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Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss

Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss

    • Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
    • Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
    • Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
  • Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss

    Product Details:

    Place of Origin: China
    Brand Name: QIYAO
    Certification: ISO, ASME
    Model Number: QYS serirs

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 unit
    Price: Customized Product, Quoted Case By Case
    Packaging Details: Seaworthy wooden case
    Delivery Time: 30-45 days after L/C or T/T
    Payment Terms: L/C, T/T
    Supply Ability: 100 units per month
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    Detailed Product Description
    Material: Stainless Steel, Titanium, SMO, Etc. Structure Of Core: Round & Corrugated Metal Sheets To Be Welded As A Lamella Bundle
    Design Pressure: Up To 20Mpa Temperature Range: -200 C Up To 900 C
    Customised: Yes, Subject To Technical Information Packing: Seaworthy Wooden Case
    After-sale Service: Available Upon Request Application: Oil & Gas, Refinery, Chemical Industries, Etc.

    Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
     
     
    Plate & Shell Heat Exchanger integrates the advantages of plate heat exchanger and tube & shell heat exchanger as a whole. Owing to such advantages as high efficient heat transfer, close approach temperature, high pressure & heat resistance, compact structure and light weight and etc., it has been widely applied in power, petrochemical, steel, food and pharmaceutical industries and etc. The plate & shell heat exchanger developed by SMDERI is constructed with corrugated sheets similar with plate type heat exchanger. All round sheets are welded to each other into a lamella bundle and then mounted into a shell. There is no gasket between sheets so that it is suitable for high temperature & pressure applications where conventional plate frame heat exchangers can’t be used.
     
     
    Work Principle / Flow Process

    • Plate & Shell Heat Exchanger consists of a vessel shell and a heat exchanging core mounted into the shell. The core actually is a lamella bundle made by welding multiple layers of round & corrugated metal sheets of 0.8-1.2mm thick together.
    • Neighboring sheets establish narrow and tortuous channels in between and allow the working fluid to flow through.
    • The cold fluid and hot fluid flow through its own channels in order. The cold and hot channels are separated by the sheet naturally, where heat exchange takes place.
    • The structure and work principle of Plate & Shell Heat Exchanger determines that it has the advantages of high heat & pressure resistance, compact structure, small footprint, high heat transfer efficiency, flexible operation, wide application, low heat loss, easy installation & cleaning, etc.

     
    Advantages

    1. Laser welded lamella bundle as the core of heat exchanger – High heat & pressure resistance;
    2. Cylindrical structure – well-distributed stress, fatigue & heat stress resistance, and applicable for intermittent operation;
    3. Removable core of heat exchange – Easy cleaning & maintenance at shell side;
    4. Pressure vessel as shell – safe and reliable;
    5. Multi flowing channels at both plate side and shell side – Temperature cross is realized;
    6. Streams may be designed to have different flow directions, i.e. the same, opposite or cross directions; ;
    7. Rich manufacturing experience – Safe and reliable products are fabricated;
    8. Sufficient inventory of spare parts – Short lead time is required;
    9. High management efficiency – Low cost of products is resulted.

    Reference

    No.UserProjectEquipmentSpecificationQty.
    1Kingboard Chemical Holdings Ltd.200,000t/y waste animal & vegetable oils to hydrogenated biodiesel projectHeavy biodiesel cooler

    QYS50-F-HH-40
    Design pressure: 4.9MPa
    Design temp.: 180℃
    Plate material: 316L

    1
    Cold high grade oil - refined oil heat exchanger

    QYS80-DF-HH-140
    Design pressure: 3.7MPa
    Design temp.: 22℃
    Plate material: 316L

    2
    Cycle oil steam generator

    QYS150-F-HH-300
    Design pressure: 6.5MPa
    Design temp.: 225℃
    Plate material: 316L

    1
    Raw oil – refined oil heat exchanger

    QYS80-DF-HH-152
    Design pressure: 4.8MPa
    Design temp.: 90℃
    Plate material: 316L

    2
    2Xindi Energy Engineering Technology Co. Ltd.LNG contingency reserve projectRefrigerant secondary cooler

    QYS200
    Design pressure: 4.4MPa
    Design temp.: 150℃
    Plate material: 316L

    1
    Coal gasification unitQuench water heat exchanger

    QYS25
    Design pressure: 3.0MPa
    Design temp.: 550℃
    Plate material: Inconel 625

    1
    Supercritical water heat exchangeSupercritical heat exchanger

    QYS80
    Design pressure: 23MPa
    Design temp.: 550℃
    Plate material: Inconel 625

    1
    3Dalian Refrigeration Machine Co. Ltd.Freon reduction projectAmmonia – CO2 evaporative condenser

    QYS100
    Design pressure: 4MPa
    Design temp.: 50℃
    Plate material:316L

    2
    4SinoPec Changling Company1# waste heat boiler feedwater preheaterBoiler feedwater preheater

    QYS80
    Design pressure: 6.6MPa
    Design temp.: 200℃
    Plate material: 316L

    1
    SinoPec Maoming CompanyCracker methanator systemHydrogen – hydrogen heat exchanger

    QYS80
    Design pressure: 3.4MPa
    Design temp.: 180℃
    Plate material: 316L

    1
    SinoPec Jiujiang CompanyLow grade waste heat power generationEvaporator

    QYS200-HA-600
    Design pressure: 1.5MPa
    Design temp.: 120℃
    Plate material: 316L

    4
    Condenser

    QYS200-HA-600
    Design pressure: 1.5MPa
    Design temp.: 120℃
    Plate material: 316L

    4
    Rectisol systemLean – rich liquid heat exchanger

    QYS200-HA-650
    Design pressure: 5.7MPa
    Design temp.: 120℃
    Plate material: 316L

    3
    SinoPec Changling CompanyDiesel hydrogenation unit ORC systemEvaporator

    QYS200
    Design pressure: 1.0/1.4MPa
    Design temp.: 150/100℃
    Plate material: 316L

    2
    Condenser

    QYS200
    Design pressure: 1.0/1.4MPa
    Design temp.: 150/100℃
    Plate material: 316L

    3
    5Wanhua Chemical (Ningbo) Co. Ltd. Liquid ammonia cooler

    QYS80
    Design pressure: 2.5MPa
    Design temp.: 100℃
    Plate material: 316L

    2
    6CNOOCWenchang 13-1/2 oilfield propane coolerDebutanizer return flow condenser

    QYS100
    Design pressure: 2.24MPa
    Design temp.: 93℃
    Plate material: 316L

    1
    LPG propane coolerLPG propane cooler

    QYS100
    Design pressure: 1.7MPa
    Design temp.: 110℃
    Plate material: 316L

    1
    7Coolsummer (Iran)EO/EGLean/Rich MEG

    QYS100-HH-128/1/1
    Design pressure: 1.4MPa
    Design temp.: 150℃
    Plate material: 316L
     

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    Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
    Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss
    Customised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat LossCustomised Design Vessel Shell Plate Heat Exchanger Safe And Reliable Low Heat Loss

    Contact Details
    Shanghai Marine Diesel Engine Research Institute

    Contact Person: Mrs. Tan Ling

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