VIRIDIS can supply a high efficiency steam turbine generator as either a complete package design or an individual installation on a concrete foundation.
We serve the power generation needs in diverse industry segments like sugar, steel, cement, pulp & paper, textiles, chemicals, palm oil, food processing, solar, geothermal etc. These turbines are used in a wide range of applications such as co-generation, combined heat & power generation, waste to energy, captive power generation and independent power generation.
VIRIDIS product portfolio includes retrofits as well as customised steam turbosets. VIRIDIS can supply solutions that may contain the following components:
- Steam turbine and its control system
- Control oil system
- Lubricating oil system
- Condensing system (as applicable)
- Gear box
- Alternator
- Electrical metering/control/protection system
- Turbovisory system
What is a Steam Turbine?
A steam turbine is a device that extracts thermal energy from pressurized steam and uses it to do mechanical work on a rotating output shaft.
Because the turbine generates rotary motion, it is particularly suited to be used to drive an electrical generator. The steam turbine is a form of heat engine that derives much of its improvement in thermodynamic efficiency from the use of multiple stages in the expansion of the steam, which results in a closer approach to the ideal reversible expansion process.
Advantages
- Robust & Reliable
Triveni Turbines offers industrial steam turbines up to 100 MW that work across a wide range of pressure and flow applications.
- High sustained efficiency
Advanced technology such as optimum combination of impulse and reaction blade path that maximises efficiency.
- Excellent rotor dynamics
Solid forged rotor with integral discs to improve reliability.
Rotor dynamic analysis for lateral critical speeds for each shaft and bearing configuration.
- Can be built in small units
Compact design for lower civil cost, quicker installation and easier maintenance.
Applications
The steam power generation is categorized based on:
- Fuel / Feedstock used for producing steam
- Power Generation output and
- Utilization of Power
| Application | Description | Industry Solution |
|---|---|---|
 Co-generation (COGEN) |
By-product is utilized to raise steam for power generation | Bagasse in Sugar Mill, Empty Fruit Bunch, Kernel from Palm Oil Mills |
 Combined Heat and Power (CHP) |
|
Process Industries, Food Processing, Pharmaceuticals, Chemical industry and many more or Only for water and space heating and purpose like in District Heating. |
 Waste heat recovery (WHR) and Combined Cycle Power Plant (CCPP) |
Energy recovery from hot streams with potential high energy content, such as hot flue gases through a heat exchanger either HRSG (Cyclical Gas Flows in case of Gas Engine) or WHRB (continuous Gas flows like process flue gasses and flow from exhaust of Gas Turbine).
|
Combined Cycle Power Plant (Gas Engines, Turbines), Flue Gasses from Blast Furnace in Steel plant, Waste heat in sponge iron plant, Coal / Feedstock Gasification to natural Gas or Syngas. |
 Incidental Power generation from Incineration (INCR) |
|
Incineration of Municipal Solid Waste/ Industrial Wastes/ Hazardous Wastes which are mandatory to be disposed in a safe manner. |
 Captive power plant (CPP) |
|
Cement, Steel, Industrial Hub, sparsely populated regions where power is not accessible (off grid solutions) etc. |
 Independent Power Producer (IPP) |
Power generation for complete commercial consumption as:
|
Biomass (Rice Husk, Wood chips, Wood Logs, Coal fired, Gasification), Barge Mounted Power plant (Offshore IPP) |
 Non conventional energy sources (NCER) |
Harnessing the heat energy from non- conventional energy resources through steam power Generation. | Solar Thermal , Geothermal |