PP tubular membranes & DT disc-tube membranes engineered for the toughest effluents — landfill leachate, coal chemical and power plant wastewater.
ELBE EUT specializes in high-pressure, high-recovery membrane components for industrial wastewater and zero liquid discharge (ZLD) systems.
ISO 9001 & CE certified production with full traceability from polymer resin to finished membrane module.
In-house R&D team continuously optimizes membrane flux, anti-fouling coatings and module hydraulics.
Overseas servers and local support ensure fast access and responsive service for clients in 40+ countries.
High-pressure membrane modules built for extreme conditions, high recovery and long service life.
Polypropylene tubular membranes with open-channel design handle high suspended solids and oily wastewater without pre-treatment, resisting chemical cleaning and abrasive media.
| Pore size | 0.03 – 0.1 µm |
|---|---|
| Channel Ø | 5 / 8 mm |
| pH range | 1 – 13 |
| Max temp | 60 °C |
DT disc-tube modules deliver up to 90 bar operating pressure for high-salinity and high-COD streams, the industry standard for leachate and ZLD applications.
| Pore size | RO / NF |
|---|---|
| Max pressure | 90 bar |
| Recovery | 85 – 95% |
| Max temp | 40 °C |
Tailored membrane systems for the most demanding industrial wastewater streams.
Two-stage DTRO / DTNF systems achieving stable effluent meeting discharge standards, handling COD up to 60,000 mg/L with high recovery and minimal concentrate.
High-salinity and refractory organic removal for coking, coal-to-chemical and gasification wastewater, integrated with evaporation for zero liquid discharge.
Desulfurization and chemical wastewater treatment with tubular and DT membranes enabling water reuse and near-zero discharge for thermal power stations.
800 m³/day two-stage DTRO system, effluent COD < 100 mg/L, stable operation for 6+ years.
DTNF + DTRO train treating 2,400 m³/day of high-salinity wastewater with full recovery.
Tubular MF + RO hybrid reducing fresh water intake by 70% at a thermal power station.
Technical trends, regulatory updates and project stories from the industrial wastewater field.
The revised IED tightens discharge limits for COD, salts and emerging pollutants. Here's how DTRO and tubular membrane systems help operators stay compliant.
Our new high-pressure disc-tube module lifts the recovery ceiling for saturated brines — debuted at IFAT 2026 with live pilot demonstrations.
A side-by-side comparison of fouling rates, recovery and lifecycle cost on landfill leachate with COD above 20,000 mg/L.
Inside the process design, membrane staging and energy recovery that delivered full zero-liquid-discharge for a Chinese coal-to-liquids plant.
Download our engineering documentation and product datasheets.
Our engineers respond within 24 hours with a tailored technical proposal.
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