Gas Turbine Engines (3 UNITS) Kawasaki Heavy Industries, Ltd Model MIT-26 Rated output 4347 KW 40 C Rotational speed 22000/1500 min 1 Serial number KHI-790112 Month of production 2018-2 Kawasaki Heavy Industries, Ltd. Hitachi Decelerator Model MPG160-23 Reduction ratio 14.618 Transmission power 4800KW Output rotational speed 1500 min-1 Serial number PG02524 construction number 0A006846A Manufacturing date 2018/2 T5000A-BER Rated output 4000kW Voltage 6600v Frequency 50Hz gas turbine MIT-26 Generator TAKL-SCKE Serial number KHI791ABA1003-3 Manufacturing date 2018-3 Current 438A Number of phases 3 �?? Height 3800 �?? width 3500 �?? depth 8500 Toshiba Emergency Synchronous Generators 3 units Phase number 3 Number of poles 4 Voltage 6600V Power factor 0.8 Rated continuous Phase number 3 Number of poles 4 Voltage 6600V Power factor 0.8 Rated continuous Output 5000KVA Current 438A Field voltage 70V Annual operation time 1000 hours Rotation speed 1500 min-1 Frequency 50Hz Field current 455A Output 5000KVA Current 438A Field voltage 70V Annual operation time 1000 hours Rotation speed 1500 min-1 Frequency 50Hz Field current 455A Refrigerant temperature 40 �?�° C Field winding 155 (F) Heat resistant class; Armature winding 155 (F) AC exciter: Output 39 KVA Voltage 55V Current 410A Field voltage 90V Protection method IP20 Cooling method ICO 1 Mass 9660 Kg Serial number 7154498BQA2000 Standard JEC-2130-2016
Usage and applications Knitted wire mesh is used as mist eliminator; insulation blanket mesh and also as filters & air bags for automotive industries. In the refinery or oil and gas production process removal of mist or moisture from the gas becomes a critical process. Generally gas tends to absorb the moisture so effective removal of moisture plays a vital role in the refinery application. The knitted wire mesh is a set of wire looped and interlaced by knitting on a circular knitting machine and then corrugated to form a zig zag pattern. Several of these layers of knitted wire mesh are installed together and further reinforced or welded with grids in specific patterns according to the customer requirements. The mist eliminator installed inside the typical application having high surface area and due to the zig zag pattern obstructs the flow of gas resulting in creating an obstruction to the moisture content. Due to countinous obstruction to the moisture the moisture will form into a tiny droplet and due to gravity will fall down to the liquid. Several types of mist eliminators are used in different applications based on the end use and quality wire offer Wide range of mist eliminators both in metallic and non metallic types suitable for different applications. Our process engineers developed software for evaluating the performance of the mist eliminator based on industry standards and our products are well accepted . Mist eliminator plays vital role in effective performance of the end use application and besides offering only the demister pads our engineers offer solution to the customer with relation to enhanced removal efficiency thus resulting in best performance of our pads.
