Product Description
Product details
| Type | Waste Water Treatment |
| Manufacturing Lead Time | 4-12 weeks |
| Design | Customized |
| Automatic Grade | Semi-Automatic |
| Brand | XERODROP AOP |
| Max Water Recovery Rate | 95% |
| Function | Multi Effect Evaporator Condensate Treatment |
| Industry | Distillery |
| Treatment Technique | Advanced Oxidation Process |
| Installation Type | Prefabricated,Containerized Plug & Play,Skid Mounted |
| Treatment Stages | Tertiary Treatment,Disinfection,Advanced Oxidation Processes |
| Treated Water Quality | As per CPCB Norms |
| Water Source | Industrial Effluent |
| Feed Flow Rate | 500 m3/day,1000 m3/day,2000 m3/day,100 m3/day,50 m3/day |
| Usage/Application | Multi Effect Evaporator Condensate Treatment |
Innovative Advanced Oxidation & Control TechnologyThis system combines state-of-the-art AOP with UV and ozone disinfection to guarantee outstanding water quality. The PLC-controlled architecture, complete with an HMI interface and digital panel, allows operators to monitor and fine-tune operations, secures reliable automation, and ensures safety with overload and emergency shutoff mechanisms.
Efficient & Compact FootprintThe skid-mounted design offers a small footprint of 2.5m x 1.5m, suitable for industrial spaces. Operating at voltages between 380415 V, the vertical multistage pump and centrifugal drive deliver continuous flow rates of 120 m/hr. Maintenance is simplified through accessible filters and components, with swift startup times under 10 minutes.
High Purity Water for Industrial NeedsTreated water consistently meets stringent specifications with conductivity less than 5 S/cm and purity greater than 99%. Ideal for boiler feed and critical process applications, the system supports efficient recycling of evaporator condensate with up to 90% recovery and noise kept below 70 dB for enhanced workplace comfort.
FAQs of Evaporator Condensate Treatment with AOP:
Q: How does the evaporator condensate treatment system ensure advanced water purification?
A: The system combines Advanced Oxidation Process (AOP) technology with UV and ozone disinfection, supported by micron and activated carbon pre-filters, to effectively remove contaminants and achieve a purity level above 99%. Digital control via PLC with HMI interface enables precise monitoring and adjustment of treatment parameters for optimal output quality.
Q: What is the process for treating evaporator condensate, and what are its key stages?
A: Evaporator condensate first passes through micron and activated carbon pre-filters to remove particulates and organic matter. It then undergoes AOP using UV and ozone, followed by continuous monitoring and control through the PLC system. The result is water with low turbidity (<1 NTU) and conductivity (<5 S/cm), suitable for boiler feed and industrial processes.
Q: When and where is this treatment system typically used?
A: This unit is ideal for industrial facilities in India demanding Zero Liquid Discharge or water recycling solutions, especially in operations requiring high-purity water for boilers and process applications. Its compact, skid-mounted design facilitates installation in settings with limited space and continuous operational requirements.
Q: How does the system support safe and uninterrupted operation?
A: Safety is ensured with built-in overload protection, emergency shutoff functions, and a robust PLC-controlled architecture. Continuous automatic operation and quick startup times help prevent downtime, while maintenance-friendly access to filters and major components keeps upkeep simple and efficient.
Q: What are the primary benefits of using this condensate treatment solution?
A: Key benefits include high recovery rates of up to 90%, consistent production of ultra-pure water suitable for sensitive applications, flexible connection options, low maintenance needs, and reliable automation for consistent performance. The systems compact footprint also allows for efficient space utilization in industrial settings.
Q: How is treated water quality verified for boiler and process usage?
A: Quality is continuously monitored using digital panels for turbidity and conductivity, ensuring treated water meets the specified thresholds (<1 NTU turbidity, <5 S/cm conductivity, and pH 6.57.5), making it reliably fit for boiler feed and process requirements.