Plant Types: Industrial Gases
Subtypes: Hydrogen Plant
Capacity: 46.5 MMSCFD
- 46.5 MMSCFD Linde-designed Steam-Methane Reformer (SMR) facility including feed preparation, reformer, syngas cooling, steam generation, hydrogen separation, carbon dioxide removal section (amine section), and carbon dioxide compression for recycle.
- The SMR was redesigned and upgraded by Linde to improve several sections and to increase the syngas capacity. The specific upgrades include several new radiant tubes and all (36) new low-NOx burners.
- The DCS is by Yokagawa and it is completely programmed and ready to install. The hardware is still at Yokagawa.
- The process is being kept under a nitrogen blanket. All electric motors are being “bumped” weekly or they have been removed and are in climate- controlled storage.
- There is no asbestos in this facility.
- Many spare parts are available.
- This system is located on a major deep-water port with international shipping routes.
- There are several other process units available at this site, including a complete new Fischer- Tropes Gas-to-Liquid (GTL) facility designed specifically for higher-value wax production. There is also a new product fractionation unit and a new wax upgrade (hydrogenation) unit. Utility systems include a new 200 ton Carrier mechanical refrigeration unit (MRU) and a 30,000 lb/hr auxiliary steam boiler. Much of the equipment in the newer sections is modular construction which is easy to dismantle and ship.
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.
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: Air Separation Plant
Capacity: 136 mtpd Gaseous and 90 mtpd Liquids
The facility includes a nominal 136 MT/D air separation plant, a 90 MT/D air recycle liquefier, and a 6 MT/D argon purifier.
PRODUCTS CAPACITY PURITY
GOX 65.6 mtpd 99.5%
GAN 105 tpd
Normal 2433 nm3/hr 99.99%
Design 3000 nm3/hr 99.99%
Max 5240 nm3/hr 99.99%
LOX 50 mtpd 99.5%
LIN 30 mtpd 99.999%
LAR 5.3 mtpd 99.999%
Plant Types: Industrial Gases
Subtypes: Air Seperation 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).