Gas Boosting Station

Speciality of TLT Gas Boosting Station installed in almost all the Integrated Steel Plants in the country is that the plant is designed for running in almost Auto Mode except during start up, change over as well as Water Filling and Breaking of water Seals etc.

The proven, User-Friendly Logic and Control philosophy as well as Easy Maintenance have earned wide acceptance of our system from various clients across the country. Seldom spares requirement and minimum down time cost have substantially reduced the Cost Of Ownership for the End Users.

Prompt Customer Support over the years even after expiry of Warranty Period has enabled End Users to be more confident and comfortable as solution and clarifications over email and telephone make their life easy while running such hazardous Critical Application Plant

We follow standard and material of construction as per our experience and strictly adhere to that A very basic Flow Diagram with Bypass Control is furnished below. However, based on actual requirement, we prepare the detailed P&ID for respective cases. The speciality of TLT Gas Boosting System are :-

Very rugged construction. All the parts coming in contact with gases are made of Stainless Steel
Easy and proven control philosophy and mechanism
Wherever possible, Boosters are offered with Automatic Cleaning Mechanism. However, cleaning system can be On-Line or Off-Line depending upon type of Gases
Speciality of TLT Boosters are its Shaft Seals which are labyrinth type and ensures leakage well within the Industry Accepted Norm
We can handle any flow starting from approximately 3,000 NM3/Hr to any limit on upper side. However, due to limitation of Booster Design, we have so far gone upto Pressure Rise of 2100 mm.Wg in Mixed Gas (BF Gas & CO Gas).

We are now capable of supplying High Pressure Booster Station also with Liquid Ring Booster Pump and with this kind of Booster, maximum pressure can be developed around 7,500 mm. Wg. Please contact us for our checking and confirmation on such System.