Product Description
Along with different types of collectors, filters, blowers and atomizers we are offering a vast variety of Zero Liquid Discharge System at leading market prices. It involves a treatment process which enables the removal of the all kinds of liquid wastes from the system, that results the production of clean water which can be reused. This zero liquid discharge system( ZLDs) applicative to recover the essential nutrients from the waste water. It is a economical system which can be accessed with various modifications.
Technical Specification
| Automation Grade | Automatic |
| Voltage | 440 Volt |
| Motor Power | 5 HP |
| Material | Steel |
Advanced Control and CustomizabilityUtilizing a PLC-based control system, our ZLD solutions provide intuitive operation and supervision. Customers can select between automatic or semi-automatic grades, ensuring flexibility for diverse project requirements. Additionally, both system dimensions and feed flow rates are fully customizable for any plant size or industry.
Superior Wastewater Recovery and ComplianceThanks to innovative combinations of membrane, RO, MEE, and crystallizer technology, the system recovers 9098% water, significantly reducing environmental discharge. The treated water meets stringent ZLD discharge norms, delivering effluent quality with TDS less than 100 mg/Lideal for industrial compliance and sustainable resource management.
Versatile Installation and Material OptionsOur ZLD systems can be installed in various formats: containerized units for easy relocation, skid-mounted for modular expansions, or built on-site for large projects. Fabricated from robust stainless steel, FRP, or MS with anti-corrosive coatings, the systems offer reliable performance even in aggressive waste streams.
FAQs of Zero Liquid Discharge System:
Q: How does the Zero Liquid Discharge System process industrial wastewater?
A: The ZLD system uses a multi-stage combination of pre-filtration, softening, reverse osmosis, membrane systems, multiple effect evaporators (MEE), and crystallizers. This sequence removes contaminants, recovers up to 98% of water, and produces a solid residue, ensuring no liquid waste is discharged.
Q: What industries can benefit from this ZLD solution?
A: Industries such as textiles, pharmaceuticals, and chemical manufacturingas well as any facility producing complex effluentscan benefit from this ZLD system. Its ability to customize flow rates and dimensions makes it suitable for both small and large-scale industrial applications.
Q: When is pre-treatment necessary for this system?
A: Pre-treatment, such as multi-stage filtration and water softening, is recommended for optimal performance, especially when feedwater contains suspended solids or hardness. This ensures the downstream membrane and evaporator processes operate efficiently and prolongs their lifespan.
Q: Where can the ZLD system be installed, and what are the available options?
A: The system supports various installation formats, including containerized units for off-site relocations, skid-mounted configurations for rapid deployment, and on-site built setups for customized plant integration. This flexibility allows deployment in new, existing, or challenging industrial environments across India and internationally.
Q: What are the key benefits of using a ZLD system for effluent treatment?
A: Core benefits include compliance with ZLD discharge norms, substantial water recovery (9098%), minimized environmental impact, reduced fresh water demand, and compatibility with strict industrial standards. The fully or semi-automated control panel also streamlines operation and monitoring.
Q: How is the system powered and how energy efficient is it?
A: Power requirements vary by system capacity (typically 15350 kW), and the ZLD is optimized for energy efficiency. It can use electric, diesel, or gas as a heating source, while the advanced control panel ensures that power consumption aligns with operational demands to reduce unnecessary usage.