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Used processing in Texas, USA

  • VESSELS/REACTORS 103948

    VESSELS/REACTORS 103948

    • Manufacturer: BENDELL

    STEAM DRUM; MFG. BY BENDELL IN 2008; ON LEGS; NOZZLES: TOP (2)6", 12"; SHELL 1", 3", 18", 30"; BOTTOM 2";

    Cleveland, TX
  • VESSELS/REACTORS 105984

    VESSELS/REACTORS 105984

    • Manufacturer: ARROW TANK & ENGINEERING CO

    FLARE KNOCK OUT DRUM; MFG. BY ARROW TANK & ENGINEERING CO. IN 2005; ON SADDLES; HEAD THICKNESS .3125"; NOZZLES: HEAD 2", 18" MANWAY; SHELL (7)2", (2)6", (2)14";

    Cleveland, TX
  • VESSELS/REACTORS 101208

    VESSELS/REACTORS 101208

    • Manufacturer: MITSUI

    2ND CRYSTALLIZER; MFG. BY MITSUI; WITH LIGHTNIN AGITATOR G-411;

    Cleveland, TX
  • VESSELS/REACTORS 101207

    VESSELS/REACTORS 101207

    • Manufacturer: MITSUI

    1ST CRYSTALLIZER; MFG. BY MITSUI; WITH LIGHTNIN AGITATOR G-410;

    Cleveland, TX
  • VESSELS/REACTORS 101204

    VESSELS/REACTORS 101204

    • Manufacturer: MITSUI

    OXIDATION REACTOR; MFG. BY MITSUI; WITH LIGHTNIN AGITATOR G-311B;

    Cleveland, TX
  • VESSELS/REACTORS 101203

    VESSELS/REACTORS 101203

    • Manufacturer: MITSUI

    OXIDATION REACTOR; MFG. BY MITSUI; WITH LIGHTNIN AGITATOR G-311A;

    Cleveland, TX
  • VESSELS/REACTORS 73037

    VESSELS/REACTORS 73037

    • Manufacturer: SUPERIOR WELDING

    POLYESTER REACTOR #3; MFG. BY SUPERIOR WELDING; JKT: CS, 50 PSI @ 59 F; COILS 50 PSI @ 110 F; W/20 TURNS OF SCH 40 304SS INTERNAL COILS; 9048 WT. OF VESSEL, 1132 WT. OF ...

    Cleveland, TX
  • VESSELS/REACTORS 73035

    VESSELS/REACTORS 73035

    • Manufacturer: SUPERIOR WELDING

    POLYESTER REACTOR #1; MFG. BY SUPERIOR WELDING; JKT: CS, 50PSI @ 59 F; COILS 50 PSI @ 110 F; W/20 TURNS OF SCH 40 304SS INTERNAL COILS; 9048 WT. OF VESSEL, 1132 WT. OF ...

    Cleveland, TX
  • VESSELS/REACTORS 99942

    VESSELS/REACTORS 99942

    • Manufacturer: KOHNI (GERMAN MFG )

    MFG. BY KOHNI (GERMAN MFG.); 2" HALF PIPE JACKET ON BOTTOM SIDE;

    Cleveland, TX
  • VESSELS/REACTORS 99063

    VESSELS/REACTORS 99063

    • Manufacturer: ALPHA TANK

    CYAD CONCENTRATOR; MFG. BY ALPHA TANK IN 1987; (4) LUG SUPPORTS; (2) LIFTING LUGS ON TOP HEAD; 1.25" THICK BOTTOM HEAD AND 1/4" THICK TOP HEAD; (4) INTERNAL 1/4" THICK X 5" WIDE X 48" LONG SIDE WALL BAFFLES; CON...

    Cleveland, TX
  • VESSELS/REACTORS 93879

    VESSELS/REACTORS 93879

      NOZZLES: TOP 18" MANWAY, (4)4", 10"; BOTTOM 4"; SIDE (4) 2" JACKET NOZZLES;

      Cleveland, TX
    • VESSELS/REACTORS 91848

      VESSELS/REACTORS 91848

      • Manufacturer: BUCKLEY

      MFG. BY BUCKLEY; WITH EXTERNAL SS INSULATION SHEATH;

      Cleveland, TX
    • VESSELS/REACTORS 91670

      VESSELS/REACTORS 91670

      • Manufacturer: WALKER STAINLESS

      AGITATED KETTLE; MFG. BY WALKER STAINLESS; WITH EXTERNAL SS INSULATION SHEATH; ON LEGS; CHANNEL JACKET;

      Cleveland, TX
    • VESSELS/REACTORS 84639

      VESSELS/REACTORS 84639

      • Manufacturer: PFAUDLER

      MFG. BY PFAUDLER; COMPLETE WITH AGITATOR AND DRIVE;

      Cleveland, TX
    • VESSELS/REACTORS 94577

      VESSELS/REACTORS 94577

      • Manufacturer: DEDIETRICH

      MFG. BY DEDIETRICH IN 1984; MODEL #CTJ-60-500; WITH PFAUDLER AGITATOR DRIVE; MODEL #FMDWV50410EJD; 1735 RPM;

      Cleveland, TX
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    Overview

    Reactors are specialized vessels designed to facilitate chemical reactions under controlled conditions. They are used in various industries, including chemical manufacturing, pharmaceuticals, and petrochemicals. Reactors come in different types, such as batch reactors, continuous reactors, and catalytic reactors, each tailored to specific processes and requirements.

    FAQ

    What factors should I consider when purchasing a used reactor?

    Consider the reactor’s type, size, material of construction, and its previous usage history. Also, check for any signs of wear, corrosion, or damage, and ensure it meets the required specifications for your application.

    How can I ensure the safe shipping of a reactor?

    Hire a transport service experienced in handling heavy and sensitive industrial equipment. Ensure the reactor is properly cleaned, secured, and protected during transit to avoid any damage.

    What is the maintenance schedule for a reactor?

    Regular maintenance includes inspecting for leaks, checking pressure and temperature gauges, and ensuring all safety systems are operational. Periodically, conduct thorough inspections and cleaning as per the manufacturer’s guidelines.