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Turnkey Solutions
Plant Operation & Maintenance

Process Gas Waste Heat Recovery Systems
Membrane Technology Systems
Sour Gas & Sulfur Technology
Compression Systems
Fired & Heat Recovery Boilers
Quench Coolers
Scraped Surface Exchangers
Process & Pressure Vessels
Heat Transfer Equipment
Storage Facilities
Process Skid Packages & Modules
Industrial & Power Plant Services

 

 

 

Process Gas Waste Heat Recovery Systems  
1. Process Gas Waste Heat Recovery Boilers (Fired & Water Tube)
2. Steam Superheater

3. Synthesis Gas Coolers

4. Synloop Boilers


3. Synthesis Gas Coolers

The non-catalytic cracking of hydrocarbons by partial oxidation of natural gas, oil etc. is carried out at temperatures up to 1,500°C and pressures up to 8,000 kPa. Besides the resulting reaction components CO, CO2, H2, H2O and H2S the process gas is loaded with soot and ash. Depending on the type of feedstock, other impurities like vanadium, nickel and iron can also be expected. Due to these impurities, the high particulate burden of the gas and the hydrogen sulfide the waste heat boiler must be highly resistant to erosion, corrosion and fouling.

The waste heat boiler is designed as a fire-tube boiler. The hot synthesis gas enters the heating surfaces with a temperature of about 1,400°C and is cooled down in these tubes to approximately 300°C. The heat from the synthesis gas is used for generating saturated steam

 
 





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