Refineries for Sale

Phoenix Equipment is a global buyer and seller of used Refineries. 

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Refinery - 55,000 BPD
Refinery - 55,000 BPD
Stock # 382
Capacity 55,000 BPD

Used 55,000 BPD Crude Oil Refinery built in 1968. The refinery comes complete with Crude Distillation Unit, Hydrodesulfurization Units, Sulfur Recovery Unit, Reformer Unit, Penex Unit, Hydro Cracking Unit, Isomerization Units, Vis-breaking unit and much more.

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Refinery - 56,000 BPD
Stock # 501
Capacity 56,000 BPD

Used 56,000 BPD refinery for sale immediately available. The refinery has been dismantled. All the equipment is stored close to a major seaport for quick shipment. More than half of the equipment is refurbished. On a typical day of operation, this refinery yielded 45% gasoline, 24% fuel oil, 17% diesel, 6% jet fuel, 4 % LPG (liquid petroleum gas) and 4% LSRN (light straight run naphtha). The refinery includes the following process units: Crude Distillation Unit A (23,000 BPD) & Unit B (33,000 BPD), Vacuum Distillation Unit (28,000 BPD), Naphtha Hydrotreater (8,500 BPD), Platforming Units A (3,000 BPD) & Unit B (7,000 BPD), FCC Feed Hydrotreater (13,000 BPD), Fluid Catalytic Cracking (13,000 BPD), Diesel Hydrotreater (8,750 BPD), Hydrogen Plant (18.5 MMSCFD or 22,000 m3/hr), Alkylation Unit (2,400 BPD), Butamer (C4 Isomerization) Unit (14,000 BPD), Sulfur Recovery Unit (50 TPD) and Merox Units. Most of the units are UOP technology and Flour Engineering designed.

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Refinery - 220,000 BPD
Stock # 371
Capacity 220,000 BPD

Used 220,000 BPD Refinery built in 2012. This refinery comes complete with a Selective Hydrogenation Unit, Selective Hydrodesulfurization Unit, Isomerization Unit, Fluid Catalytic Cracker, Alkylation Unit, Continuous Catalytic Reformer, De-Hexanizer, Penex / Molex Unit, Ultra Low Sulfur Diesel Hydrotreater Unit, Sulfur Recovery Unit, and Gas Turbine Generation Unit with Heat Recovery Steam Generator.

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Refinery - 135,000 BPD
Stock # 399
Capacity 135,000 BPD

Used 135,000 BPD Crude Oil Refinery built in 1974. The refinery comes complete with atmospheric crude distillation unit, vacuum distillation unit, naphtha hydrotreating / reforming (ultrafiner / ultraformer) unit, kerosene hydrotreating unit, fluid catalytic cracking unit, alkylation unit, merox unit, vapor recovery (LPG) unit, dimersol unit, isomerization unit, diesel hydrotreater, sulfur recovery unit (SRU), amine / sour water strip unit, sweet fractionation unit, Selective Hydrogenation Process (SHP) unit.

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Refinery - 85,000 BPD
Stock # 396
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Used 85,000 BPD Crude Oil Refinery built in 1963. The refinery comes complete with atmospheric crude distillation unit, vacuum distillation unit, visbreaking unit, thermal cracking unit, fluid catalytic cracking unit, catalytic reforming unit, hydrogen purification plant, desulphurization and treating unit, sulfur recovery unit.

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Learn More About Refineries

Most refineries, regardless of complexity, perform a few basic steps in the refining process: DISTILLATION, CRACKING, TREATING and REFORMING. Modern distillation involves pumping oil through pipes in hot furnaces and separating light hydrocarbon molecules from heavy ones in downstream distillation towers. During this process, the lightest materials, like propane and butane, vaporize and rise to the top of the first atmospheric column. Medium weight materials, including gasoline, jet and diesel fuels, condense in the middle. Heavy materials, called gas oils, condense in the lower portion of the atmospheric column. The heaviest tar-like material, called residuum, is referred to as the "bottom of the barrel" because it never really rises. Heat and catalysts are used to convert the heavier oils to lighter products using three "cracking" methods: fluid catalytic cracking (FCC), hydrocracking (Isomax), and coking (or thermal-cracking). The products from the Crude Units and the feeds to other units contain some natural impurities, such as sulfur and nitrogen. Using a process called hydrotreating (a milder version of hydrocracking), these impurities are removed to reduce air pollution when our fuels are used. The gasoline process streams in the refinery that have a fairly low octane rating are sent to a Reforming Unit where their octane levels are boosted. These reforming units employ precious-metal catalysts - platinum and rhenium – and thereby get the name "rheniformers." In the reforming process, hydrocarbon molecules are "reformed" into high octane gasoline components. 

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