Steam turbine is a mechanical power plant that uses steam as a fuel to do work on a rotating shaft. The design of a steam turbine is a multi-disciplinary task that involves thermodynamics, aerodynamics and mechanical engineering. In addition to generating electricity, steam turbines can also be used for heating purposes. Industrial steam turbines use a mixture of high-pressure and low-pressure steam as their fuel. The difference between the pressures of the steam in the inlet and exhaust stages must be matched by a condenser to make steam turbines operate properly
Market Dynamics:
The global steam turbine market is anticipated to experience moderate growth throughout the forecast period. This is attributed to the rapid industrialization and rising electricity demand, particularly in developing economies. In addition, an increase in the demand for combined-cycle natural gas plants is another prominent factor driving steam turbine market growth. Furthermore, the growing focus on clean energy, which is defined as a renewable source of power is further expected to drive market growth over the next few years.
On the other hand, regulatory and policy restrictions on fossil-fuel fired power plants are projected to restrain the growth of the steam turbine market during the forecast period.
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