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Used and Surplus Process Plants
Phoenix Equipment owns or has access to comprehensive list of used process plants and systems for the chemical, petro-chemical, fertilizer, refining, pharmaceutical, power generation, and other process related industries. Our extensive inventory of unused and used process plants and systems is available for immediate shipment and at a fraction of the cost of engineering and purchasing a new plant. We are a leader in providing our customers with innovative and cost-effective solutions for their product and plant expansion projects. Our inventory changes daily, as we buy and sell used plants and systems from around the world.
- Acetic Acid Plant (20,000 TPY)
- Acrylic Fiber Plant (30,000 TPY)
- Acrylonitrile Plant (85,000 TPY)
- Active Pharmaceutical Ingredient (API) Plant (8,600 liters)
- Adiponitrile Plant (100,000 TPY)
- Air Separation Unit (5700 m3/hr)
- Air Separation Unit (2,900 TPD)
- AKD Wax Plant (12,000 TPY)
- Alkylation Unit (6,500 BPD)
- Ammonia Plant (600 TPD)
- Ammonia Plant (1,140 TPD)
- Ammonia Plant (90 TPD)
- Ammonium Nitrate Plant (100,000 TPY)
- Anhydrous Caustic Soda Plant (125,000 TPY)
- Argon Recovery Unit (33 TPD argon, 17 TPD nitrogen)
- Aspirin / Acetaminophen Plant (1000 TPY)
- Butadiene Plant (90,000 TPY)
- Calcium Sulfate Pigments Plant (180,000 TPY)
- Caprolactam Plant (50,000 TPY)
- Carbon Black Plant (15,000 TPY)
- Carbon Dioxide Plant (200 TPD)
- Carbon Monoxide Plant (180,000 SCFH)
- Caustic Soda / Chlorine Plant (78 TPD)
- Caustic Soda / Chlorine Plant (200,000 TPY)
- Chlorine Dioxide Plant (22 TPD)
- Chlorobenzene Plant (130 MM LBS/YR)
- Chloromethane Plant (25000 TPY)
- Choline Chloride Plant (40 TPD)
- Citric Acid Plant (23,000 TPY)
- Cogeneration Plant (13.4 MW)
- Cogeneration Plant (5 MW)
- Coke and Coal Gasification Plant (650,000 TPY)
- Crude Oil Distillation Unit
- Desalination Plant (27,000 liters/hr)
- Desulphurization Unit (80,000 TPY)
- Dicalcium Phosphate (72,000 TPY)
- Dimethylformamide (DMF) Plant (100,000 TPY)
- Edible Oil Refinery (300 TPD)
- EPS Plant (70,000 TPY)
- Ethyl Acetate Plant (10,000 TPY)
- Ethylene Oxide Plant (45,000 TPY)
- Ethylene Plant (36,000 TPY)
- FDY Nylon 6,6 Spinning Plant (5,000 TPY)
- Fertilizer Granulation Plant (500 Kg/hr)
- Fluid Catalytic Cracker Unit (11,000 BPD)
- Formaldehyde Plant (54,000 TPY)
- Formaldehyde Resin Plant (15,000 TPY)
- Formic Acid Plant (20,000 TPY)
- Fuel Generation Unit (100,000 BPD)
- Fumaric Acid Plant (4,500 TPY)
- Furfural Plant (18,000 BPD)
- Glycerin (Pharma Grade) Plant (50 TPD)
- HCFC 141B Plant (30,000 TPY)
- HDPE Plant (145,000 TPY)
- Hydrazine Hydrate Plant (15,000 TPY)
- Hydrogen Plant (20,000 Nm3/hr)
- Hydrogen Plant (450 Nm3/hr)
- Hydrogenation Plant (9.5 m^3)
- Isomerization Unit (13,500 BPD)
- Isophthalic Acid Plant (75,000 TPY)
- Jet Mill Plant
- Kerosene Unit
- Liquid fertilizer (N-P-Ca) Plant (490 TPD)
- Low Sulfur Gasoline Unit (40,000 BPD)
- LPG Recovery Unit (45,000 TPY)
- Maleic Anhydride Plant (20,000 TPY)
- Melamine Plant (15,000 TPY)
- Methanol Plant (190 TPD)
- Methanol Plant (1,260 TPD)
- Methyl Ethyl Ketone Plant (11,000 BPD)
- Methyl Methacrylate (MMA) Plant (46,000 TPY)
- Methylamine (MA) Plant (21,000 TPY)
- Monochloracetic Acid Plant (7,730 TPY)
- MTBE Plant (100,000 TPY)
- Nitric Acid Plant (500 TPD)
- Nitrogen Plant (100,000 SCFH)
- Nylon 6 Extrusion Plant (225,000 LBPD)
- Oxygen Plant (1060 SCFH)
- Paraffinic Lube Unit (14,500 BPD)
- Paraxylene Plant (350,000 TPY)
- PET Plant (88,000 TPY)
- Petrochemical Refinery (150,000 BPD)
- Pharmaceutical Fermentation Plant (400,000 Gallon)
- Phosegenation Plant (200 KG/HR)
- Phosphoric Acid Plant (40,000 TPY)
- Phthalic Anhydride Plant (100,000 TPY)
- Phthalic Anhydride Plant (34,000 TPY)
- Phthalic Anhydride Plant (22,500 TPY)
- Polyester Spinning Plant (15,000 TPY)
- Polypropylene Plant (220,000 TPY)
- Polystyrene Plant (90,000 TPY)
- Portable Desalination Plant (10,000 GPD)
- Potassium Hydroxide / Chlorine Plant (90,000 TPY)
- Power Plant (40 MW)
- Power Plant (10.2 MW)
- PVC Plant (226,000 TPY)
- Seed Oil Extraction Plant (1,200 TPD)
- SNG Plant (1.68 million m3/day)
- Sodium Chlorate Plant (20,000 TPY)
- Sodium Cyanide Plant (22,500 TPY)
- Sodium Tripolyphosphate Plant (30,000 TPY)
- Solid State Polymerization Plant (10,000 LB/hr)
- Spandex Plant (6,300 TPY)
- Spray Drying Plant (758 kg/hr)
- Styrene Plant (270,000 TPY)
- Sulfonation Plant (50 TPD)
- Sulphur Recovery Unit (48 TPD)
- Super Absorbent Polymer Plant (75,000 TPY)
- Synthetic Cryolite Plant (8.000 TPY)
- TAME Plant (110,000 TPY)
- Trimethylammonium Chloride Plant (30 TPD)
- Urea Granulation Plant (1,500 TPD)
- Urea Plant (1,350 TPD)
- Urea Plant (1,000 TPD)
- Wet Spinning Frame (800 TPY)
- Zeolite Plant (72,900 TPY)
More information about Purchasing and Relocating Process Plants
At Phoenix Equipment, we are committed to make your plant relocation project a success. We have the in-house knowledge and experience to assist you throughout the process of buying and relocating a process plant. We can coordinate and introduce you to specific technical consultants, as well as arrange or manage the match-marking, dismantlement, refurbishment, crating, export, and shipping process. If we do not have a plant or process immediately available, we have an extensive customer base and developed resources throughout the world to help you find the right complete chemical, petro-chemical, pharmaceutical, power generation, refinery and other process related plants.
Used plants can be transferred to another part of the world and reassembled quicker and less costly than building a new plant. Ultimately, a successful relocation project can provide the following benefits:
- The total project cost can be much less than ½ the cost of building a new plant;
- An existing plant does not require as much engineering work, therefore, even with the time required to perform refurbishment the total project time line can be significantly reduced;
- If experienced consultants and contractors are involved, the risks associated with relocating an existing plant can be mitigated;
- Lastly, most of the basic assumptions and equipment in chemical and other process plants have not drastically changed over the last few decades, which means that with relatively minor re-engineering, upgrades and refurbishment, plants can have significantly longer useful lives.