ZERO LIQUIED DISCHARGE
Multiple Effect Evaporation (MEE)
We are leading manufacturer, Importers and Service Provider of Multiple Effect Evaporator System and our product is made up of good quality.
Multiple Effect Evaporator System Led by the team of efficient professionals, we are able to offer Multiple Effect Evaporator System to our clients.
Multiple Effect Evaporator System are extensively catering to the needs of textile, pharmaceutical, automobile, chemical, and dyeing industries.
Specification
Capacity | Upto 100 KLD |
Max Temperature | 120 C |
Automatic Grade | Manual, Semi-Automatic or Automatic type |
Design | Standard |
Processing System | Salt Separation |
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Technical Information:
Place Of Origin: | Navi Mumbai, Maharashtra, India |
Application Types: | Heat Transfer Operation / Thermal Evaporation |
Product Type: | Evaporator |
Product Capacity: | Customized |
Evaporation Effects: | Multi-effect |
Evaporation Operation: | Simple |
Processing System: | Salt Separation |
Price: | Competitive |
Falling Film Forced Evaporator Plants
Falling film evaporators
The Liquid to be concentrated is preheated to boiling temperatures; even thin films enters the heating tube via distributors in the head of the evaporator, flow downward at boiling temperature and is partially evaporated.
Spreading the flow of liquid to each tube and forming the thin film across area of the tube is the principle of falling film evaporator.
It can be used for evaporation of Wastewater/liquors, which are sensitive, have a high rate of specific heat transfer, non crystalline solutions & for low fouling, low viscous fluid.
Falling Film Evaporation is a process controlled by two different heat transfer processes, i.e. Conduction and/or Convection across the film.
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Agitated Thin Film Evaporator
Introduction:
Welcome to the world of Agitated Thin Film Dryer (ATFD) and other heat transfer equipment’s. HYDROSPHERE ENVIROTECH leads by virtue of superior engineering design capabilities, manufacturing excellence and a project based approach committed to deliver high performance total evaporation solution customized to our client requirement.
HYDROSPHERE ENVIROTECH offer ATFD as a single point solution for all kind of drying application. Our ATFD’s are running smoothly for production and effluent purpose in chemical Pharma, Textile , Food and Beverage Industries.
Operating Principle:
ATFD is stands for evaporation of water/solvents to make concentrated liquid to dry powder or flakes.
ATFD is the ideal apparatus for continuous processing of concentrated material to dry solids. ATFD is consist of cylindrical, vertical body with heating jacket and a rotor inside of the shell which is equipped with rows and pendulum blades all over the length of the dryer. The hinged blades spread the wet feed product in a thin film over the heated wall.
The turbulence increases as the product passes through the clearance before entering calming zone situated behind the blades as the heat will transfer from jacket to main shell under the smooth agitation water/solvent will evaporate and liquid will convert to slurry, to cake or to dry powder or flex.
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The vapors produced rise upward, counter-currently to the liquid and pass through Cyclone separator mounted of vapor outlet of ATFD.
Further these vapor will be condensed in condenser and recovered as condensate. System will be Operated under vacuum for temperature sensitive products and atmospheric condition for normal drying.
ATFD Selection Criteria:
HYDROSPHERE ENVIROTECH offers following models of ATFD's
AREA (M2) | DIAMETER(MM) | TOTAL HEIGHTR(MM) |
3 | 400 | 3800 |
5 | 500 | 4750 |
10 | 710 | 6300 |
15 | 900 | 7700 |
20 | 1000 | 8300 |
Ultrafiltration (UF)
Product Description:
Ultrafiltration (UF) membrane is a variety of membrane filtration in which hydrostatic pressure forces a liquid against a semipermeable membrane. Suspended solids and solutes of high molecular weight are retained, while water and low molecular weight solutes pass through the membrane.
Product Feature:
Filter accuracy: 0.01um. Cross – flow design, eliminate fouling, and increased life expectancy.
Membrane inner and outer smooth wall, a small contact angle of water of the surface porosity and a narrow pore size distribution, pore size distribution, high strength, large water flux, easy to clean.
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Resistance to acids, alkalis, strong oxidizing agents, pH tolerance 2-13.
Withstand 100 ppm continuous, 200ppm short time residual chlorine exposure.
Application
Water treatment, sewage and industrial wastewater
Reverse Osmosis (RO)
Product Description:
The Reverse Osmosis device is an equipment to purify the saline water with the action of pressure difference of semi-permeable membrane. It is called reverse osmosis, as it is counter to natural penetration direction. Difference material have different osmotic pressures.
The reverse osmosis can remove more than 97% of the soluble salt and above 99% of the colloid ,microorganism, particles and organic materials, becoming the best choice in the engineering of modern purified water.
The most highlighted features are low energy consumption, no pollution, simple technique ,high-quality water and convenient operation and maintenance.
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Stage conductivity of RO water treatment plant
| Model | Capacity (T/H) | ~ Power (KW) | Recovery (%) | One stage Finished water conductivity (μs/cm) | Two stage Water Conductivity (μs/cm) | EDI system Water Conductivity (μs/cm) | Raw water Conductivity (μs/cm) |
| HEPL-500 | 0.5 | 0.85 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-1000 | 1 | 2.2 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-2000 | 2 | 2 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-3000 | 3 | 3 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-5000 | 5 | 5 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-6000 | 6 | 6 | 55-75 | <10 | <2-3 | <0.5 | <300 |
| HEPL-10000 | 10 | 10 | 55-75 | <10 | <2-3 | <0.5 | <300 |
Technical data of RO water treatment plant
No. | Item | Test result | |
1 | HS code | 84212 | |
2 | Salt rejection rate | 98.50% | |
3 | Working press | 0.6-3.0Mpa | |
4 | Voltage | 220v/50Hz,415V/50Hz,etc.customized | |
5 | material | Ss, CPVC, FRP, PVC | |
6 | Raw water | TDS | <35000PPM |
(sea water) | Temperature | 15°C-45°C | |
| Recovery rate | 35% | |
7 | Water-out conductivity (μs/cm) | 3 to 8 | |
8 | Inlet water SDI | <5 | |
9 | Inlet water PH | 3 to10 | |