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- Thermal oil pumps +350
Thermal oil pumps +350


Thermal oil pumps
Bitumen heating station pumps, thermal oil pumps, oil heating station pump.
Heating bitumen storage and bitumen-smelting plants ("evaporators") using hot oil as a heat carrier, which is supplied to the system by a circulation pump and this is considered the most progressive and efficient from an economic point of view.
In oil-heated systems, the heated high-temperature heat carrier (oil) is circulated by a pump through the pipe system of heat exchangers located inside the tanks and reservoirs with bitumen. Unlike systems based on heating elements and fire-tube boilers, bitumen overheating in the zone of contact with the heat exchanger does not occur due to the lower temperature of the latter. The transfer of the required amount of heat is carried out due to a more developed system heat transfer: the oil circulated by the pump as a heat carrier allows this to be done. With this method heating, oxidation and coking of bitumen is excluded, accordingly, there is no deterioration in its quality characteristics.
Oil, unlike steam, has constant parameters and can provide any required temperature heating mode in a wide range - from 90 to 160 °С. The advantage of the oil system over steam, heating elements and a flame tube, it is also possible to combine bitumen storage, bitumen-melting boilers and bitumen pipelines into a single heating system, which will be based on an oil heating station.
It is also important that oil heating systems are not under excessive pressure.
Descriptions
Cast iron | 0.6025 | EN-GJL-250 (GG 25) | A 48 Class 40-B |
Malleable Iron Casting | 0.7040 | EN-GJS-400-15 (GGG 40) | A 536 60-40-18 |
Chrome Nickel Molybdenum Casting Steel | 1.4408 | GX5 Cr Ni Mo 19-11-1 | A 351 CF8M |
Chrome steel | 1.4021 | X 20 Cr 13 | A 276 Type 420 |
Chrome Nickel Molybdenum Steel | 1.4301 | X5 Cr Ni 18-10 | A 276 Type 304 |
Selection charts
Incision
Parts List
Spiral Body | 010 | Mechanical seal | 165 |
Impeller | 030 | Mechanical Seal Gasket | 167 |
Shaft | 040 | Body seal | 168 |
Bearing shell | 080 | Bearing Cover Gasket | 169 |
Bearing Cover | 091 | Key | 170 |
Stuffing box | 099 | Val's Ring | 180 |
Blowing | 108 | Support Legs | 320 |
Airlock | 109 | Bolt | 408 |
Cam | 125 | Drain plug | 409 |
Bearing | 160 | Plate | 450 |
Mechanical seal | 163 | Casing Cover | 468 |
Mechanical Seal Positioning Sleeve | 164 |
Pump dimensions
Flange Dimensions
Producer | BTS Engineering |
Pump capacity, m3/h | 4 |
Feed height, m | 32 |
Power capacity, kW | 1,5 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 4.5 |
Feed height, m | 50 |
Power capacity, kW | 3 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 6.3 |
Feed height, m | 50 |
Power capacity, kW | 4 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 12.5 |
Feed height, m | 50 |
Power capacity, kW | 5,5 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 25 |
Feed height, m | 50 |
Power capacity, kW | 7,5 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 25 |
Feed height, m | 80 |
Power capacity, kW | 15 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 50 |
Feed height, m | 50 |
Power capacity, kW | 15 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 50 |
Feed height, m | 80 |
Power capacity, kW | 22 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 100 |
Feed height, m | 50 |
Power capacity, kW | 22 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 6.3 |
Feed height, m | 50 |
Power capacity, kW | 4 |
Material | carbon steel |
Producer | BTS Engineering |
Pump capacity, m3/h | 25 |
Feed height, m | 50 |
Power capacity, kW | 7,5 |
Material | carbon steel |