Heat exchangers play a crucial role in various industrial processes, aiding in the efficient transfer of heat between fluids. Among the diverse types available, plate heat exchangers (PHEs) have emerged as a superior alternative to traditional shell and tube heat exchangers. In this blog, we'll explore the numerous benefits that make plate heat exchangers a preferred choice in various industries.
Transformers play a crucial role in the efficient functioning of power distribution systems, ensuring a smooth flow of electricity from the source to end-users. One often overlooked yet vital component of transformers is the oil cooler. In this blog post, we will delve into the significance of transformer oil coolers and how they contribute to the overall operational efficiency of transformers.
Gearboxes play a pivotal role in various industrial applications, from manufacturing to transportation. These essential components are responsible for transmitting power efficiently while managing heat generated during operation. Read the article to find out more about the role of plate heat exchangers in gearboxes.
Wind energy has emerged as a sustainable and eco-friendly source of power, playing a significant role in reducing carbon emissions and combating climate change. Wind turbines, commonly found in wind farms across the globe, are responsible for harnessing the kinetic energy of the wind and converting it into electricity. To ensure the reliable and efficient operation of these turbines, it is crucial to manage heat within the system. Air-cooled oil coolers have become indispensable components in windmills, safeguarding their performance and longevity.
The dairy industry plays a pivotal role in providing essential nutritional products to people around the world. From milk and cheese to yogurt and butter, dairy products are an integral part of our daily lives. Ensuring product quality and safety while maintaining high efficiency is a constant challenge. Traditional methods of heating and cooling involve the use of large, bulky equipment that consumes substantial amounts of energy and time. This is where plate heat exchangers step in, offering a more streamlined and effective solution.
Heat exchangers operate by intermittently passing hot and cold liquid contents across opposite sides of a conductive thermal metal. The hot liquid runs through the metal into the cold liquid without making any physical contact. This process is facilitated by fluid velocity, turbulence and temperature differentials and brings about the heat transfer rate depending on the heat exchanger structure.
A heat exchanger is a heat-transfer device that is used for the transfer of thermal energy b/w two or more fluids (gas or liquid) available at different temperatures. The primary elements of a PHE include the heat transfer plates, gaskets, the supporting end frames (a fixed and a movable cover plate or frame) that house inlet & outlet fluid port nozzle, carrying and guiding bars, the supporting column, and end-frame tightening bolts.
Air-oil coolers as the name states are another type of heat exchanger (read about plate type and shell and tube type in our previous blog) that make use of oil for cooling purposes. Engine oil coolers/ heat exchangers are small radiators placed in front of engines, in most cases automobile with a fan present.
Traction transformers are critical components in a locomotive and Varalka Transformer Oil Coolers are providing satisfactory service for traction transformers for metro and local trains all over the country. Flow of electric current through the winding and due to core losses, heat is produced in the windings and core of the transformer.
Air oil cooling is the use of engine oil as a coolant. The most typical applications involve using these means as a way of removing surplus heat from an engine, usually a combustion engine. Air oil coolers/heat exchangers operate by the engine in relation transferring heat to the oil when is then transferred into the heat exchanger.
