Pressure Reducing Turbine is a pioneering solution for optimizing steam pressure and harnessing energy in an efficient and sustainable manner. This turbine type excels in reducing excess steam pressure while simultaneously generating power through its integrated expansion process.
Pressure reducing Power turbine are cost effective turbine where even minute pressure drops across the PRV/PRDS can be routed through the specially designed RTPL steam turbines and generate incidental power.
Pressure Reducing Turbine designed to work on Saturated Steam available at:
Compact design with less piping connection.
Typical steam outlet pressure for process use – 2 to 4.5 kg/cm² g -
Fully grid synchronised with PLC control system
Designed to generate power with steam flow of 4.0 Ton/Hr.
Maintains constant back pressure for process and generates power accordingly.
Electronic setting of process pressure on Control panel.
Industries with excess steam generated during production can utilize these turbines to manage pressure and simultaneously generate power, enhancing energy efficiency.
These turbines play a crucial role in power plants, where they manage steam pressure and contribute to power generation by converting excess pressure into mechanical energy.
Pressure Reducing Turbines play a critical role in managing excess steam pressure, allowing steam to be utilized optimally without risking equipment damage.
By utilizing the pressure drop across the turbine’s stages, these turbines convert excess steam pressure into mechanical energy, contributing to power generation and reducing energy wastage.
Pressure Reducing Turbines enable the efficient utilization of steam energy that would otherwise be lost as excess pressure. This leads to energy savings and cost reduction.
These turbines are integral in maintaining safe and controlled steam pressure levels within industrial processes and power plants, safeguarding equipment and personnel.
Pressure Reducing Turbines are designed for efficient space utilization, making them suitable for installations with limited room while maintaining optimal functionality.