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MEE And ATFD
MEE and ATFD for Pharma Industries
Minimum Order Quantity: 1 Piece
Product Brochure
| Capacity(KLD) | 100 |
| Treatment Stages | 1 Stage |
| Treated Water Quality | Effluent Treatment |
| Voltage | 240 V |
| Max Temperature | 90 deg C |
| Thickness | 1.9 MM |
amount of heat source such as steam or hot water to evaporate water. Evaporation is normally stopped before the solute starts to precipitate in the operation of an evaporator. Most of the industrial evaporators have tubular heating surfaces.
Why VZLD Multi Effect Evaporator
•Bigger tube size to avoid the clogging of tube•Optimum power required for re-circulation pumps•Bigger tube size will be easy to clean•Optimum velocity to avoid the deposition of solid inside the tubes•Easy to do jet cleaning without much dismantling of system.•Two Separate seal water supply systemManufacturing expertise
•Falling film evaporator•Forced Circulation evaporator•Raising film evaporator•Combined multi effect evaporator
Additional Information:
- Item Code: MEEVZLD107
- Production Capacity: 10 KLPD
- Delivery Time: 1 MONTH
- Packaging Details: DEPENDS UP ON THE PRODUCT
MEE and ATFD for inorganic Industries
Product Brochure
| Capacity(KLD) | 100 |
| Material | Stainless Steel |
| Automation Grade | Automatic |
| Mounting Type | Yes |
The MEE & ATFD system is a specialized solution for concentration and drying of high TDS, inorganic industrial effluents. This integrated system ensures efficient water recovery and solid salt recovery, making it ideal for Zero Liquid Discharge (ZLD) applications in chemical, fertilizer, and other inorganic industries.
Key Features-
Multi-Effect Evaporator (MEE):
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Reduces steam consumption with multiple evaporation effects.
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Handles high TDS and scaling-prone liquids.
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Robust construction with SS316L, Duplex SS, or special alloys.
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Agitated Thin Film Dryer (ATFD):
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Efficient drying of crystallized salts and solids from MEE concentrate.
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Short residence time prevents thermal degradation or sticking.
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Equipped with mechanical agitation for uniform drying.
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Automation & Control: PLC/SCADA-based system for temperature, flow, and level monitoring.
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Capacity Range: Customized for 5 KLD to 1000+ KLD effluent.
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Fertilizer plants – ammonium sulfate, potassium salts, and phosphates.
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Chemical industries – acid recovery, brine, and alkali effluent concentration.
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Inorganic salts and mineral processing plants.
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Effluent streams from RO reject, washing, or process wastewater.
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Integration in ZLD systems for final water and solid recovery.
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Achieves maximum water recovery and reduces freshwater consumption.
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Converts effluent into dry, manageable inorganic salts for reuse or disposal.
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Prevents scaling and fouling, ensuring continuous operation.
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Energy-efficient operation with MEE + ATFD integration.
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Supports Zero Liquid Discharge compliance and environmental regulations.
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Fully automated, reducing manpower requirements and operational errors.
MEE and ATFD for Fermantation Industries
| Capacity(KLD) | 100 |
| Automation Grade | Semi Automatic |
| Material | SS |
| Country of Origin | Made in India |
amount of heat source such as steam or hot water to evaporate water. Evaporation is normally stopped before the solute starts to precipitate in the operation of an evaporator. Most of the industrial evaporators have tubular heating surfaces.
Why VZLD Multi Effect Evaporator
•Bigger tube size to avoid the clogging of tube•Optimum power required for re-circulation pumps•Bigger tube size will be easy to clean•Optimum velocity to avoid the deposition of solid inside the tubes•Easy to do jet cleaning without much dismantling of system.•Two Separate seal water supply systemManufacturing expertise
•Falling film evaporator•Forced Circulation evaporator•Raising film evaporator•Combined multi effect evaporator
MEE & ATFD for Synthetic Chemical Industries
Minimum Order Quantity: 1 Piece
| Capacity(KLD) | 400 |
| Material | Stainless Steel |
| Automation Grade | Automatic |
| Mounting Type | Yes |
The Multi-Effect Evaporator (MEE) combined with an Agitated Thin Film Dryer (ATFD) is a proven and efficient solution for handling complex, high TDS, and high COD effluents generated from synthetic chemical manufacturing units. These systems are specially engineered to manage effluents containing dissolved salts, heavy organics, toxic by-products, and scaling-prone streams, ensuring Zero Liquid Discharge (ZLD) compliance.
Multi-Effect Evaporator (MEE)-
Function: Concentrates the wastewater by using multiple evaporation stages, reducing steam consumption and operational costs.
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Design: Available in forced circulation / falling film / rising film configurations depending on effluent characteristics.
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Material of Construction: SS316L, Duplex Steel, or special alloys to withstand corrosive chemicals.
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Efficiency: Reduces wastewater volume by up to 90–95%.
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Function: Treats the concentrated brine/slurry from MEE to produce dry solid salts for safe disposal.
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Design: Thin film evaporation with mechanical agitation to handle sticky, scaling, and crystallizing effluents.
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Advantages: Ensures complete drying without charring; simple discharge of salt crystals.
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Output: Achieves <5% moisture in dried solids.
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Specifically designed for synthetic chemical effluents (dyes, pigments, resins, intermediates, acids, solvents, etc.).
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Energy-efficient design with heat recovery and optimized steam utilization.
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CIP & low fouling design for smooth operation with scaling-prone streams.
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Integrated automation & control system (PLC/SCADA) for reliable and safe operation.
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Modular plant sizes available from 10 KLD to 2000 KLD.
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Synthetic dye & pigment manufacturing
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Resin & polymer industries
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Specialty & fine chemicals
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Agrochemicals & intermediates
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Acidic/alkaline wastewater streams
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Achieves Zero Liquid Discharge (ZLD) compliance.
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Recovers reusable water from wastewater, reducing freshwater demand.
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Provides safe disposal of salts and hazardous by-products.
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Long-term cost-effective and environmentally sustainable solution.
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Meets CPCB/SPCB discharge norms for synthetic chemical effluents.
Additional Information:
- Item Code: MEE_ATFD_VZLD
- Production Capacity: Customize
- Delivery Time: 1 Month
MEE and ATFD for Power Plant Industries
| Capacity | upto 5 ton/hr |
| Usage/Application | Organic Waste Composting |
| Applicable Industry | Chemical Industry |
| Power Source | Coal |
| Material | Carbon Steel |
| Country of Origin | Made in India |
amount of heat source such as steam or hot water to evaporate water. Evaporation is normally stopped before the solute starts to precipitate in the operation of an evaporator. Most of the industrial evaporators have tubular heating surfaces.
Why VZLD Multi Effect Evaporator
•Bigger tube size to avoid the clogging of tube•Optimum power required for re-circulation pumps•Bigger tube size will be easy to clean•Optimum velocity to avoid the deposition of solid inside the tubes•Easy to do jet cleaning without much dismantling of system.•Two Separate seal water supply systemManufacturing expertise
•Falling film evaporator•Forced Circulation evaporator•Raising film evaporator•Combined multi effect evaporator
MEE and ATFD for Chemical Industries
Product Brochure
| Automation Grade | Automatic |
| Material | Stainless Steel |
| Capacity(KLD) | 50 |
| Separator | Yes |
| Country of Origin | Made in India |
The MEE & ATFD system is an advanced solution for the concentration and drying of high TDS and chemical-laden wastewater. It ensures maximum water recovery and solid product recovery, making it ideal for Zero Liquid Discharge (ZLD) applications in chemical and specialty chemical industries.
Key Features-
Multi-Effect Evaporator (MEE):
-
Multi-stage evaporation for reduced steam consumption.
-
Handles high TDS, corrosive, and scaling-prone chemical effluents.
-
Constructed from SS316L, Duplex SS, or suitable alloy for chemical resistance.
-
-
Agitated Thin Film Dryer (ATFD):
-
Efficient drying of MEE concentrates into dry, manageable solids.
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Short residence time prevents thermal degradation or sticking.
-
Mechanical agitation ensures uniform drying of sticky or viscous products.
-
-
Automation & Control: PLC/SCADA-based system for precise control of temperature, flow, and level.
-
Capacity Range: Customizable from 5 KLD to 1000+ KLD effluent, depending on plant size.
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Concentration and drying of acid, alkali, and salt-containing effluents.
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Recovery of inorganic salts, mother liquors, and by-products.
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Treatment of RO reject streams and high TDS process wastewater.
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Integration in ZLD systems for complete effluent management.
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Specialty chemical manufacturing – drying of crystallized intermediates or waste salts.
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Achieves maximum water recovery for reuse, reducing freshwater consumption.
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Produces dry solids that are easy to handle, reuse, or dispose of.
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Prevents scaling and fouling, ensuring continuous, reliable operation.
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Energy-efficient operation with MEE + ATFD integration.
-
Supports Zero Liquid Discharge compliance and environmental regulations.
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Fully automated, reducing manpower requirements and operational errors.
MEE and ATFD for Dairy Industries
| Automation Grade | Automatic |
| Material | Stainless Steel |
| I Deal In | New Only |
| Separator | Yes |
| Country of Origin | Made in India |
amount of heat source such as steam or hot water to evaporate water. Evaporation is normally stopped before the solute starts to precipitate in the operation of an evaporator. Most of the industrial evaporators have tubular heating surfaces.
Why VZLD Multi Effect Evaporator
•Bigger tube size to avoid the clogging of tube•Optimum power required for re-circulation pumps•Bigger tube size will be easy to clean•Optimum velocity to avoid the deposition of solid inside the tubes•Easy to do jet cleaning without much dismantling of system.•Two Separate seal water supply systemManufacturing expertise
•Falling film evaporator•Forced Circulation evaporator•Raising film evaporator•Combined multi effect evaporator
MEE and ATFD for Antiboitics Industries
| Material | Stainless Steel |
| Automation Grade | Automatic |
| Mounting Type | Yes |
| I Deal In | New Only |
amount of heat source such as steam or hot water to evaporate water. Evaporation is normally stopped before the solute starts to precipitate in the operation of an evaporator. Most of the industrial evaporators have tubular heating surfaces.
Why VZLD Multi Effect Evaporator
•Bigger tube size to avoid the clogging of tube•Optimum power required for re-circulation pumps•Bigger tube size will be easy to clean•Optimum velocity to avoid the deposition of solid inside the tubes•Easy to do jet cleaning without much dismantling of system.•Two Separate seal water supply systemManufacturing expertise
•Falling film evaporator•Forced Circulation evaporator•Raising film evaporator•Combined multi effect evaporator