Abstract

Many industrial technology equipment produces residual (waste) heat. This heat in the form of combustion allows the use of enthalpy drop for heat recovery and can be used to power other devices, which may partially or completely replace the fuel or energy. Significant limiting factor in the construction of systems for heat recovery, however, dust flue contained in flue gas, which adhere to the heat transfer surface area, and when the impossibility of cleaning them often lead to malfunctioning of these devices. This article offers the possibility to use this energy through regenerative devices.

Highlights

  • In industrial technologies are often the massive flows of low and medium waste heat potential

  • Many industrial technology equipment produces residual heat. This heat in the form of combustion allows the use of enthalpy drop for heat recovery and can be used to power other devices, which may partially or completely replace the fuel or energy

  • Significant limiting factor in the construction of systems for heat recovery, dust flue contained in flue gas, which adhere to the heat transfer surface area, and when the impossibility of cleaning them often lead to malfunctioning of these devices

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Summary

Introduction

In industrial technologies are often the massive flows of low and medium waste heat potential This source of heat is advantageous in the utilization of appropriate equipment back to use as a secondary energy resources in the best technologies that produce it. Secondary energy sources generally arise as a result of fuel and energy consumption in technological processes, which do not, because their parameters are unsuitable for the original technology This may be a source of energy for other devices, which can completely or partially replace fuel or energy. Parameterization is based on structural features and its full associativity It was created with a number of drawings of drawings about 540 pieces, which serves to complete the entire device manufacturability. The following chapters will be given the great breadth of the problem only briefly described the various structural elements

Melting aggregate
Heat exchange equipment combustion products - air
Heat exchange equipment combustion products - water
Numerical simulation of the segment of fields pipe
Conclusion
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