Global Regenerator Market is segmented, by Geographical Region into North America, Europe, Japan, China, India, and Southeast Asia. A regenerator, also known as a regenerative heat exchanger, is a type of heat exchanger where heat from the hot fluid gets stored in thermal storage medium, and then transferred to cold medium. In regenerative heat exchangers, the fluid on either side of the heat exchanger can be same fluid. The fluid may undergo external processing, and then flow back through heat exchanger for further processing in the opposite direction. This process is witnessed repetitively or cyclically in the Regenerator Market.
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Regenerative heating is as old as the industrial revolution. Back then, it was used in hot blast process furnaces. It was later used in making glass and steel, to increase the efficiency of open hearth furnaces and in chemicals and high pressure boilers. Industry Regenerator Market is segmented, by Types of Regenerators into Rotary Regenerators, Fixed matrix regenerator, Microscale regenerative heat exchanger, Rothemuhle regenerator in the Regenerator Market. In rotary regenerators, the matrix rotates continuously through two counter-flowing strams of fluid. In this way two streams are mostly separated but the seals are generally not prefect. Single stream flows through each section of matrix at a time. However, over the course of a rotation, both the streams eventually flow through every section of the matrix in successions. Every portion of the matrix would be almost isothermal.
In fixed matrix regenerators, a single fluid stream has cyclical reversible flow. Another kind of regenerator is termed as a micro scale regenerative heat exchanger. It comes across as a multilayer grating structure wherein each layer is offset from the adjacent layer by half a cell that has an opening along both the axes perpendicular to flow axis. Each layer is a composite structure of two sublayers, one of a low thermal conductivity material and another of a high thermal conductivity material. When a hot fluid flows through the cell, heat from the fluid gets transferred to the cell wells, and stored there. When the fluid flow reverses direction, heat gets transferred from the cell walls back to the fluid.
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