Compabloc Stainless Steel Wide Gap Heat Exchanger to Heat Natural Gas
Compabloc Stainless Steel Wide Gap Heat Exchanger to Heat Natural Gas
Products Description
Compabloc heat exchangers are compact and efficient heat transfer devices used in various industries for cooling or heating applications. They are designed to provide high heat transfer rates while occupying minimal space.
1:5 Heat transfer efficiency
Compabloc heat transfer efficiency is 3-5 times higher than similar shell and tube heat exchangers
Combine traditional advantages with modern technology
The design is compact, combining the heat and pressure resistance of the shell and tube heat exchanger with the special thermal performance of the traditional plate heat exchanger
Increase profitability
Effective heat recovery and reuse, improve the level of profitability
Environmental compliance
Greatly reduce the consumption of fossil fuels and reduce carbon emissions
Reliable and trouble-free
The unique structure ensures reliable, trouble-free operation, low maintenance requirements and low installation and operating costs
Product principle and characteristics
All welded plate heat exchanger Compabloc
· All-welded plate heat exchanger, easy to open, thoroughly clean and repair
· Multi-process configuration allows for temperature cross and high heat recovery
· All four panels are removable, making the panels easy to maintain - easy to service, clean, inspect and repair
Working principles
The cold and hot media flow alternately in welded channels between the plates. Each medium flows in a cross-flow arrangement within each pass. For multi-pass unit, the media flow in countercurrent. The flexible flow configuration makes both sides keeping the best thermal efficiency. And the flow configuration can be rearranged to fit the change of the flow rate or temperature in the new duty.
Applications
1.Refinery
Pre-heating of crude oil
Condensation of gasoline, kerosene, diesel, etc.
2.Natural gas
Gas sweetening, decarburization --lean/rich solvent service
Gas dehydration -- heat recovery in TEG systems
3.Refined oil
Crude oil sweetening -- edible oil heat exchanger
4.Coke over plants
Ammonia liquor scrubber cooling
Benzoilzed oil heating, cooling
5.Refine sugar
Mixed juice, fumigated juice heating
Pressure mooring juice heating
6.Pulp and paper
Heat recovery of boil and fumigation
Heat recovery of bleaching process
Washing liquid heating
7. Fuel ethanol
Lees liquid to fermented liquid heat exchange
Pre-heating of ethanol solution
8.Specialty chemicals, Metallurgy, Fertilizer production, Chemical fiber, Water treatment plant, etc.
| Model | Standard Pressure (bar) | Standard Temp. Range (°C) | Max.Dimension (mm) A*A*B |
| CP15 | FV-32 | -40 - 300 | 280*280*540 |
| CP20 | FV-32 | -40 - 300 | 430*430*730 |
| CP30 | FV-32 | -40 - 300 | 500*500*1070 |
| CP40 | FV-32 | -40 - 300 | 600*600*1400 |
| CP50 | FV-32 | -40 - 300 | 840*840*2050 |
| CP75 | FV-32 | -40 - 300 | 1240*1240*3600 |
| CP120 | FV-32 | -40 - 300 | 2190*2190*3500 |
Get in Touch
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