recovery across the refinery, from the reformer to the sulphur block.
A refinery runs on steam. Every unit that makes hot gas, from hydrogen generation to catalytic cracking to sulphur recovery, is a place to make that steam instead of buying it.
Introduction
A refinery separates crude into fractions, converts the heavy ends into lighter products, treats out sulphur and nitrogen, and blends. Several of those steps produce gas streams hot enough to raise high-pressure steam: reformed gas in the hydrogen unit, regenerator flue gas in the FCC unit, the reaction furnace of the sulphur recovery unit, and the decomposition furnace of a spent acid regeneration unit are all significant heat sources. Petrochemical complexes attached to refineries add their own streams: cracked gas quench, waste-water incineration and process off-gas. We supply the equipment that sits on each of these streams and engineer it to the licensor's process basis.
What we bring
- Process gas boilers for hydrogen units, rated for high gas-side pressure and metal dusting conditions
- Complete packages for sulphur recovery units, modular for site assembly
- Flue gas coolers for the catalyst-laden gas of FCC units
- Waste heat boilers for spent acid regeneration, including one of the world's largest operating installations on a 1,000 TPD unit
- Incinerator packages, RTO heat recovery, flue gas boilers and waste heat boilers for petrochemical units
Applications
Applications
- Sulphur Recovery Unit (SRU)
- Spent Acid Regeneration Units (SARU)
- Fluid Catalytic Cracking Unit (FCCU)
- Hydrogen Generating Unit (HGU)
Products
- Reaction Furnace (MCC) Package
- Incinerator Package
- TGTU Package
- Waste Heat Recovery Boiler
- Sulphur Condensers
- Reactors
- Process Gas Boiler
- Process Gas Boiler
- Flue Gas Cooler
Services
- FEED Engineering
- System Engineering
- Process Feasibility
- Design & Manufacturing
- Supply and E&C
Petrochemical units
