Integro Process Heating Solutions offers the QuickEvap seriesa range of evaporators from 20 LPH to 750 LPH, engineered to meet diverse industrial needs while ensuring maximum energy efficiency. Each system supports multiple heating sources based on site conditions and energy availability:
Electric Heating: Ideal for compact indoor installations with clean energy options
Steam Heating: Perfect for facilities with existing steam networks
Thermic Fluid Heating: Offers precise control for high-temperature operations
Gas-Fired Heating: Economical for remote or large-scale installations
QuickEvap evaporators function by heating wastewater to its boiling point, converting water into vapor and leaving behind concentrated residue. The generated vapor can be vented, condensed, or recovered depending on process requirements and environmental regulations.
These evaporators efficiently treat various industrial effluents, including:
RO reject water
Cutting and grinding fluids
Plating and electro-coating wastewater
Pharmaceutical and chemical rinse waters
Paint booth and ink effluents
Detergent, emulsion, and brine waste
Supports Minimum / Zero Liquid Discharge (ZLD) compliance
Reduces disposal costs and environmental impact
Enables reuse of high-quality distilled water in suitable applications
Advanced thermal design ensures rapid wastewater evaporation, significantly reducing effluent volume.
Capable of processing oily, acidic, saline, or metal-laden wastewater across various industrial sectors.
Features high-performance insulation, intelligent controls, and heat-recovery systems to minimize energy usage per liter evaporated.
Manufactured using SS316L, coated carbon steel, Duplex, Titanium, or other alloys suited for harsh chemical conditions.
A PLC-based control system manages temperature, operating cycles, and safety features for reliable and uninterrupted operation.
Offered in capacities from 20 LPH to 750 LPH, with modular units available for future expansion.
Space-saving setup requiring minimal civil work and ensuring simple, quick installation.
Achieves near-zero discharge by converting effluent into reusable condensate and solid waste.
Fewer moving parts, anti-fouling features, and automated cleaning minimize service needs and downtime.
Reduces hazardous discharge, supports sustainability goals, and ensures regulatory compliance.
Efficient Wastewater Reduction: Quickly decreases effluent volume, lowering disposal and management costs
ZLD-Focused Performance: Facilitates clean condensate generation and solid residue separation
Low Maintenance & High Reliability: Built with robust components for long service life
Energy Savings: Smart controls and heat-recovery options reduce power consumption
Corrosion-Resistant Build: Manufactured with materials suited for corrosive environments
Modular, Compact & Scalable Designs: Easy to integrate and expand as operational needs grow
Proven Industry Performance: Trusted across pharmaceuticals, chemicals, textiles, and metal finishing
Engineered by Experts: Developed by Integroleaders in thermal process engineering
Wastewater management has become a key challenge for industries focused on reducing their environmental footprint. Thermal wastewater evaporation is a highly effective method to separate clean water from industrial waste. Integro designs advanced wastewater evaporator plants tailored to industrial requirements, helping businesses reduce hazardous waste, achieve regulatory compliance, and recover reusable water.
Recognized as leading wastewater evaporator manufacturers in Greater Noida, and trusted suppliers across Uttar Pradesh, we ensure timely delivery, robust systems, and strong technical support. As experienced exporters from India, we build systems that meet international standards for performance and durability.
Our evaporators handle high-TDS wastewater across sectors such as pharmaceuticals, textiles, chemicals, food processing, and more. We provide custom-engineered solutions to match specific effluent characteristics, ensuring high efficiency and low operational cost.
The Minimum ZLD Evaporator is designed for efficient wastewater reduction with a semi-automatic yet highly reliable operation. It ensures low power consumption and operates on 220440 V with a 5060 Hz frequency range. Its compact, free-standing design ensures easy integration into varied industrial environments, making it ideal for sustainable waste management applications.
Energy-Efficient Thermal Design: Optimized heat-transfer systems deliver high evaporation rates using minimal energy
Corrosion-Resistant Build: Constructed with SS316L, Duplex, or other high-grade alloys
Advanced Automation: Ensures accuracy, safety, and consistent performance
Standard Models up to 13.5 KLD: Suitable for small to medium-scale operations
Available Capacities: 20 / 45 / 90 / 170 / 250 / 300 / 500 / 750 LPH
Custom Designs Above 13.5 KLD: Tailored solutions for high-volume treatment
Compact, Skid-Mounted Units: Plug-and-play installation with minimal civil work
Anti-Fouling & Cleaning Design: Reduces scale buildup and minimizes downtime
Integrated Condensate Recovery: Provides high-quality distillate for reuse or compliant discharge
Compatible Heating Sources: Steam, electricity, LPG, PNG, diesel, thermic fluid, or waste heat
ZLD-Ready: Supports Minimum / Zero Liquid Discharge compliance
Automated batch-wise operation
Floating oil separation system
Vapor exhaust system with blower interlock
Optional surface condenser for condensate recovery
QuickEvap evaporators are ideal for:
Pharmaceutical manufacturing
Chemical & specialty chemical plants
Food & beverage processing
Steel & metal finishing
Metal washing operations
Textile & detergent industries
Coating & surface treatment
Pigment & dye production
R&D and laboratory facilities
Packaging industries
Q: What powers the system?
A: The evaporator operates on electricity.
Q: Is the system automatic?
A: Yes, it features fully automatic control for reliable and safe operation.
Q: What voltage range does it support?
A: It runs on 220440 V.
Q: Can it be installed freely in industrial setups?
A: Yes, its free-standing design allows easy placement in various environments.
Q: How does it save energy?
A: The evaporator is engineered for low energy consumption with optimized thermal efficiency.






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