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Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti

Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti

    • Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti
    • Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti
    • Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti
  • Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti

    Product Details:

    Place of Origin: CHINA
    Brand Name: QIYAO
    Certification: ISO
    Model Number: QYS series

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 unit
    Price: Customized Product, Quoted Case By Case
    Packaging Details: Seaworthy packing
    Delivery Time: 4~6 months
    Payment Terms: L/C, T/T
    Contact Now
    Detailed Product Description
    Function: Efficient Heat Exchange Application: Oil Refineries, Petrochemical, Chemical, Pharmaceutical, Food And Etc.
    Material: 316L, SMO, Ti, 2205 Warranty Period: 12 Months Since Operation
    After-sale Service: Available
    High Light:

    shell and tube heat exchanger

    ,

    shell plate heat exchanger

    Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti

     

    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.

     

    I 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.

     

    Easy Cleaning & Maintenance Plate And Shell Heat Exchanger 316L SMO Ti

    II Specification

     

    Application Heat exchange
    Name Plate & Shell Heat Exchanger
    Model QYS25 / QYS50 / QYS80 / QYS100 / QYS150 / QYS200
    Material 316L, SMO, Ti, 2205
    Code & standard NB/T47007, GB150
    Design pressure F.V. – 10Mpa
    Design temperature -200 - 900℃
    Main measuring point Temperature and pressure at fluid inlet / outlet
    Seal Flange sealed / fully welded
    Service life for key equipment 15 years
    Warranty 12 months
    Scope of works/service Design, manufacture, supply, installation supervision, etc.

     

    III 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.

    IV Reference

    No. User Project Equipment Specification Qty.
    1 Kingboard Chemical Holdings Ltd. 200,000t/y waste animal & vegetable oils to hydrogenated biodiesel project Heavy 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
    2 Xindi Energy Engineering Technology Co. Ltd. LNG contingency reserve project Refrigerant secondary cooler

    QYS200

    Design pressure: 4.4MPa

    Design temp.: 150℃

    Plate material: 316L

    1
    Coal gasification unit Quench water heat exchanger

    QYS25

    Design pressure: 3.0MPa

    Design temp.: 550℃

    Plate material: Inconel 625

    1
    Supercritical water heat exchange Supercritical heat exchanger

    QYS80

    Design pressure: 23MPa

    Design temp.: 550℃

    Plate material: Inconel 625

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

    QYS100

    Design pressure: 4MPa

    Design temp.: 50℃

    Plate material:316L

    2
    4 SinoPec Changling Company 1# waste heat boiler feedwater preheater Boiler feedwater preheater

    QYS80

    Design pressure: 6.6MPa

    Design temp.: 200℃

    Plate material: 316L

    1
    SinoPec Maoming Company Cracker methanator system Hydrogen – hydrogen heat exchanger

    QYS80

    Design pressure: 3.4MPa

    Design temp.: 180℃

    Plate material: 316L

    1
    SinoPec Jiujiang Company Low grade waste heat power generation Evaporator

    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 system Lean – rich liquid heat exchanger

    QYS200-HA-650

    Design pressure: 5.7MPa

    Design temp.: 120℃

    Plate material: 316L

    3
    SinoPec Changling Company Diesel hydrogenation unit ORC system Evaporator

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

    QYS80

    Design pressure: 2.5MPa

    Design temp.: 100℃

    Plate material: 316L

    2
    6 CNOOC Wenchang 13-1/2 oilfield propane cooler Debutanizer return flow condenser

    QYS100

    Design pressure: 2.24MPa

    Design temp.: 93℃

    Plate material: 316L

    1
    LPG propane cooler LPG propane cooler

    QYS100

    Design pressure: 1.7MPa

    Design temp.: 110℃

    Plate material: 316L

    1
    7 Coolsummer (Iran) EO/EG Lean/Rich MEG

    QYS100-HH-128/1/1

    Design pressure: 1.4MPa

    Design temp.: 150℃

    Plate material: 316L

     

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    Contact Details
    Shanghai Marine Diesel Engine Research Institute

    Contact Person: Mrs. Tan Ling

    Tel: 86-21-51151156

    Fax: 86-21-51711742

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