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Now available for immediate purchase: Used Crown Iron Works, Model 48, Milling Flash Drying System (Plant #548). It was designed and used for food-grade orange pulp with 17,000 Lbs/Hr capacity but the plant can be used for a wide range of applications in various industries including: Drying food products such as grains, cereals, fruits, vegetables, herbs, and spices. Pharmaceutical ingredients, intermediates, and final products Drying various chemicals, including powders, granules, and crystalline materials Drying minerals and mining products such as ores, concentrates, and mineral powders Animal Feed Drying and processing environmental materials, such as sludges, biomass, and waste products Process Summary The Milling Flash Dryer is basically a low energy jet mill, that uses jets of low-pressure air to encourage inter particle collisions between pieces of feed material. These inter particle collisions break up the feed material in the dryer with no moving parts in the dryer or airstream. The dryer is in the shape of a torus, or donut that is broken up into 2 basic areas: (1) Manifold & Milling area; (2) Classifier. The ideal feed material for the Flash Dryer is a crumbly and free flowing cake that breaks up readily when it enters the drying air stream. The feed material enters the recirculating hot air upstream of the first nozzle, with the centrifugal forces generated by the air concentrating the material in the area above the nozzles. Particle-to-particle collisions begin immediately, deagglomerating the material before hard agglomerates can form. A tremendous amount of surface area is created allowing evaporation to occur quickly, thereby depressing air temperature in a very short period of time. Centrifugal forces are generated by the recirculating gases within the dryer, forcing the larger particles to the peripheral walls. Finer material is displaced towards the inside radius of the dryer where the classifier outlet is located. Fine product exits the dryer along with the exhaust gas vapor. Larger particles or agglomerates are recycled to the nozzle area dryer for further de-agglomeration and drying. Major Equipment Ring Flash Dryer (MFD-105), Crown Iron Works Model 48 Forced Draft Blower (F-102A and F-102B), 22,500 CFM, Spencer Turbine Burner and Burner Housing, Crown Iron Works Gas Train Combustion Fan Exhaust Fan Baghouse Cyclone Assembly, 93", Crown Iron Works Mixing Conveyor Incline Screw Backmixer Excluded Equipment: Rotary Lobe Blower, Filter Discharge, Vacuum Filter Receiver, Recycle Hopper, Recycle Conveyor, Heat Exchanger For More Information Visit the Phoenix Equipment plant listing for more information on the Crown Iron Works Model 48, Milling Flash Drying System and specific equipment being offered. Our inventory includes a wide range of industrial processing components and turnkey plants for a variety of industries in gas processing, chemical processing, refining and power generation. Phoenix Equipment representatives have extensive experience in acquiring processing plants, including plants with complex relocation steps. Contact our experts today for assistance selecting the equipment or entire manufacturing facility that you need.

Now available for immediate purchase: 81 MW General Electric 7EA gas turbine generator set (Stock #19866).  This General Electric unit was built in 1997 and has been used but well maintained. It has 61344 hours of operation with 5590 total starts. It is shut down in 2022. Original design data and documentation is available. The gas turbine generator set is immediately available for relocation. Below are specifications of the unit: One (1) General Electric Frame 7EA gas turbine generator set consist of following.   GE model 7A1PEA38-1 gas turbine, Duel fuel, base rated 81,730 KW, Peak rated 89,490 KW, water injected combustion with inlet air cooled, heat rate at Iso 10,480 btu/kwh, serial #295600, 3600 rpm, CCW rotation. GE 800 HP motor starter, model 8213825402, 3570 rpm, frame 8211Z, 2300/4000Vv, built 1997. Philadelphia Accessory gear box with atomizing air compressor Side exhaust to HRSG. Steam injected for Nox control. Worthington Natural gas compressor. Liquid fuel pump and supply system. GE TEWAC generator rated 105,778 kva, 13800V, 3 phase, 60 hz, pf: 0.9, Serial #336X349, 4425 amps, 300 v exciter volts, field amps 874, 3600 rpm. Mark IV control system, EX2000 exciter. GAC with GE Type VVC-13.8-1000-0GV circuit breaker. Enclosure indoor housed. Major inspection and upgrade in 2000, last overhaul in 2013 and 3000 hours since last overhaul   For More Information Visit the Phoenix Equipment power plant listing for more information on the 81 MW General Electric 7EA gas turbine generator set and the specific equipment being offered. Our inventory includes a wide range of industrial processing components and turnkey plants for a variety of industries in gas processing, chemical processing, refining and power generation. Phoenix Equipment representatives have extensive experience in acquiring processing plants, including plants with complex relocation steps. Contact our experts today for assistance selecting the equipment or entire manufacturing facility that you need.

Available for immediate purchase, the Glycerin To Epichlorohydrin (GTE), designed DBO (Desmet Ballestra Oleo and commissioned in 2012 and shut down in 2013. Total capacity is 12000 TPY and the plant consist of 2 production trains: 1 - Glycerin purification unit, the technology and designer are DBO (Desmet Ballestra Oleo). 99.5% final product (Technical Glycerin) is obtained after 80%-85% crude glycerol goes through multi-stage distillation and rectification. 2- Production of dichloropropanols (DCP). Technical glycerin is subjected to multistage hydrochlorination by wet and dry method to obtain the final product (DCP) during the process. Original design data and documentation is available.   Process Summary The GTE (Glycerin to Epichlorohydrin) process has three major steps: 1- Glycerin Purification 80% - 85% crude glycerol goes through multi-stage distillation/rectification. By the end of this process; 99.5% Technical glycerin can is obtained. 2- DCP Production Technical glycerin is subjected to multistage hydrochlorination by wet and dry method to obtain the final product (DCP) during the process 3-DCP to Epichlorohydrin The plant has no process equipment to produce Epichlorohydrin. Note: Each production train can be purchased separately. Visit our process plant listing to learn more about this available plant and the specific equipment being offered. Used parts offer low initial cost and fast implementation. Phoenix Equipment representatives are ready to help you select the equipment – or the entire manufacturing facility – that meets your needs. Contact our experts today with any questions or inquiries. Our inventory includes a wide range of industrial processing components and turnkey plants for a variety of industries in gas processing, chemical processing, refining and power generation.

Now available for immediate purchase: the Refrigeration Hydrocarbon Dew Point Control Plant (Stock #539).  This Toromont-designed unit was built in 2007 and has been used but extremely well maintained. It is composed of 2 identical trains, each with the capacity to treat 414 MMSCFD of natural gas feedstock. Original design data and documentation is available upon request. The plants are immediately available for relocation. Check out our website listing for more details and contact us via our webforms to obtain more information or to discuss this plant in more detail.   Process Summary This plant treats natural gas to meet pipeline gas specification or any specific requirement for downstream utilization of the gas using LTS technology (not the JT process). Low temperature separation (LTS), also known as the mechanical refrigeration process, provides an effective way to treat natural gas for condensate recovery and moisture removal while avoiding hydrate formation. Mechanical (propane) refrigeration chills and partially condenses raw natural gas to separate out the heavier hydrocarbon components. The condensed hydrocarbon liquids are then distilled in a stabilizer distillation column to produce a pentane plus (C5+) natural gasoline condensate. Glycol is injected to avoid hydrate formation. This accomplishes dew point control of both water and hydrocarbon in a single unit.   Major Equipment The plant is is comprised of the following major equipment pieces: Gas-Gas Cooler, 3 pcs, plant E-100 Low Temperature Separator (LTS), 1 pc, plant V-101 Gas Chiller, 1 pc, plant E-101. Propane Refrigeration Screw Compressor Packages, Engine driven, C-100 Propane Receiver, 1 pc, plant V-102 Propane Condenser, 1 pc, plant AC100 A Condensate Cooler, 1 pc, plant AC101 Stabilizer System, plant E-102, E-103, T-101 Stabilizer Tower, 1 pc, plant T-100 Glycol Regeneration Skid , 1 pc HMO System, 1 pc, plant H-700 Thermal Oxidizer, 1 pc, plant TO 100 Flare, 1 pc   Each train shares a propane receiver, propane condensers, stabilizer skid, glycol regeneration skid, storage tanks, hot oil system, thermal oxidizer and flare.   For More Information Visit the Phoenix Equipment gas process plant listing for more information on the Hydrocarbon Dew Point Control Plant and the specific equipment being offered. Our inventory includes a wide range of industrial processing components and turnkey plants for a variety of industries in gas processing, chemical processing, refining and power generation. Phoenix Equipment representatives have extensive experience in acquiring processing plants, including plants with complex relocation steps. Contact our experts today for assistance selecting the equipment or entire manufacturing facility that you need.

Complete GTL (Gas-To-Liquid) Plant for Operation in Place – Louisiana, USA Units available include SMR/Syngas, Fischer Tropsch Reactors, and Wax Upgrade Plants Gas-to-Liquids Facility – FT Wax – 1100 BPD with Property – Phoenix Plant # 530 Built in 2015, and never operated. Previous owners invested over $400 million in the plant. Originally designed to be the first commercial scale Fischer-Tropsch (“FT”) plant in North America, to convert cost advantaged and environmentally cleaner US natural gas into high quality FT waxes to address a structural supply shortage in the North American wax market (FT wax is a drop-in substitute for most applications with superior characteristics). Facility includes Syngas Plant, FT Reactors and Wax Upgrade Unit – can be operated together or available for individual operation in place. Site Highlights: 10.5 acres, easy access to highway and rail transportation. Access to natural gas pipeline and hydrogen. The following units or process sections are available in whole or as individual stand-alone plants: SYNGAS (HYCO) PLANT - 51,000 NM3/HR (46.5 MMSCFD) – Phoenix Plant # 542 ***Unique Opportunity to Acquire Existing Large SMR and Convert to Hydrogen Plant*** 51,000 NM3/HR (46.5 MMSCFD) Steam Methane Reformer is located in Lake Charles, LA with direct access to natural gas and hydrogen pipeline. Unit is Linde-designed down-fired SMR. FISCHER-TROPSCH REACTORS - GTL PLANT - 1000 BPD+ – Phoenix Plant # 543 Fischer Tropsch Reaction Unit -  (2) Unused Fischer-Tropsch reactors - 78,000 sq ft shell and tube exchangers with FT catalyst packed inside the tubes. Originally designed for 1170 BPD of F-T products (wax, diesel and naphtha) or 1123 BPD on an “Equivalent Diesel” basis.  WAX UPGRADE PLANT – 1200 BPD – Phoenix Plant # 544 Wax Upgrade Plant Available with Real Estate. Built 2015, Never Used. Modular design, mostly stainless-steel components, unit consists of (2) Hydrogenation Units; (2) Short Path Distillation Units; and (1) Wipe Film Evaporator Unit. The plant was never operated, however, the expected capacity of the plant as originally designed was as follows: J100 Hard Wax: ~19,600 tpa; J75 High Melt Wax: ~2,700 tpa; J55 Mid Melt Wax: ~10,000 tpa; J40 Low Melt Wax: ~1,700 tpa; Distillate: ~200 bpd; Naphtha: ~63 bpd.  Visit our GTL plant listing to learn more about this available site and the specific units being offered.

Phoenix Equipment Corporation presents an opportunity for investment in ethanol fermentation equipment. This plant is offered as a complete, turnkey plant on 110 acres in Jennings, La., or as individual components. The facility operated for six years until 2015 as a demonstration and pilot plant. The plant used a variety of feedstocks – including sugar cane, energy cane, sorghum, and bagasse – to produce up to 1.4 million gallons of lignocellulosic ethanol for biofuels per year. The sale includes self-contained and fully integrated process equipment for feedstock handling and transfer, hydrolysis, liquefaction and enzyme propagation, fermentation of 5- and 6-carbon sugars, and ethanol recovery.   Fermenters The sale includes several large-scale fermentation tanks for exposing mash to the enzymes which break down the starch into simpler sugars. The tanks also can accommodate yeast that feeds on the sugars and releases ethanol. The plant’s contents contain fermenters of various sizes, construction materials, and configurations such as: 55,000-gallon stainless steel, 18-foot diameter x 25-foot depth fermenter (3) 54,000-gallon carbon steel, 19-foot diameter, cone bottom fermenters 18,200-gallon stainless steel 12 feet x19 feet fermenter, capable of fermenting at up to 10 psi (3) 18,200-gallon carbon steel, 13-foot diameter, cone bottom fermenters (4) 6,594-gallon 316L stainless steel fermenters, up to 30 psi, with control skid   Rectifier and Beer Stripper The distillation process begins in the beer stripper, where low-ethanol beer drips down through holes in a series of trays. Steam rising from the bottom of the beer column, pulling alcohol and water from the beer. At the top of the stripper, the ethanol-impregnated steam is syphoned off and sent to the rectifier. Here, the 190-proof alcohol vapor gets cooled and condensed into a liquid state.   Hydrolyzer and Blow-Down Tank This 1-inch thick, Inconel-lined, stainless steel hydrolyzer accepts acid-pretreated biomass and uses steam to convert the starch contained within it to C5 and C6 sugars. Microorganisms can consume these sugars to produce ethanol. The plant also includes a 10-foot by 24-foot, stainless steel TK-205 replacement blow-down tank. Designed to handle 20,000 gallons at 150 psi, the tank receives the steamed and reacted feedstock from the hydrolyzer, where it then separates solids and liquids.   Alfa Laval Centrifuge The centrifuge is capable of creating high-volume stillage throughputs for efficient dewatering, suspended solid extraction, and high cake dryness. Also, the centrifuge uses simple design and heavy-duty materials to generate high centrifugal forces while delivering dependable operations. FKC Dewatering Screw Presses Simple screw mechanics allow these two presses to slowly, continuously dewater feedstocks, draining off liquid along the passage while conveying the biomass to the press discharge for use in downstream operations. The presses feature designs and controls to customize speeds, screening, and other variables to maximize production and maintain outlet consistency for a variety of feedstocks.   Texas Power Screen Manufactured by Phoenix (a Terex company), this mobile screen keeps dust particles to a minimum and removes plastic, metal, and other contaminants. The screen also assures the feedstock is reduced to the proper, uniform size for ethanol production. Thermal Oxidizer The thermal oxidizer destroys the pollutants produced during the drying of distiller’s dried grains with solubles, a byproduct of ethanol fermentation.  The oxidizer efficiently and ecologically burns off: Nitrogen oxides Carbon monoxides Volatile organic compounds Other hazardous materials.   Visit our fermentation plant listing to learn more about this available fermentation plant and the specific equipment being offered. Used parts offer low initial cost and fast implementation. Phoenix Equipment representatives are ready to help you select the equipment – or the entire manufacturing facility – that meets your needs. Contact our experts today with any questions you may have. Our inventory includes a wide range of industrial processing components and turnkey plants for a variety of industries.

Phoenix Equipment Corporation is offering big savings on used pharmaceutical processing equipment. Phoenix’s liquidation of an active pharmaceutical ingredient pilot plant represents a significant opportunity for API companies to expand their production or inventory critical spare components. View all of the equipment available in this API pilot plant liquidation here.   Here are some equipment highlights: Reactors Corrosion-resistant, chemically inert, and easy to clean, these Pfaudler glass-lined and Hastelloy nickel/chromium/molybdenum alloy batch reactors guard against devastating cross-contamination in batch processing. The current liquidation includes 13 reactors in 100-, 300-, and 500-gallon capacities for maximum production flexibility.   Centrifuges Purification and recovery of APIs created in solution requires power centrifuges to separate the solid ingredients from their liquid media. This liquid extraction process (that leaves wet powder cakes) is accomplished quickly and efficiently with these heavy-duty centrifuges. The two 40-inch Tolhurst Hastelloy Bird Baskets on offer are powered by hard-working 40-horsepower motors. Rated at 106 pounds per cubic foot, these centrifuges operate at 1,775 rpms. Currently available, these two identical 40 " diameter Bird Basket Centrifuges can be viewed at stock number 13761 and stock number 13772.   Heat Exchangers Vital to the heating, cooling, evaporation, and drying processes of pharmaceutical manufacturing, heat exchangers regulate the temperature of water, growth media, and other substances. Several De Dietrich heat exchangers are on offer: Shell and Tube – The liquidation includes five 1-square-foot glass-shell condensers. Constructed of tantalum, versatile exchangers feature high turbulence flow large heat transfer surfaces for quickly heating and cooling gasses and liquids.   Chillers These two 60-ton Tempest low-temperature chillers use 125-horsepower compressors running a stainless steel evaporator and a carbon steel/copper condenser. These two identical chillers can be viewed at stock number 13773 and stock number 13774.   Scrubber Columns Used to remove volatile particles and organic compounds by allowing a gas to react with a liquid, the two scrubber columns from Ceramic Coatings Co. are rated 150 PSIG @450F. These two identical scrubber columns can be viewed at stock number 13753 and stock number 13767.   Filters and Dryers Creating a vacuum under the forming cake expedites the drying of heat-sensitive, hygroscopic powdered ingredients. As part of the liquidation Phoenix is offering a 9-shelf, 96-square-foot Stokes vacuum dryer. Capable of operating at up to 300 degrees Fahrenheit, the dryer’s vacuum reduces water pressure and boiling point, increasing evaporation. Also in the liquidation, a 1-square-meter-capacity Cogeim Hastelloy nutsche filter dryer allows for self-contained filtration of impurities during the drying process. The closed-vessel system guards against harmful solvent vaporization into the working environment.   Temperature Control Skids Pharmaceutical production often requires precise temperatures in order to accomplish homogeneous blending, chemical reactions, and other processes. Phoenix is offering three skid-mounted temperature control modules from Budzar Industries. With 5,000-gallon capacities each, these controls pump up to 88 gallons per minute to maintain temperatures between -100 and +700 degrees Fahrenheit. Phoenix Equipment’s API pilot plant liquidation includes many more components. Click here for a full catalog of available parts. Liquidated parts allow manufacturing firms to add to their capacity without a major capital outlay. Phoenix Equipment representatives are ready to help you select the equipment – or the entire manufacturing facility – that meets your needs. Contact Us today!

Phoenix Equipment is pleased to announce that we can offer a pair of 4MW Solar Centaur 50 Type H Gas Turbine Generators. The turbines were used as a back-up power supply for a private water company and are offered loaded to your truck complete with controls. Below are the specifications of the individual units.   Stock #13304 Used 4 MW Solar Centaur Type H Gas Turbine Generator Set model GSI-CH-ID, designed for to operate on kerosene, built 1986, still in operation. Available 1Q 2018. Fully enclosed. 3/60/4160V. Auxiliaries included: Lube oil coolers, fire cylinder cabinet, neutral ground resistor, switchgear, Air intake housings, oil filter skids, exhaust spool pieces, turbine exhaust stacks, air filters, rain hood skids, air intake ducts, oil heater skids, air tank (approx 8,000 gal, 562 psi). Package Serial # HG86O16, Engine Serial # 0021H53. approx 1400 package starts / 3,300 package hours / 1400 engine starts / 3300 hours.   Stock #13305 Used 4 MW Solar Centaur Type H Gas Turbine Generator Set model GSI-CH-ID, designed for to operate on kerosene, built 1986, still in operation. Available 1Q 2018. Fully enclosed. 3/60/4160V. Auxiliaries included: Lube oil coolers, fire cylinder cabinet, neutral ground resistor, switchgear, Air intake housings, oil filter skids, exhaust spool pieces, turbine exhaust stacks, air filters, rain hood skids, air intake ducts, oil heater skids, air tank (approx 8,000 gal, 562 psi. Unit 2: Package Serial # HG86O17, Engine Serial # 0022H53. approx 1400 package starts / 3,000 package hours / 1400 engine starts / 3000 hours  For pricing and details on the units contact Dan O'Leary 732-709-7156 or dan@phxequip.com

Representatives from Phoenix Equipment Corporation will be participating in the annual ANNA (Ammonium Nitrate/Nitric Acid Producers Study Group) trade show, Oct. 1-6 in Cedar Creek, Texas, just outside Austin.Attendees of the conference hosted at the Hyatt Regency Lost Pine Resort and Spa will learn the about the latest techniques and products for protecting workers and the environment as well as efficiently manufacturing and safely handling nitrogen compounds. The annual meeting of more than 300 of the industry’s technical and safety professionals provides networking and educational opportunities while giving industry partners a chance to showcase their innovations and best practices.The ANNA conference consists of two separate but related tracks. Members of the ammonium nitrate (AN) cohort will attend seminars and presentations dealing with AN particulation technology, safety, and environmental issues. Those in the nitric acid (NA) section will hear about production technology, emission abatement, and real-world operational issues in the NA industry.Phoenix Equipment invites conference guests to learn about its ever-evolving inventory of used nitric acid plants, ammonium nitrate plants, syngas plants and other chemical process plants and machinery. In addition, Phoenix purchases, decommissions, and dismantles complete petrochemical, refining, pharmaceutical, and other industrial processing plants.Are you interested in buying or selling a chemical plant or equipment? Contact Phoenix Equipment Corporation today to discuss.

Phoenix Equipment is pleased to announce that we now can offer 12’ x 101’ H absorber tower, intended for use in nitric acid production. The tower is immediately available. We have listed a description below, and please contact us for a quotation and to review further technical information.   Stock # 12376 Used Nitric Plant Absorber Tower, Manufactured By Metal Arts Company. Column: 144″ ID x 100′ 8.5” Height, Wall thickness 0.8125″. Design Pressure 150 psig @ 200F. Number of trays: 36. Tray Spacing: Tray 1-2 =1’, Tray 3-4 =2’, Tray 5-20 =2’, Tray 21 =3’, Tray 22-28 =2’, Tray 29-31 = 3’, Tray 32-33 = 4’ Tray 34-35 = 5’, Trays 1-4 No Coils, Trays 5-6 (6) layers of Coils each, Trays 7-15 2 layers of coils each, Trays 16-35 (1) layer of coils each. Wind Load 25.9lb./Sq. Ft @ 0-33Ft, 32.4 lb/Sq Ft @33-66Ft, 38.9 lb./Sq Ft. @66-99Ft. Skirt height 6’2”. All materials to be 304L Stainless Steel. National Board #123. Serial # V-02518. Built 1976. Previous use: Nitric Acid – Absorber Tower.   Function Absorber towers work to allow the product material – often nitric or sulfuric acid to circulate through it. Meanwhile, gaseous nitrous oxide (or sulfur trioxide, or other product) is introduced, where the acid can absorb it, increasing its concentration. When the process is complete, the fortified acid is removed. An airstream re-oxidizes the remaining NOx (or Sox, etc.), which is then compressed, catalyzed, and exhausted. Various chemical compounds can be removed from the “tail gasses” before there are expelled, depending on the properties used in the absorber materials, making towers useful in many applications.   How It Works The tower’s 36 trays are increasingly spaced as they go up the inside of the shaft. Gaseous nitrous oxide is introduced into the bottom of the tower. Water pumped into the perforated upper trays filters through, coming into contact with the nitrous, sulfuric, or other oxides, absorbing it, and increasing its acidity as it makes its way to the bottom of the tower. The resulting chemical reaction produces heat, which is removed from the absorption tower through cooling coils seated inside many of the trays. At the same time, the gas loses oxides as it rises through the water toward the top of the tower. The greater number of trays an absorber tower contains and the greater their volume, helps achieve greater recovery of NOx into nitric acid. At the same time, this greater capacity reduces emission levels. Adding a second absorber tower to an existing operation can achieve significant ecological advantages and regulatory benefits. To inquire about this Metal Arts Company Absorber Tower, any of the other used equipment in the Phoenix inventor, or even complete turnkey production plants, contact us today.

Phoenix Equipment Corporation’s latest liquidation presents mining operations and ore processors the opportunity to purchase affordable beneficiation and milling equipment. Available as a complete turnkey solution or as parts for plant upgrades and expansions, the liquidation of this Wyoming trona plant includes lightly used components used in various applications.   Milling Perfect for use in the coal, glass, limestone, salt, chemical powder, and other industries, roller mills and roll crushers make grinding particulates to a desired and uniform size simple and efficient. Williams Fluid Bed Roller Mills – These 85-inch roller mill systems (two are available) come complete with automatic lubrication, 10-hosepower screw feeders, classifiers, and journal air seal systems. Customize your procession with attachments and associated products available as part of the liquidation sale: cyclone separators, fans and actuators, crusher feeder bin, heaters, and more. Gundlach Roll Crusher – Often used as the primary, “first pass” processor of large ore chunks, this 30-horsepower heavy-duty crusher uses 10 chisel tooth upper rolls and 13-tooth continuous lower rolls to reduce feeds as large as 4 inches by 5 inches to less than ¾ inch. McLanahan Double Roll Crusher – Typically employed as a secondary crusher, this rugged carbon-steel crusher uses rotating rolls to yield cubic product while creating minimal fines. It comes mounted to a steel base, complete with an automatic lubrication system, hopper, and removable roll covers   Conveying and Feeding The plant liquidation includes several industrial-quality conveyors. Screw, belt, vibratory, and drag systems are available to create the optimal transport and receiving of material down the processing line: Trio Belt Conveyors – Phoenix is offering several of these economical conveyors with simple, modular assembly with 24- and 36-inch widths and lengths from 28 to 2,882 feet. The longer conveyors are furnished with dust covers, platforms, and walkways. They are mounted on truss frames to support up to 700 tons per hour. Universal Apron Feeder – Standing up to large, heavy, jagged lumps, this feeder can deliver up to 700 short tons per hour. With speeds ranging from 5.35 to 53.5 feet per minute, it comes ready-to-use with a 20-hp motor, Rexnoid planetary drive, lubricated crawler roller assemblies, and over-the-belt magnet collector. Kaman Screw Conveyors – A foot wide and 12 feet long, these trough-and-blade conveyors can be programmed for variable-speed delivery, even at slight inclines. Two of these conveyors are available.   Screening, Sorting, and Storing Sorting, classifying, storing, and retrieving material must be performed flawlessly in order to maximize production and profits. These products ensure proper processing to keep plants operating smoothly. Tomra Sorters – These sorters (two are available) separate valuable ore from waste rock after primary crushing, making operations more efficient and prolonging equipment life. Sensors differentiate materials by their size, shape, and atomic numbers, removing the gangue and allowing ore to proceed to processing. The sorters’ separation chambers include adjustable knives and discharge chutes. General Kinematics Screener – High feed capacity, low power usage classification is made possible by GK’s two-mass system that captures energy in precision-engineered springs. One-inch square mesh keeps particulates uniform and manageable. Laidig Silos – Featuring wide rail drive-through access and reliable reclaim screws, these cone-bottom silos (three are available) automate loading, getting the job done quickly even when dealing with slow-flow materials. With volumes of 44,000 cubic feet each, the silos include convenient access doors, service platforms, and crossover platforms.   Other Equipment In addition to the components highlighted here, this liquidation includes a variety of equipment vital for plant operations, from transformers and switch gears to dehumidifiers and compressors and more. Click here to see all available equipment in our mining liquidation. Used parts offer low initial cost and fast implementation. Phoenix Equipment representatives are ready to help you select the equipment – or the entire manufacturing facility – that meets your needs. Contact us today.