Industrial gas turbines differ from aeroderivatave in that the frames, bearings, and blading is of heavier construction. Industrial gas turbines range in size from truck-mounted mobile plants to enormous, complex systems. They can be particularly efficient--up to 60%--when waste heat from the gas turbine is recovered by a heat recovery steam generator to power a conventional steam turbine in a combined cycle configuration. They can also be run in a cogeneration configuration: the exhaust is used for space or water heating, or drives an absorption chiller for cooling or refrigeration. A cogeneration configuration can be over 90% efficient. The power turbines in the largest industrial gas turbines operate at 3,000 or 3,600 rpm to match the AC power grid frequency and to avoid the need for a reduction gearbox. Such engines require a dedicated enclosure, both to protect the engine from the elements and the operators from the noise. Simple cycle gas turbines in the power industry require smaller capital investment than either coal or nuclear power plants and can be scaled to generate small or large amounts of power. Also, the actual construction process can take as little as several weeks to a few months, compared to years for base load power plants. Their other main advantage is the ability to be turned on and off within minutes, supplying power during peak demand. Because they are less efficient than combined cycle plants, they are usually used as peaking power plants, which operate anywhere from several hours per day to a couple dozen hours per year, depending on the electricity demand and the generating capacity of the region. In areas with a shortage of base load and load following power plant capacity, a gas turbine power plant may regularly operate during most hours of the day and even into the evening. A typical large simple cycle gas turbine may produce 100 to 300 megawatts of power and have 35-40% thermal efficiency. The most efficient turbines have reached 46% efficiency.[2]
The person remained stationary until the bear passed by.
Here are some words that mean the opposite of stationary: active, mobile, moving, restless, unfixed, unsteady.
Some examples of mechanical equilibrium include a stationary object resting on a table, a hanging object at rest, and a person standing still on the ground. In each case, the forces acting on the object are balanced, resulting in no net acceleration or movement.
Stationary refers to items such as paper, envelopes, and pens that are used for writing or office work. An example of using the term in a sentence could be: "I bought some new stationary to use for my correspondence." Remember that stationary means not moving, while stationery refers to writing materials.
Some examples of simple statics problems that can be solved using basic principles of physics include calculating the forces acting on a stationary object, determining the equilibrium of a structure under various loads, and analyzing the tension in a rope supporting a hanging mass.
Any object that is not moving can be classed as stationary.
There are many stationary examples that Crane sells online. Crane offers many different stationary examples for all kinds of need like personal or business use.
Synthesis, decomposition, combustion, and oxidation are some examples of chemical changes (reactions) of matter.
A reference point is anything that is stationary. So, if you are on a train you know you have left the station because you moved away from the platform. Hence the platform was stationary.
A reference point is anything that is stationary. So, if you are on a train you know you have left the station because you moved away from the platform. Hence the platform was stationary.
Basically, a gas turbine is powered by gas under pressure, The gas is pressurized by burning some type of fuel such as kerosene, jet fuel, or propane. That heat causes air expansion, and the subsequent inflow of air makes the turbine spin. A gas turbine consists of three main parts; a combustion chamber, a turbine and a compressor. Air and fuel are mixed in the combustion chamber where it is ignited and increases in speed and power. This power is directed over the turbine blades which spin the turbine and power the compressor. It's a pretty simple process: heated fuel causes pressure and air expansion. The expanded air causes a turbine to spin. That is how gas turbines like jet engines work.
biomass nuclear energy sustainable turbine
Stationary exercise is exercising when riding your bike. Some examples of stationary exercising are riding your bike through hills, forests, and other areas. You may find information on stationary exercise here,www.spinning.com/spinning-shop/spinner-bikes.asp.
Steam EngineJet turbine EngineRotary EngineElectric EngineRocket EngineThe term 'engine' was originally coined to differentiate the "internal combustion" motor from all other previous types of motors. In the above mentioned answer, one should note that the jet turbine, the rocket, rotary and perhaps even the steam engines do have some sort of internal combustion. The proper term for the electric should be "Electric Motor"
electrolysis, burning/combustion, photosynthesis. sorry that's the processes i am sure of. (we were still discussing about this in class)
Some examples are: synthesis decomposition combustion single replacement double replacement
Home heating, Cooking, Heating water. Fuel for internal combustion engines. To name a few.