DEVELOPMENT OF A HIGH-PERFORMANCE, NATURAL GAS-FIRED, RADIANT U-TUBE SYSTEM

机译：高性能，天然气辐射的U型管系统的开发

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The Gas Technology Institute (GTI) has conceptualized, designed, fabricated, and extensively laboratory-evaluated a Forced Internal Recirculation (FIR) Burner for use with composite radiant U-tubes manufactured by Schunk-Inex. The combination of both technologies results in a high-performance, efficient, and low-emissions combustion system for the heat-treating industry. This paper discusses the findings associated with test-firing the GTI 75-kW FIR Burner with the Schunk-Inex Si-SiC U-tube, which resulted in a temperature uniformity across the working surface of the radiant tube of less than ±25 K. In additional, NOx emissions, at a furnace temperature of 1280 K and combustion air preheat of 725 K, were found to be < 70 vppm with negligible CO content in the flue gases.

机译：气体技术研究所（GTI）已对用于Schunk-Inex制造的复合辐射U型管的强制内部再循环（FIR）燃烧器进行了概念，设计，制造和广泛的实验室评估。两种技术的结合为热处理行业提供了一种高性能，高效且低排放的燃烧系统。本文讨论了用Schunk-Inex Si-SiC U型管对GTI 75 kW FIR燃烧器进行试燃的发现，该结果导致辐射管工作表面的温度均匀性低于±25K。此外，发现在1280 K的炉温和725 K的燃烧空气预热下，NOx排放<70 vppm，烟道气中的CO含量可忽略不计。

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来源
《2001 International gas research conference》|2001年|p.1-6|共6页
会议地点 Amsterdam(NL);Amsterdam(NL)
作者
Y. Chudnovsky; H. Kurek; S. Sikirica; A.E. Yerynov; O. M. Semernin; G. Vradis; H. Mak; C. Youssef;
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作者单位

Gas Technology Institute, USA;

rnGas Technology Institute, USA;

rnGas Technology Institute, USA;

rnGas Institute of the National Academy of Sciences, Ukraine;

rnGas Institute of the National Academy of Sciences, Ukraine;

rnNew York State Energy Research and Development Authority, USA;

rnSouthern California Gas Co., USA;

rnSouthern California Gas Co., USA;

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原文格式 PDF
正文语种 eng
中图分类石油产品;
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DEVELOPMENT OF A HIGH-PERFORMANCE, NATURAL GAS-FIRED, RADIANT U-TUBE SYSTEM

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