity type: Hundreds of m³/day concentrate handling | 800m³/d
Application: Large landfill with high leachate generation and concentrate bottleneck
Key challenge: High-salinity concentrate and strict discharge requirements
Outcome: Effective volume reduction and improved system operability
Engineering Highlights
Focused solution for high-salt leachate concentrate
DTRO-based polishing strategy for stable long-term performance
Designed to integrate into existing treatment systems
Demonstrated capability in resolving operational bottlenecks
Relevant for landfills and EPCs seeking retrofit or concentrate reduction solutions.
Complex streams | Water reuse | High reliability
Project Information
Capacity: FGD wastewater 180m³/d | Concentrate 450m³/d
Technical process(skid-mounted system): Biochemical + MBR + TUF softening + RO + DTRO
Effluient standard : COD ≤ 60 mg/L | BOD ≤ 10 mg/L | SS ≤ 10 mg/LTDS ≤ 1,000 mg/L | Total hardness ≤ 450 mg/L | Chloride ≤ 300 mg/L
Project Overview
Project type: Incineration plant leachate reduction and flue gas wastewater treatment
Capacity type: Concentrate reduction and washing wastewater treatment
Application: Large municipal waste-to-energy facility
Key challenge: Highly complex wastewater streams and reuse water quality requirement
Outcome: Stable treated water reused for industrial cooling purposes
Engineering Highlights
One of the earliest large-scale DTRO applications in incineration leachate reduction
Integrated treatment of leachate concentrate and flue gas wastewater
Designed for high operational reliability under industrial conditions
Demonstrates advanced engineering capability beyond standard landfill leachate
Applicable to incineration plants and EPCs handling complex, high-risk wastewater streams.
We work closely with EPC contractors, design institutes, landfill operators, and project owners to support leachate treatment projects from concept to commissioning.
Our scope typically includes:
Process design and technical evaluation
Membrane system integration
Technical support during project execution
Commissioning and operational guidance
Detailed water data and process flow diagrams will be provided only after technical review.
Share your water quality data and discharge requirements, we'll help assess a feasible and stable treatment approach
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