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Home » Process Equipment » Steam Turbines

Steam Turbines

Steam Turbines find application in co-generation of power (electricity) as well as for meeting the demands of driving process equipment like fibrizor, cane crusher mill, cutters and others. In event of co-generation of power, turbine in turn drives alternator (generator). With basic input steam generally supplied by boiler, turbines can be offered industry specific to suit customer needs. These steam turbines are used in different industry sectors like paper, sugar, steel, chemical, nuclear and others and based on operational designs, these can be supplied in form of back pressure turbines, condensing turbines and single / multistage turbines. Further, our expertise lies in supplying multistage turbines up to 10 MW power capacity and single stage turbines up to 2 MW power capacity.

Multistage turbines

Multistage turbines

Multistage turbines are back pressure turbines that can be made available in form of single stage or multi-stage options. These turbines find application for drive application/power generation applications and are of straight-back pressure type. Finding application in areas where back pressure steam is fully utilized, the power generation is incidental to process steam demands.

Features :
  • Back pressure turbines can also be provided with bleed points/uncontrolled extractions for meeting steam demands at intermediate pressures
  • This provision is also applicable where bleed/medium pressure steam volume demand is low as well as pressure variations can be tolerated
  • Turbines are made available of bleed cum back pressure type
  • With back pressure turbine with single controlled extraction point option possible, this extraction steam finds use in meeting process steam demands at intermediate pressure, especially in areas where volume demand is high as well as pressure variations cannot be tolerated
Applications :
  • These turbines are used in power generation applications

Single Stage Turbines

Single Stage Turbines find application in process industries and are designed to provide customers with economical as well as reliable mechanical drives for fans, compressors, water and oil pumps and generators. These single stage turbines provide working as economical & reliable machines that find use for smaller power capacities of generally up to 2 MW.

Features :
  • Can be made available in different frame sizes as well as design horizontal (axial & radial split) and vertical options as per requirement of clients
  • These design features include metallic/carbon seals, overhung & bearings wheel designs, electronic/hydraulic/mechanical governors
  • These also feature direct driven/with integral gear boxes and mechanical/electronic safety trip system with suitable lubrication system
  • System designed for achieving higher efficiencies as well as operating conditions
  • Axial split casing provides for easier inspection as well as servicing of rotor and wear parts
Applications :
Typical applications of single stage turbines include:
  • Water pumps
  • Process pumps
  • BFW pumps
  • Oil pumps
  • Fans
  • Compressors
  • Generator drives

Back Pressure Turbines

Back Pressure Turbines can be made available in single stage/multi-stage options and can be used for drive application/power generation applications. Being of straight-back pressure type, these turbines find suitability in areas where back pressure steam is fully utilized for meeting involved process demands with power generation incidental to process steam demand.

Features :
  • Back pressure turbine can be provided with bleed points/uncontrolled extractions for satisfying steam demands at intermediate pressures
  • These systems are applicable where bleed/medium pressure steam volume demand is low as well as in areas where pressure variations can be tolerated
  • Turbines can be made available in bleed/back pressure type options
  • Back pressure turbine comes with one controlled extraction point where the extraction steam finds use in meeting process steam demands at intermediate pressure especially where volume demand is high as well as pressure variations cannot be tolerated
  • Turbines are of extraction cum back pressure type
Applications :
Used for -
  • Drive applications
  • Power generation applications

Condensing Turbines

Condensing Turbines makes use of high pressure steam that is expanded in turbine nozzles and blades. Further, these can exhaust it to condenser at lower than atmospheric pressures and find main usage in areas when power needs to be generated with minimum steam consumption.

Features :
  • Condensing turbines feature bleed points/uncontrolled extractions for satisfying steam demands at medium intermediate pressures
  • System applicable where bleed/medium pressure steam volume demand is low as well as pressure variations can be tolerated
  • Turbines are of bleed cum condensing type
Applications :
Turbines find application for -
  • Power generation in areas where bleed steam is needed for feed water heating (LP heater, HP heater, and de-aerator requirement)
  • Where bleed steam is used for meeting small process demands








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