- Product Details
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Quick Details
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Power:
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4-6.5KW
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Dimension(L*W*H):
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120 x 85 x 230 CM
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Weight:
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1000 KG
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Product Name:
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Rising Film Evaporator
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Evaporation Capacity(L/MIN):
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500
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Evaporation Temperature(℃):
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55 ~ 75
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Vacuum Degree(Mpa):
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-0.06 ~ -0.095
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Buffer Tank(L):
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500
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Preheating Area(M2):
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2
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Coolant Collection Tank(L):
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300
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Charge Pump(T/H):
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2
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Material:
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304
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Water Ring Vacuum Pump(L/MIN):
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833
Quick Details
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Place of Origin:
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Henan, China
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Brand Name:
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Lanphan
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Voltage:
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380V/240/480
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Power:
-
4-6.5KW
-
Dimension(L*W*H):
-
120 x 85 x 230 CM
-
Weight:
-
1000 KG
-
Product Name:
-
Rising Film Evaporator
-
Evaporation Capacity(L/MIN):
-
500
-
Evaporation Temperature(℃):
-
55 ~ 75
-
Vacuum Degree(Mpa):
-
-0.06 ~ -0.095
-
Buffer Tank(L):
-
500
-
Preheating Area(M2):
-
2
-
Coolant Collection Tank(L):
-
300
-
Charge Pump(T/H):
-
2
-
Material:
-
304
-
Water Ring Vacuum Pump(L/MIN):
-
833
Rising film evaporators are suitable for dilute solutions with low concentration and heat-sensitive materials.
The solution is preheated to the boiling point, added from the bottom of the heating chamber, and strongly vaporized in the heating tube. The generated vapor drives the liquid to rise in the form of a film along the pipe wall. The liquid film continues to evaporate as it rises. The solution can reach the required concentration through the heating tube.
The rising film evaporator is composed of buffer tank, preheater, heater, separation chamber, gas-liquid separator, condenser, cooler and receiving tank.
| Rising Film Evaporator | |
| Model | RFE-500 |
| Evaporation Capacity(L/MIN) | 500 |
| Evaporation Temperature(℃) | 55 ~ 75 |
| Vacuum Degree(Mpa) | -0.06 ~ -0.095 |
| Buffer Tank(L) | 500 |
| Preheating Area(M2) | 2 |
| Heating Area(M2) | 20 |
| Condensing AreaM2) | 20 |
| Cooling Area(M2) | 1 |
| Coolant Collection Tank(L) | 300 |
| Charge Pump(T/H) | 2 |
| Concentrate Discharge Pump(T/H) | 2 |
| Coolant Discharge Pump(T/H) | 1 |
| Water Ring Vacuum Pump(L/MIN) | 833 |
| Material | 304 |
Rising film evaporator adopts decompression concentration technology, which greatly reduces energy consumption and operating cost.
The raw material is preheated to the boiling point or close to the boiling point, and is introduced into the tube from the bottom of the heating chamber. The high-speed rising secondary steam drives the solution to flow in the form of a film along the wall and evaporates; the required concentration is reached at the top of the heating chamber, and the solution is discharged from the bottom of the separator.
The vapor liquid separator separates the liquid carried by the steam, and the unvaporized liquid returns to the concentrator. The condenser liquefies the gas to achieve solvent recovery. The cooler cools the liquefied solvent to achieve full solvent recovery. The receiving tank collects and stores the liquefied solvent.
1. High-efficiency plate heat exchanger is used for preheating.
2. Unique design, using steam coolant to heat the preheater.
3. Vertical separation chamber reduces the height of the equipment.
4. The large window of the separation chamber can detect the liquid level status at any time.
5. Coolant recovery adopts high-efficiency plate heat exchanger.
Rising film evaporators are mainly used for concentration, distillation and recovery of organic solvents i n bioengineering, beverages, petroleum, fine chemicals, water treatment and other industries.
