ASPECTS REGARDING THE CONCEPTION, DESIGN AND CONSTRUCTION OF RECUPERATIVE BURNERS

Dumitru Deonise, A. Ioana, L. Paunescu, M. Pollifroni, Florin-Stefan Petcu, Ionela Luminita Canuta
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Abstract

This article presents the main aspects of the conception, design and construction of self-designed recuperative burners. The starting point of the article is the operating principle of this specific type of combustion plant. This operating principle is based on the preheating of the combustor (combustion air) by taking over an important part of the enthalpy of its own combustion gases. Based on this principle, the recuperative burner of our own design has an energy efficiency that consists in reducing the specific consumption of fuel (natural gas) by about 25-35%. Also, the use of this specific type of combustion plant provides other functional advantages such as: a higher temperature in the hearth (due to a complete combustion), reduction of technological cycle times for the realization of various processes. The article also presents some functional parameters of a type-dimensional range of recuperative burners of our own design.
关于回热燃烧器的概念、设计和构造的几个方面
本文介绍了自行设计的回热式燃烧器的构思、设计和施工的主要方面。本文的出发点是这种特定类型的燃烧装置的工作原理。这种工作原理是通过接管燃烧器(燃烧空气)自身燃烧气体的重要焓来预热燃烧器(燃烧空气)。基于这一原则,我们自己设计的回收燃烧器具有能源效率,包括减少燃料(天然气)的特定消耗约25-35%。此外,使用这种特定类型的燃烧装置还提供了其他功能优势,例如:炉膛温度更高(由于完全燃烧),减少了实现各种工艺的技术周期时间。本文还介绍了自行设计的一种类型尺寸范围内的回热式燃烧器的一些功能参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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