Hydroelectric energy remains a critical pillar of renewable power generation, offering sustainable and reliable electricity to various sectors. From large-scale industrial applications to emerging microgrid solutions, hydroelectric power continues to evolve with advanced control and monitoring technologies. This article explores the modern uses of hydroelectric energy, including grid stabilization, pumped storage, industrial power supply, offshore usage, and automation in hydropower plants.

This article explores the role of turboexpanders in NGL recovery, their working principles, key components, and applications in industrial gas processing. It also highlights how Petrotech’s advanced control solutions optimize turboexpander performance for better efficiency and reliability.

Catalytic cracking is a cornerstone process in the refining industry, converting heavy hydrocarbons into lighter, more valuable products like gasoline and olefins. This article examines the working principles of catalytic cracking, the impact of air blowers in the process, and its applications in different industries.

Efficient generator operation requires a clear understanding of load sharing and load balancing. This article explores the concepts of load sharing vs load balancing in generators, as well as their importance in multi-generator systems.

Increasing turbine efficiency is crucial for maximizing power output and reducing operational costs in power generation and industrial applications. This article reviews what turbine efficiency is, factors influencing it, how to increase it, and the role of control systems.

Effective air filtration is essential for maintaining the performance and longevity of gas turbines. This article reviews the importance of air filtration systems in gas turbines, including the Augmented Secondary Circuit (ASC) filtration system.

This article reviews the concept of compressor capacity control, as well as the most suitable methods for controlling the capacity of reciprocating, centrifugal, and screw compressors.

A load share controller is a sophisticated control system that coordinates multiple compressors operating in parallel. In this article, we explore how a load share controller works, benefits of using them, types, and considerations for selection.

Compressor surge occurs when the mass flow rate through the compressor drops below a critical value, thus, leading to a reversal of flow within the compressor. This article reviews what surge is, how surge control works, and best practices that ensure equipment optimal performance and longevity.

This article reviews how a hydropower turbine works, hydro turbine control solutions, and a case-study highlighting efficiency of hydro control.