Processing » Heat Exchangers » Shell and Tube Heat Exchangers » Texas

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Used Shell And Tube Heat Exchangers in Texas, USA

EXCHANGERS 103347
- used
- Manufacturer: OHMSTEDE
MTBE RX #2 FEED COOLER; MFG. BY OHMSTEDE IN 1991; Qty: 1 | Alloy: C | Sq.ft.: 1900 | Material (s): CS | Material (t): CS | Material (h): CS | Psi (s): 393 | Psi (t): 260FV | Temp. deg. f (s): 650 | Temp. deg. f (...
Cleveland, TX
EXCHANGERS 102169
- used
- Manufacturer: JD COUSINS
MFG. BY JD COUSINS IN 1988; MOUNTED ON LUGS; SHELL SIDE NOZZLES ARE 1.5" TUBE SIDE NOZZLES ARE 4";
Cleveland, TX
EXCHANGERS 101492
- used
- Manufacturer: OHMSTEDE
3RD REACTOR 2ND GAS COOLER; SHELL AND BUNDLE; MFG. BY OHMSTEDE IN 2007; CONICAL HEADS; WITH EXPANSION JOINT;
Cleveland, TX
EXCHANGERS 101491
- used
- Manufacturer: OHMSTEDE
3RD REACTOR 1ST GAS COOLER; SHELL AND BUNDLE; MFG. BY OHMSTEDE IN 2007; CONICAL HEADS; WITH EXPANSION JOINT;
Cleveland, TX
EXCHANGERS 101088
- used
- Manufacturer: KRUEGER ENGINEERING
MFG. BY KRUEGER ENGINEERING IN 1990; Qty: 1 | Alloy: C | Sq.ft.: 3479 | Material (s): CS | Material (t): CS | Material (h): CS | Psi (s): 600 | Psi (t): 400 | Temp. deg. f (s): 300 | Temp. deg. f (t): 300 | Tube ...
Cleveland, TX
EXCHANGERS 100423
- used
- Manufacturer: SWECOMEX
KELLOGG #129-C SYN GAS COMPRESSOR INTERSTAGE CHILLER; MFG. BY SWECOMEX IN 1988;
Cleveland, TX
EXCHANGERS 100268
- used
- Manufacturer: EXELL
3RD EFFECT EVAPORATOR REBOILER (E1532); MFG. BY EXELL;
Cleveland, TX
EXCHANGERS 89422
- used
- Manufacturer: THEMEX
CRUDE TDI EVAPORATOR WITH EXPANSION JOINT; MFG. BY THEMEX IN 1984; RETUBED BY OHMSTEDE IN 1990;
Cleveland, TX
EXCHANGERS 105702
- used
- Manufacturer: FANSTEEL
MFG. BY FANSTEEL; WITH EXPANSION JOINT; HEAD LINING MATERIAL (97TA-3W);
Cleveland, TX
EXCHANGERS 102814
- used
- Manufacturer: ABBOTT
CRUDE TOWER OVERHEAD CONDENSER; SHELL & HEADS MFG. BY ABBOTT; BUNDLE MFG. BY HUGHES ANDERSON IN 2009;
Cleveland, TX
EXCHANGERS 101233
- used
- Manufacturer: WILTON ENGINEERING
PREHEATER; MFG. BY WILTON ENGINEERING; Qty: 1 | Alloy: A | Sq.ft.: 730 | Material (s): CS | Material (t): TITANIUM | Psi (s): 1276 | Psi (t): 1276 | Temp. deg. f (s): 601 | Temp. deg. f (t): 584 | Tube diameter i...
Cleveland, TX
EXCHANGERS 101231
- used
- Manufacturer: WILTON ENGINEERING
STRIPPER REBOILER; MFG. BY WILTON ENGINEERING; Qty: 1 | Alloy: A | Sq.ft.: 4671 | Material (s): CS | Material (t): TITANIUM | Psi (s): 100 | Psi (t): 175 | Temp. deg. f (s): 368 | Temp. deg. f (t): 340 | Tube dia...
Cleveland, TX
EXCHANGERS 101227
- used
1ST CRYSTALLIZER CONDENSER; Qty: 1 | Alloy: A | Sq.ft.: 2303 | Material (s): CS | Material (t): TITANIUM | Psi (s): 75 | Psi (t): 195 | Temp. deg. f (s): 374 | Temp. deg. f (t): 482 | Tube diameter in": .75 | Tub...
Cleveland, TX
EXCHANGER
- used
- Manufacturer: OHMSEDE
ONE (1) SURPLUS HEAT EXCHANGER; 20062 SQ. FT EXTENDED; 955 SQ. FT BARE; 382 PSI @ 650F SHELL; 255/FV PSI @ 200F TUBES; MFG. BY OHMSEDE; YR: 1991; LOW-FINNED TUBES; SN: 28392; NB: 161; WT: 63000 LBS; PLANT...
Houston, TX
EXCHANGERS 108423
- used
PREVIOUSLY UTILIZED IN VITAMIN "C" PRODUCTION; MFG. BY ALTEX HEAT EXCHANGER IN 1997;
Cleveland, TX

Overview

Heat exchangers are devices designed to transfer heat between two or more fluids without mixing them. They are widely used in various industries such as HVAC, power generation, chemical processing, and automotive to efficiently manage heat transfer processes. Common types include shell and tube, plate, and air-cooled heat exchangers.

FAQ

What factors should I consider when purchasing a heat exchanger?

Consider the type of fluids involved, the required heat transfer rate, operating temperatures and pressures, and the specific application. It's also important to look at the material compatibility and maintenance requirements.

How can I ensure my heat exchanger is shipped safely?

Use a reputable shipping service experienced in handling industrial equipment. Ensure the heat exchanger is properly packed, secured, and protected against damage during transit.

What maintenance is required for a heat exchanger?

Regular maintenance includes inspecting for leaks, cleaning to remove fouling, checking for corrosion, and ensuring all connections and seals are intact. Follow the manufacturer’s recommendations for detailed maintenance procedures.