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ETP & ZLD Systems

Overview

Complete ETP and ZLD Solutions for High-COD Industrial Effluents

For industries requiring Zero Liquid Discharge (ZLD) or complex Effluent Treatment (ETP) solutions, Adimem delivers membrane-integrated systems that combine performance, reliability, and lifecycle efficiency.
Whether your plant generates effluent from dyes, solvents, pharma, or agrochemicals — our approach combines UF, NF, and RO membranes with thermal units like MEE and ATFD in a tightly optimized system.

  • Typical Process Flow:

    Equalization → Coagulation/Flocculation → UF → RO → MEE → ATFD → Solid Cake Disposal

Key Features:

  • Engineered for effluents with COD > 10,000 ppm and TDS > 25,000 ppm
  • Integration of membrane and thermal systems ensures smooth process continuity
  • Recovery >90% with automatic cleaning protocols
  • Anti-scalant, oxidant-resistant, and high-rejection membranes for long-term use


FAQ's

What industries require ETP and ZLD systems?

ETP and ZLD systems are widely used in industries that generate high-COD and high-TDS effluents, such as textiles, dyes, chemicals, pharmaceuticals, agrochemicals, and petrochemicals. These systems are essential for meeting strict environmental regulations, reducing water discharge, and enabling water reuse, especially in water-scarce or highly regulated regions.

Membrane-integrated ZLD systems offer high water recovery (often above 90%), reduced environmental impact, and improved operational efficiency. By combining UF, NF, and RO membranes with thermal systems, they ensure efficient separation of contaminants and smooth process flow. These systems also feature anti-scalant protection, automated cleaning (CIP), and high rejection rates, resulting in long membrane life and lower operating costs.

Choosing a trusted ETP and ZLD solution provider in India ensures access to custom-engineered, high-performance wastewater treatment systems capable of handling complex industrial effluents. Reliable providers offer end-to-end solutions including design, integration of membrane and thermal technologies, retrofitting of existing plants, and ongoing technical support. This helps industries achieve regulatory compliance, maximum water recovery, reduced downtime, and long-term operational reliability.