Power – Mascot Valves

Power

Control Valves play a crucial role in the Power Generation industry by regulating the flow of steam, water, and various gases, within power plants and related facilities. These days Power Generation companies face challenges like on-demand cycling, emission compliance, maintenance & upgradation of aging plants with the latest technology. MASCOT supports such Power Generators with their high-performance Control Valves and Desuperheaters (Attemperators) that ensure that the Power Plants across the world keep running on demand 24×7.

MASCOT Control Valves are highly engineered to cater to the wide range of Nuclear, Conventional Steam (Coal and Gas Fired), Combined Cycle, Biomass and Geothermal Power Plant applications. While the Traditional Power Plants see General and Severe Service Globe Valves most of the time the Geothermal Power Plants also deal with abrasive media coming from the earth and often deal with severe service Eccentric Plug Valves.

MASCOT has supplied valves for Supercritical Power Plants (up to 800 MW unit capacity) with control valve design pressures up to 490 Bar (7100 psi) and Temperatures up to 760 °C (1400 F).

Power industry sees some of the most challenging applications from High Pressure Drop, Cavitating Service, Flashing Service, High Pressure Let Down, High Rangeability, High Noise, High Velocity, Tight Shut Off, Fugitive Emission Control, Abrasive Fluids etc. MASCOT has the capability to cater to all these applications with the highly engineered products in its Portfolio.

Applications

Importance of Control Valves in Power Industry

Efficiency

Proper control of feedwater and steam flow ensures efficient energy conversion and optimal plant performance.

Safety

Control valves play a critical role in maintaining safe operating conditions, preventing overpressure, overheating, and other hazardous situations.

Stability

Control valves help maintain stable and consistent power output, responding to changes in demand and process conditions.

Environmental Compliance

Control valves are used in Flue Gas Desulfurization (FGD), selective catalytic reduction (SCR) systems for pollutant removal for minimal environmental impact.

Reliability

The reliability and accuracy of control valves are essential to prevent unplanned shutdowns and maintain continuous power supply.

Attemperator / Desuperheater

Auxiliary Steam Relief Valve

Boiler Feedwater Recirculation

Boiler Feedwater Regulator

Brine Extraction and Injection

Burner Trip

Burner Trip

Condensate Pump Recirculation

Deaerator Level Control

Deaerator Pegging

Flue Gas Desulfurization

Fuel Control

GSC Minimum Flow Recirculation

HP Heater Normal Drain

Low Load Feed Control

LP & HP Turbine Bypass

Main Condensate Control

Main Condensate Control

Pressurized Water Reactor Control Valve

Selective Catalytic Reduction

Startup Vent Valve

Superheat Spray Control

Attemperator / Desuperheater

Auxiliary Steam Relief Valve

Boiler Feedwater Recirculation

Boiler Feedwater Regulator

Brine Extraction and Injection

Burner Trip

Condensate Pump Recirculation

Deaerator Level Control

Deaerator Pegging

Flue Gas Desulfurization

Fuel Control

GSC Minimum Flow Recirculation

HP Heater Normal Drain

Low Load Feed Control

LP & HP Turbine Bypass

Main Condensate Control

Pressurized Water Reactor Control Valve

Selective Catalytic Reduction

Startup Vent Valve

Superheat Spray Control

Efficiency

Safety

Stability

Environmental Compliance

Reliability

GFlo

DeFlo VSD

CavFlo

DeFlo SCV

INDIA FACILITY

US FACILITY

Subscribe to get the latest updates from MASCOT!