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Attention
This item is no longer available.| ID | : | 183020032 |
| Seller | : | |
| Seller Industry | : | |
| Current Asking Price | : | $ 3,000,000 |
| Original Wholesale Value | : | $4,000,000 |
| Quantity | : | 1 Plant |
| Condition | : | This refurbished to zero hours operation Amine Treatment Plant - 10 MMSCFD of Natural Gas is being sold "as-is, where-is" and with no representations, warranties, nor guarantees of any kind from the Seller nor Salvex Inc. The plant is available for sale as a whole. The Seller has the right to accept or reject any offers. The buyer must verify quantity & quality at the time of, or before loading the product. The buyer is responsible for the removal of units. The location does not have loading capabilities, so it will be for the buyer to coordinate the removal crew and pick up.
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| Trader | Fernando Oliveira +1 (832) 426-3696 |
This Amine Treatment Plant - 10 MMSCFD of Natural Gas is being sold by a company to recover funds and storage space as part of its surplus.
Process Description:
The amine system supplied is designed to treat 10 MMSCFD of natural gas containing 7 mol% CO2 and 100 ppm H2S at 120°F and 380 PSIG resulting in sweet gas containing less than 2 mol% CO2 and less than 6ppm H2S.
The 120°F and 380 PSIG natural gas stream to be treated enters the Filter Separator to remove any impurities in the incoming gas and then enters the bottom of the Amine Contactor. The Amine Contactor contains twenty-one actual valve trays (7 theoretical stages). This gas is treated by contacting a 100 GPM stream of amine that is injected into the top contactor at 120°F and 400 psig. The treated gas exits the top of the contactor at 122°F. The rich amine flows out of the Amine Contactor on level control into the Amine Flash Tank to separate the gases that have broken out from the rich amine. The flash gas is vented from the Amine Flash Tank by a back pressure regulator that holds an 85 PSIG gas blanket on the Amine Flash Tank. Upon exiting the Amine Flash Tank, the rich amine flows through a full flow Rich Amine Filter (cartridge type) where solid contaminates are removed followed by a full flow Amine Charcoal Filter where impurities and condensed hydrocarbons are removed. The rich amine exiting the bottom of the Amine Carbon filter flows through the full flow Charcoal Guard Filter (cartridge type) to remove carbon fines from charcoal filtration.
The rich amine then flows to the cold inlet side of the Lean/Rich Amine exchanger where is heated from 177°F to 210°F by cross-exchange with the 247°F lean amine from the Amine Surge Tank. The rich amine then passes through the Amine Flash Tank level control valve into the top of the Amine Still between tray numbers two and three.
The Amine Still is a trayed tower where acid gas (CO2 and H2S) are steam stripped from the rich amine solution by steam generated in the Amine Reboiler. The Amine Still has 20 valve trays. The top two trays are reflux trays and the bottom 18 are process trays. The top of the Amine Still operated at 8 PSIG. The acid gas from the top of the Amine Still flows to the air-cooled Amine Still Reflux Condenser where most of the excess stripping steam is condensed and the acid is cooled to 120°F. The condensed steam and acid gas then flows to the Amine Reflux Accumulator where they are separated. The acid gas flows out of the top of the Amine Reflux Accumulator through a back pressure control valve to a vent or flare by others. The water exiting the bottom of the Reflux Accumulator is pumped by an Amine Reflux Pump (100% spare) on level control back to the top of the Amine Still to provide reflux for the Amine Still column.
The rich amine solution exiting the bottom of the Amine Still flows to the Amine Reboiler. The direct fired amine Reboiler heats the rich amine solution to approximately 247°F and generates stripping steam that is returned to the Amine Still. Hot, lean amine flows over an internal weir in the Reboiler into the Surge Tank Comparment.
Hot lean amine at 247°F and 10 PSIG is pumped through the hot side of the Lean/Rich Amine Exchanger by an Amine Booster Pump (100% spare). The Amine Booster Pump discharge pressure is about 50 PSIG. The hot lean amine is then cross exchange with the cool rich amine and cooled from 247°F to 218°F. The lean amine is then pumped through the air cooled Amine Cooler to further cool the solution to 120°F.
From the Amine Cooler, the 120°F lean amine enters the suction header of the Amine Circulation Pumps. An Amine Circulation Pump (100% spare) pump 100 GPM of lean amine at 120°F and 610 PSIG to the Amine Contactor on flow control. The minimum flow for one Amine Circulation Pump is 35 GPM according to the pump manufacturer
Major Equipment List:
For a complete list of the equipment included please refer to the supporting documents or contact us.
P&IDs are available upon request.
Salvex is a prominent global e-commerce platform specializing in the sale of surplus commercial assets. We collaborate with thousands of companies, both publicly traded and private, spanning 200 countries worldwide. Our expertise lies in repurposing Oil and Gas and Gas Processing Equipment sourced from insurance claims, corporate surpluses, asset recoveries, bankruptcies, and natural disasters. We identify markets across North America, South America, Europe, Africa, the Middle East, Asia, and Oceania. Through our global sustainability initiatives, we contribute to environmental preservation by implementing carbon offset strategies through asset repurposing. We look forward to assisting your company in finding exceptional deals by showcasing surplus assets that align with your requirements.
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