About Waste Water Evaporator (Under Products Head)
We are known as the best manufacturers, suppliers and exporters of
Waste Water Evaporator in the market. This evaporator is highly refined and very efficient way for eliminating the small volume of generated wash water on demand. It can work as primary or post-treatment with a maximum of 720 gallons per day with aqueous based parts washers, pressure washer/steam cleaner wash applications. Apart from this, our offered
Waste Water Evaporator can receive a waste stream from any pressurized source.
Features:
- Control panels with operator convenience
- Toggle switch provides positive on-off positions for pump operations
- Low and high-level sensors with high-temperature control and manual reset high limit override
Technical Specifications
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Dimension
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73" L x 35" W x 77" H
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Body Material
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Mild Steel / SS
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Motor Horsepower
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500 LPD
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Voltage
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440 V
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Water Source
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Industrial Effluent
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Installation Service
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Yes
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Brand/Make
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Integro
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Country of Origin
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Made in India
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Vent Stack
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16" Diameter
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Tank Height
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54"
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Tank Capacity
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375 Gallons
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Power
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15 kW
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Specification
- Size: 45 lts /hr to 300 ltrs /hr
- Electrical / Gas/ Sream operated.
- MOC : SS316 / MS
Advanced Evaporation TechnologiesUtilizing Forced Circulation and Falling Film evaporation methods, our system delivers consistent and efficient performance for industrial waste water treatment. These technologies enable high concentration ratios of up to 95%, making the process effective in volume reduction and resource recovery.
Robust Construction and SafetyFabricated with stainless steel and assembled to international industrial standards, the evaporator stands out for durability. Safety features include overheat protection, pressure release valves, and emergency stop, ensuring secure operation across all usage scenarios.
User-Friendly Automation and ControlThe evaporator is available in both semi-automatic and fully automatic models, supported by a PLC-based control system that simplifies operation and monitoring. Skid-mounted installation further streamlines setup and maintenance, while remote and on-site service support maximize uptime.
FAQs of Waste Water Evaporator (Under Products Head):
Q: How does the Waste Water Evaporator help in reducing industrial waste water volume?
A: The evaporator operates by heating and circulating waste water, causing water molecules to evaporate while concentrating solid residues. This process efficiently reduces the liquid volume of waste water by up to 95%, aiding proper disposal and minimizing storage or transportation requirements.
Q: What evaporation technologies are used in this system and what are their advantages?
A: This product employs Forced Circulation and Falling Film evaporation technologies. Forced Circulation ensures high turbulence for better heat exchange, while Falling Film provides efficient evaporation at moderate temperatures, both contributing to improved concentration performance and energy savings.
Q: Where can this evaporator be installed, and is it suitable for compact spaces?
A: With its skid-mounted design and compact dimensions (1200 x 800 x 1750 mm), the evaporator is suitable for installation in various industrial environments, including facilities with limited space. Its modular setup enables easy integration into existing water treatment infrastructure.
Q: What are the available options for heating sources and can the system be customized?
A: Customers can select from electric, steam, or thermal oil heating sources depending on their application and energy preferences. Additionally, connections, membrane sizes, and quantities are customizable to meet specific process requirements.
Q: How is the system controlled and what automation levels are offered?
A: Control is managed through a PLC-based system, ensuring precise monitoring and adjustment of operating parameters. The evaporator can be configured as either semi-automatic or fully automatic, providing operational flexibility for users.
Q: What safety features are integrated in the Waste Water Evaporator?
A: Safety mechanisms include overheat protection, pressure release valves, and an emergency stop function, all designed to prevent accidents and ensure secure operation during both routine and emergency situations.