We are Egypt Power Service Co.
Do you have an interest for fuel nozzles / gas/liquid staging valves for Engine LM6000 PC GE?
We have a full set of fuel nozzles (30) in stock, 2x gas staging valves and 2x liquid staging valves in stock
ELSAYED AZMY ELSAKHARY
The LM6000 PC (Peak Combustion) is a gas turbine model manufactured by GE Power (formerly known as GE Aero Energy). It is part of GE's LM6000 aeroderivative gas turbine family. The General Electric LM6000 PC is designed for use in power generation and industrial applications, such as power generation for large-scale industrial facilities and combined heat and power (CHP) systems. It is capable of producing up to 47 megawatts (MW) of electrical power and has a high efficiency and reliability. It is also known for its low emissions and low noise levels. The LM6000 PC is a popular choice for peaking power, mechanical drive and CHP applications because of its fast start-up and ramp rates, high efficiency and low emissions.
Liquid staging valves are valves used in the liquid fuel systems of gas turbine engines. They control the flow of liquid fuel to the combustion chamber and are used to regulate the fuel-air mixture that is burned to produce power.
The liquid staging valves can be divided into two types: single-stage and multi-stage. Single-stage valves are used to control the flow of liquid fuel to the combustion chamber in one step, while multi-stage valves are used to control the flow of liquid fuel in several steps. Multi-stage valves are used to provide more precise control of the fuel-air mixture that is burned, which can improve the efficiency of the gas turbine engine.
Liquid staging valves can be controlled either manually or automatically, and are typically controlled by a fuel control system. They are critical components of gas turbine engines, and their proper functioning is essential for maintaining the safe and efficient operation of the engine.
Liquid staging valves are used in gas turbine engines that use liquid fuel, such as diesel or kerosene, as their source of energy. They are typically used in power generation and industrial applications, such as:
They are also used in aircraft engines, where they control the flow of liquid fuel to the combustion chamber and help to regulate the fuel-air mixture that is burned to produce power. In these applications, they are crucial for the safe and efficient operation of the engine, by controlling the flow of fuel to the combustion chamber and maintaining the correct fuel-air mixture for combustion.