Fluid Catalytic Cracking Unit
Flue gas coolers for catalyst-laden regenerator gas.
Where the heat is
What the cooler has to do
- Cool a fines-laden gas from regenerator temperature to the inlet temperature of the wet gas scrubber or stack
- Raise high-pressure superheated steam while doing it
What we supply
- Flue gas coolers for full-burn units
- CO boilers for partial-burn units
- Natural circulation water-tube designs with superheater and economiser, built to the licensor's gas data and the refinery's steam conditions
- Economiser and superheater stages supplied separately where a cooler is being upgraded
Our Industrial Products
Flue Gas Cooler
The waste heat boiler on regenerator flue gas, water-tube.
CO Gas Boilers
Economisers
Sulphur Recovery Unit (Sru)
Sulfur recovery unit is basically conversion of hydrogen sulfide (H2S) to elemental sulfur using Claus process with Condensers , reactors & Incinerator process. These processes involve burning H2S with air in a reactor furnace to form sulfur dioxide thereby generating Hot Gases. The hot gas from the combustion chamber is quenched in a waste heat boiler that generates high to medium pressure steam.
TSPL is a pioneer in the supply of Claus packages | Incinerator packages | Waste Heat Boilers | Sulphur Condensers | Reactors
Spent ACID Regeneration Unit (Saru)
SARU process is basically regeneration of Spent Acid to relatively pure and concentrated acid for reuse in process. Thermal decomposition of spent acid results in generation of High temperature gases which is recovered in a boiler to generate high pressure & temperature steam.
TSPL provides WH Boilers for SARU process and to its pride, the largest running installation on SARU is supplied by TSPL.
Fluid Catalytic Cracking Unit (Fccu)
Fluidized catalytic process is selective cracking a variety of feed stocks to produce light olefins. Catalyst is completely burned off with an excess amount of air in this regeneration stage. The flue gas generated in downstream of FCC regenerator is recovered by flue gas cooler in the form of high‐pressure superheated steam.
TSPL provides Flue Gas Cooler for catalyst laden gases