Good quality steam turbine controls ensure high availability, reliability, and efficiency in compressor and generator drive applications. This article reviews the functions of steam turbine controls, general start-up and shutdown procedures, and control philosophy. Functions of Steam Turbine Controls Steam turbine controls perform various functions to maintain high levels of

Efficiency is a key parameter when discussing the performance of any industrial equipment including a centrifugal compressor. Although the goal of manufacturers is to keep efficiency values as high as possible, its value varies depending on some factors. In this article, we examine how a typical centrifugal compressor works, its

Turbine automation represents a significant leap forward in the operational efficiency, safety, and reliability of power generation systems. By integrating advanced control systems, turbines can operate with minimal human intervention, adapting in real-time to changing conditions to optimize performance. This article delves into the essence of turbine automation and examines

Steam turbines serve as integral components in the petrochemical, power generation, and refinery industries. The foundational architecture of a steam turbine comprises a rotor, precision-supported by bearings and encased within a cylindrical casing. The controlled interaction between steam and meticulously designed blades results in a tangential force and instigates the

NOx, short for nitrogen oxides, refers to a group of reactive gases that significantly contribute to air pollution. Delve into what NOx is, examine emissions on the basis of fuel types, and explore effective methods to reduce NOx levels.