उत्पाद वर्णन
Our company is engrossed in manufacturing and trading ETP To RO Zero Discharge Plant. It is assembled under the supervision of our trained professionals using premium quality components with the help of latest techniques as per the set market norms. The offered plant find its application in different water treatment plant for evaporating the waste water. Aside from all this, the offered ETP To RO Zero Discharge Plant can be purchased from us at industry leading prices. Given below are some specifications of our product.
Specifications:
- Pressure gauges : 1.0MPa,2.5Mpa. 5pcs in total
- Conductivity of the table: CM230 X 2sets
- Main frame: Stainless steel 1set
- Capacity: 7500 LPH
Product details
| Conductivity of The Table | CM230 X 2sets |
| Capacity | 7500 LPH |
| Water Source | Industrial Effluent |
| Inlet Water Quality | Waste Water |
| Delivery Location | Pan India |
| Capacity Inlet Flow Rate | 1000 m3/hour |
| Pressure Gauges | 1.0MPa,2.5Mpa. 5pcs In Total |
Comprehensive Zero Liquid Discharge SolutionEngineered for industries seeking environmental compliance, the ETP to RO Zero Discharge Plant achieves near-total water recovery and virtually eliminates liquid waste. Combining ultrafiltration, advanced RO, and optional MBR/EDI technology, it efficiently treats effluent to meet stringent ZLD requirements. The system is modular, containerized or skid-mounted, and tailored for flows from 1 m3/hr to 500 m3/hr, making it suitable for a broad range of industrial applications.
Automated Operation with PLC SCADA ControlThe advanced PLC SCADA-based automation allows for precise, remote-controlled operation, real-time monitoring, and data logging. This feature ensures reliable performance, reduces manpower needs, and safeguards the plant with built-in protections against low pressure, overloads, and dry run conditions. User-friendly interfaces minimize human error and maintenance downtime.
Superior Pre-treatment and Membrane TechnologyThe inclusion of ultrafiltration, softeners, and pre-chlorination secures optimal feedwater conditions, enhancing the lifespan and performance of the TFC RO membranes. The plant boasts robust stainless steel construction and operates efficiently within a wide temperature (5C45C) and conductivity (10004000 S/cm) range, delivering high-purity water for reuse in critical processes.
FAQs of ETP To RO Zero Discharge Plant:
Q: How does the ETP to RO Zero Discharge Plant achieve up to 95% water recycle rate?
A: The plant combines advanced pre-treatment (ultrafiltration, softener, pre-chlorination) with high-efficiency Thin Film Composite (TFC) membranes in the reverse osmosis (RO) section. This multi-stage approach removes contaminants thoroughly, enabling up to 95% of the treated effluent to be recycled for industrial use.
Q: What industries commonly use this zero liquid discharge system?
A: Typical applications include textile manufacturing, pharmaceuticals, chemical plants, and other industries generating high volumes of wastewater. The plant is designed to meet ZLD compliance, making it suitable for any sector requiring sustainable water management and strict effluent discharge standards.
Q: When should the inbuilt Cleaning-In-Place (CIP) system be used?
A: The inbuilt CIP system is activated periodically, either based on schedule or when there is a drop in RO performance (e.g., due to fouling). This process cleans membranes and restores plant efficiency without dismantling, ensuring optimal operation and extending membrane life.
Q: Where can the plant be installed and what are the installation options?
A: It is available in modular, containerized, or skid-mounted configurations, allowing installation at sites across India. The compact design is adaptable for both new and existing industrial setups, with capacity customized from 1 m/hr up to 500 m/hr as needed.
Q: What is the benefit of integrating a sludge dryer with the system?
A: The optional integrated sludge dryer efficiently handles and reduces the volume of sludge generated during wastewater treatment. This minimizes waste disposal needs and aligns with zero-discharge objectives while reducing handling and transportation costs.
Q: How is discharge water quality monitored to ensure ZLD compliance?
A: Discharge water quality is continuously monitored through online sensors and the PLC SCADA system. Parameters such as conductivity, pH, and purity levels are tracked to ensure the treated water meets all regulatory ZLD norms (<10 S/cm conductivity and pH 6.58.5) prior to reuse or safe disposal.