Have you ever seen a gas turbine plant live? In the size of an entire truck trailer, it rests before the eye, and it can only be surmised as to what massive energy quantities encounter each other inside. Every single mechanical component is exposed to extreme temperatures of 1500˚C and strong flow-optimized loads. A brutal environment – and, at the same time, an elegant technical solution. The result: fuel nozzles arranged in a circle inject exactly the same fuel amount unwaveringly and constantly, the combustion process remains balanced, and the turbine wheel turns and turns ...
A gas turbine plant of this size supplies 400,000 people with electricity. High-tech products from SCHERZINGER supply the gas turbine here with the necessary consistency and precision.
Under extreme conditions, the quantity division must continuously yield an exact performance. This demands everything of the technology and sets the bar high for each individual component. High-tech products from SCHERZINGER will satisfy these demands:
Gas turbines are the alpha and omega of power generation. Through burning fuels, mechanical energy is generated and converted into electricity. In doing so, it produces enormous amounts of energy daily – energy which, in turn, effects the system itself.
A main component of this process is thus the fuel injection in the nozzles distributed in a circular form around the gas turbine which must be supplied with fuel in exactly equal proportions. An irregular distribution brings the combustion process out of balance and exposes the turbine wheel to extreme stress. This can lead to a failure of the entire gas turbine within the shortest period of time. With the fuel distributor and valves from SCHERZINGER, this scenario is not possible. A powerful interaction of the finest precision and robust durability, together with a unique claim of quality characterize the products – and ensure that everything runs smoothly.
Find more technical details on the product pagePhone +49 (0)7723 6506-503
marco.hawlicek(at)scherzinger.de