Used evaporators for sale: efficient separation for solvent recovery and product concentration
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Used evaporators for sale: efficient separation for solvent recovery and product concentration
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Showing 25 of 132 matching Evaporators.
Feed Heating: 316 SS plate & Frame Alfa Laval 27 Sq.Ft. & 51 Sq.Ft..
98.6% water evaporation4-effect falling film evaporator system Designed by Fritz Voltz sohn feed rate 3.4m3/hr, product 1.3 m3/hr Feed to 1st evaporator is 3.4 m3/hr @ 34.8% concentration and @ 104 deg C vacuum @ 4th evaporator 130 mbar Evaporator concentrations are: 1st = 42.1% @ 116 deg C2nd = 55.8% @ 107 deg C, 3rd = 91.3% @ 81 deg C, 4th = 98.6% @ 98 deg C System consists of:(3) 46 square meter 316 stainless steel tube, head and shell falling film evaporator (1st , 2nd, 3rd effects), manufactured by APV, design pressure tubeside 0.69 bar + full vacuum @ 130 degrees C, shell 3.10 bar + full vacuum @ 140 degrees C, working pressure tubeside 0.207 bar @ 120 degrees C, shell 2.07 bar @ 130 degrees C, (44) 50mm diameter x 18 SWG X 7m long 316 stainless steel tubes, 316 stainless steel tube sheets, 560mm diameter 316 stainless steel shell with expansion joint, (1) 316 stainless steel bonnet head, (1) bolt dished bottom head, mounted on a carbon steel skirt(1) 6 square meter 316 stainless steel tube, head and shell falling film evaporator (4th effect), manufactured by APV, design pressure tubeside 2.5 bar + full vacuum @ 150 degrees C, shell 2.5 bar + full vacuum @ 150 degrees C, (14) 44mm diameter x 16G x 3.5m long 316 stainless steel tubes, 323.9mm diameter 316 stainless steel shell with expansion joint, 4295mm overall height, (1) 316 stainless steel flat bonnet head, (1) weld coned bottom, effect attached on top of a 720 liter 316 stainless steel vertical pressure separator/tank, manufactured by APV, design pressure 2.5 bar + full vacuum @ 250 degrees C, 792mm diameter x 1.5m straight side, weld dished top and bottom, mounted on legs(3) approx 600 liter 316 stainless steel vertical separators, manufactured by APV, design pressure 10 psig + full vacuum @ 130 degrees C, 775mm diameter x 1219mm straight side, weld slight coned top, weld coned bottom,(1) 10.6 square meter 316 stainless steel tube and shell horizontal condenser (1st stage), manufactured by APV, design pressure tubeside 2.5 bar + full vacuum @ 150 degrees C, shell 2.5 bar + full vacuum @ 150 degrees C, (34) 25mm diameter x 16G x 4m long 316 stainless steel tubes, (2) 316 stainless steel flat heads, 406mm diameter 316 stainless steel shell, 4.5m overall length, mounted on saddles(1) 11 square meter 316 stainless steel tube and shell horizontal condenser (2nd stage), manufactured by APV, working pressure tubeside 2.07 bar @ 35 degrees C, shell -0.9 bar + full vacuum @ 50 degrees C, (76) ¾” x 18 swg x 4145mm long 316 stainless steel tubes, (2) 316 stainless steel flat heads, 300mm diameter 316 stainless steel shell, overall length 4523mm, mounted on saddles,(3) approx 132 liter 316 stainless steel vertical pressure tanks (flash vessel), manufactured by APV, design pressure 2.5 bar + full vacuum @ 150 degrees C, 400mm diameter x 750mm straight side, bolt dished bonnet head, weld dished bottom, mounted on legsProcess operationThe first 3 evaporators are falling film and tube (shell & tube) evaporators, where the product flows up and down through a series of tubes which are surrounded by a heating medium, steam @ 1.8 bar is used as the heating mediumThe hot liquid from each evaporator is fed to its associated “separator” in which the vapour separates from the liquid and is drawn off,The 4th evaporator uses a “once-through” falling film concentrator, the unit is similar to that of a shell & tube heat exchanger except that the product falls down the unit through a number of pipes which are surrounded by a heating medium, steam @ 1.8 bar is used as the heating medium, Vacuum @ 130mbar is applied to the 4th evaporator, which draws the vapour through the first 4 evaporators.After the 4th evaporator the product is fed through a heat exchanger, where it cools the product to between 50 deg C and 70 deg C, water is used as a cooling medium, from there the product goes to storage tanks (not available)
double effect evaporation system. See video of system operating at http://www.youtube.com/watch?v=Y6J52r-maPE. Capacity based on a brine stream at 24% to 50% strength. Feedstock of 32,000 lbs/hr(normal operating) or up to 50,000 lbs./hr. brine at ~ 20-25% NaBr is sent to the first effect, where it is strengthened to ~ 35% NaBr. The steam generated from this effect is used for heating on the second effect. Final target for brine leaving the second effect is 45-50% NaBr. The first effect (IPP Stock # 216077) (drum type)t is 2,000 gallon, and is manufactured by Paget. With a 400 sq.ft. "U" tube heater, this unit is operaing at 310 degrees F using 150# steam. The second effect is a modular, forced circulation system, designed by Swenson and manufactured by Four Corp. This effect is operating at atmospheric pressure and using the steam generated from the first effect to heat the second effect 838 sq. ft shell and tube heater(reboiler, IPP Stock # 216082). Overheads are condensed (IPP Stock # 216085). Product at ~ 50% NaBr is sent to storage. Circulation is acheived by a Goulds 6,000 gpm centrifugal pump. The first effect is a stand alone unit, the second effect is a modular system with all equipment mounted with in it's own framework. Instrumentation by Rosemount.
single effect batch evaporator system with (2) reinforcing rings around straight side of vapor body With top center mounted veritcal SS condensor, manufactured by APV, approx 16" diameter x 8' straight side; ,Also with 304SS seperator tank,, National Board number 96, Serial Number 10312-3. rated FV/30 @ 297 degrees F, with 12" side tagential inlet connected to the vapor body, and a 12" top outlet connecting to a 2nd vertical condensor, 12" x 6' straight side, National Board number 99, Serial Number 10312-4, Rated 100 psi @ 150 degrees F shell side, FV/15 psi @ 175 degrees f tube side. System Includes interconnecting piping circulation pumps. Evaporator Drawing shows tubes as (38),
Mfd by Balfour/Sybron Order #48621 Lined w/glass #3115 CS jkt 98 psi @ 392 deg F Has glass covered int rotor w/graphite wipers. Retaining pins and rotor shaft are titanium. jkt body section, 48" dia x 9'10" str side; and clamp jkt cone btm.Has 3-sections: clamped dish entrainment section, 48" dia x 42" str side; jkt body section, 48" dia x 9'10" str side; and clamp jkt cone btm.
Drive is Pfaudler Type VS80-U21983, belt driven by approx 10 HP motor w/mech seal on shaft.
jkt rated 125 psi @ 350 deg F 2-zone CS jkt. 10' long evaporation section. 8-blade rotor, mech seal on shaft. Belt driven by 30 HP, 3/60/460 volt, 890 rpm TEFC motor.
Turbo-film evaporator CS jacket jacket rated 150 psi @ 400 degree F. with 16" cone bottom. Unit driven by 15 HP, 3/6/440 volt, 1760 rpm motor. Rotor speed 690 rpm. Includes:134 Sq Ft, 10" diameter x 8' long 304 SS tube side, CS shell side Pfaudler condenser. Serial #E363-0394. Tube side rated 100 psi @ 500 degree F, shell side rated 100 psi @ 500 degree F. (76) 3/4", 18BWG 304SS welded tubes.
"Adjust-o-film" evaporator. jkt rated 50 psi @ 350 deg F. Belt driven by 20 HP, 3/60/230/460 volt motor.
with 316 SS rotor, Jacket rated for 218 psi at 482 degrees F. Heating surface area 150.7 Sq. Ft., Serial numbers: Lower Body Serial Number 1400/56, National Board Number 717; Interm body Serial Number 1400/56, National Board Number 716; Upper Body Serial Number 1400/56, National Board Number 715; Lower cone Serial Number 1400/56, National Board Number 718. Body is 850 mm inside diameter x 6320 mm to bottom of cone. Rotor assembly is 4 blade 316 SS construction, bottom cone is solid Hastelloy, shell is Hastelloy Clad. Unit driven by a 25 hp, 3 phase, 60 cycle, 230/460 volt motor, with Class 1 Group D label, Rotor speed is 880 rpm.
thin film evaporator jacket -1/1.1 bar @ 350 deg C (110ltr) 316L s/steel (1,4404) chamber, c/steel jacket on straight side only, 316L s/steel rotor, Crane 109 double mechanical seal with lubricator, speed 191 rpm, belt driven by 22kw, 3/50/380 volt, 730 rpm motor
72" OD x 111 straight side 2000 gallon capacity "U" tube heater Size 35-42 Channel head is CS Vessel includes Koch style 931 6" thick denmister. Bundle is 36" x 5', Channel head is CS. Channel head is CS.
wiped film evaporator/filmtruder body only.
jkt rated 227 psi @ 392 deg F.
wiped film evaporator/crystalliser jacket 6 bar @ 100 degrees C (130 liter), 316Ti (1.4571) stainless steel wetted parts, 323.9mm ID x 8450mm long x 7mm thick shell carbon steel jacket 368mm diameter x 8410mm long x 4mm thick with continuous internal flow spiral 200mm pitch, jacket with expansion bellows, 316Ti (1.4571) stainless steel 88.9mm OD internal scraper rotor, rotor shaft is in 2 pieces which join togeter via a key way, each shaft is fitted with welded lugs to carry scrapers attached to stainless steel springs, the scrappers are made from 25mm x 7mm 'Hartgewebe F24' 546mm long and are arranged with 4 scrapers at 90 degrees and 8 on each shaft, giving a total of 32 per shaft, packed gland on shaft, rotor with teflon bushes, shaft driven by 17.5 kw, 3/50/415 volt, 1420 rpm motor via gearbox, shaft speed 55 rpm
Rated vac int. Upper jkt rated 257 psi (17.5 Kg/cm2) @ 208 deg C, lower jkt rated 205 psi (14 Kg/cm2) @ 298 deg C. 10" btm cone, 8" dia x 24" long entrainment section No motor, unit is setup for belt drive No stand.
Wiped-Film Molecular (Short-Path) Still 2 to 50 liters/hour. Electrically heated with slotted glass filled Teflon wipers on rotor. Mechanical seal on shaft. With high vacuum pump.
wiped film evaporator/filmtruder body only. Jkt rated 16 psi. 6" dia x 5'6" long.
Used evaporators are thermal separation systems that concentrate solutions, recover solvents, or reduce waste volume by vaporizing liquid components. These systems are essential across industries where product purity, yield, and cost-efficiency matter. With more than 47 years of industry expertise, IPP offers used, secondhand and surplus evaporators from 20 complete plant sites and a massive inventory of over 15,000 systems ready to ship.
Evaporators are available in multiple configurations—falling film, rising film, forced circulation, wiped film and multiple-effect systems—each tailored for specific viscosity, temperature sensitivity and throughput needs.
Evaporators are built for long service life, cleanability and chemical resistance:
Learn more about evaporator types and applications in process industries from Chemical Engineering.
Search the IPP inventory or contact IPP’s equipment experts to locate the ideal used, secondhand or surplus evaporator for your facility. Whether for concentration, recovery or purification, IPP helps you save time and money with precision systems ready to ship.
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