Industrial Gases from IPP. Over 6 plants for sale. Chemical Plant and Process Plant buy unused, surplus, second hand or used here.

Plant Types: Industrial Gases

Subtypes: Carbon DiOxide Plant, Gas Liquefaction

Capacity: 360 TPD

Raw Materials: Carbon DiOxide (CO2)

Plant is designed to purify, condense, liquefy, and store raw carbon dioxide gas (CO₂) at the site. Production capacity is 15 tons/hour design, possible up to 16,5-17 tons/hour. Purity is 99.995%

Main process steps:

1. Washing of raw CO₂ gas
2. Compression of CO₂ gas(centrifugal compressor and screw compressor – 2 stages)
3. Purification and dehydration of CO₂ gas
4. Liquefaction of CO₂ gas (using a condenser operating with ammonia)
5. Distillation of liquid CO₂
6. Storage and loading stations

Plant Types: Industrial Gases

Subtypes: Air Separation Plant

Capacity: 70 metric tons/hr

Air Separation Unit Available Separately from a 3,000 Metric Ton/Day Clean Syngas Refinery Gasification Plant for Sale IPP Stock #600759

The Air Separation Unit is a Praxair ASU producing 70 Metric Ton/Hour of >95% pure oxygen. Main air compressor is a four‐stage Sulzer centrifugal unit with a 23 MW ABB motor. Booster air compressor is a Borsig unit with a 3.1 MW ABB electric motor, boosting the air pressure from 8.2 to 22.5 bar. Oxygen compressor is a Sulzer three‐stage unit with a 5.5 MW ABB motor taking O2 from 4.7 to 76 bar (max. 90 bar).

Plant Types: Industrial Gases

Subtypes: Hydrogen Plant

Capacity: 6,500 Nm3/hr

• 6,500 Nm3/hr capacity

• Updated PSA 2006

• Fuel in natural Gas with an end pressure of 17.5 bar

• Yogawa PLC System

Plant Types: Industrial Gases

Subtypes: Hydrogen Plant

Capacity: 25,000 nm³/hr

• The hydrogen plant was only installed in 2007 and is based on Foster Wheeler technology. The plant produces 25,000 Nm³/hr of 99.99% pure H2. The Plant was shutdown in 2011.

• The H2 from the PSA plant is partially recycled to mix with the methane feed with the rest sent to the site H2 system at 99.99%.

• The exit temperature from the shift reactor is 412°C. The H2and CO2 passes through a series of shell and tube steam generators, heat exchangers and an air fin fan cooler which drops the gas temperature down to 60°C. Any remaining water is separated in the cold condensate drum which is then heated to feed the deaerator. Heat exchangers are stainless steel.

• Expected documentation was observed during the inspection, such as PFDs, P&IDs, procedures, and equipment files.