| Product Information of Gasketed Plate Heat Exchanger | |
| Brand | Exheat |
| Plate material | Titanium/Stainless steel 0.5mm 0.6mm 0.7mm 0.8mm 1mm |
| Gasket material | NBR HNBR EPDM HEPDM VITON FKM Silicone |
| Frame material | Painted Carbon steel or stainless steel |
| Color of frame | blue or customed color |
| Connection type | flange or thread |
| Flange standard | ANSI ASME BS BA JIS DIN GB ISO |
| Tightening bolt | M24 M30 M39 |
| Design pressure | highest 20mpa, lowest 10Mpa |
| Work pressure | normal 12.5Mpa |
| MOQ | 1 set |
| Package | polywood case |
| Warranty | one year |
| OEM | Can make replacement |
Gasketed Plate Heat Exchangers for Gas Processing
Plate heat exchangers are used in natural gas processing plants for heat transfer between separate process streams. They can transfer heat while keeping the fluids in separate channels, making them suitable for heating and cooling processes involved in natural gas processing.
Depending on the process conditions and material selection, plate heat exchangers can be configured for applications involving different fluids, temperatures and pressures. Titanium and stainless steel plates, together with different gasket materials, are available to meet specific operating requirements.
Applications in Natural Gas Processing
In natural gas processing, plate heat exchangers can be used for several heat transfer applications. Common applications include:
Natural Gas Preheating
- Plate heat exchangers can be used to preheat natural gas feed streams before subsequent processing steps.
Natural Gas Cooling
- They can also be used to cool processed natural gas or other process streams when temperature control is required.
Light Hydrocarbon Condensation
- Plate heat exchangers can be applied in condensation processes involving light hydrocarbons, depending on the process conditions and required heat transfer duty.
LNG Heating and Cooling
- Plate heat exchangers may also be used in LNG-related heating and cooling applications where the heat exchanger configuration and materials are suitable for the specific operating conditions.
Why Use Plate Heat Exchangers in Gas Processing?
Plate heat exchangers can provide several advantages for gas processing applications, including compact construction, efficient heat transfer and convenient maintenance.
Compact design: The compact structure can help reduce equipment footprint, which can be particularly useful where installation space is limited.
Efficient heat transfer: The corrugated plate design promotes effective heat transfer between separate process streams and can support efficient thermal management.
Convenient maintenance: Gasketed plate heat exchangers can be opened for inspection, cleaning and gasket replacement, helping simplify routine maintenance when required.
Gas Processing Heat Exchanger Solution
Exheat provides gasketed plate heat exchangers for different heat transfer requirements in gas processing applications. Plate materials, gasket materials, frame materials, connections and other specifications can be selected according to the operating conditions of the project.
If you are looking for a plate heat exchanger for natural gas processing, gas cooling, gas preheating or related heat transfer applications, please provide the process medium, flow rate, inlet and outlet temperatures, operating pressure and other available parameters for selection.
FAQ
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