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DEVELOPMENT OF A MICROSYSTEM TO OPTIMISE COMBUSTION AND REDUCE POLLUTANTS IN THE EXHAUST FLUE OF DOMESTIC BOILERS

机译：优化家用锅炉排烟中燃烧和减少污染物的微系统开发

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An integrated multifunctional system for the gas combustion control in domestic boilers is presented. This microsystem combines an integrated air flow sensor with a gas multisensor performed on micromachined silicon membranes and structures, which support four different sensing layers needed for the measurement of the oxygen, carbon monoxide and nitrogen oxide in the flue duct. Determination of oxygen content together with the residual carbon monoxide is used for the improvement of the combustion efficiency, pollution production and safety conditions whereas nitrogen oxide measurement is taken only as a warning signal. Control loop is verified by means of the air flow values, which corroborate the right air injection in the combustion chamber. Evaluation data of the sensor performances, gas and air flow, working conditions, packaging and location of the microsystem inside boiler will be presented and discussed.

机译：提出了一种用于家用锅炉燃气燃烧控制的集成多功能系统。该微系统将集成的空气流量传感器与在微机械加工的硅膜和结构上执行的气体多传感器结合在一起，支持在烟道中测量氧气，一氧化碳和氮氧化物所需的四个不同的传感层。测定氧气含量以及残留的一氧化碳可用于改善燃烧效率，污染产生和安全条件，而氮氧化物的测量仅作为警告信号。通过空气流量值来验证控制回路，该值可以确定燃烧室中是否正确注入了空气。将介绍和讨论传感器性能，气体和空气流量，工作条件，锅炉内部微系统的包装和位置的评估数据。

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来源
《2001 International gas research conference》|2001年|p.1-15|共15页
会议地点 Amsterdam(NL);Amsterdam(NL)
作者
R. Jane; J. Cerda; J. Puigcorbe; A. Vila; J.R. Morante; N. Sabate; I. Gratia; C. Cane;
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作者单位

Gas Natural SDG, Spain;

rnPhysics Faculty, University of Barcelona, Spain;

rnPhysics Faculty, University of Barcelona, Spain;

rnPhysics Faculty, University of Barcelona, Spain;

rnPhysics Faculty, University of Barcelona, Spain;

rnCentre Nacional de Microelectronica, Spain;

rnCentre Nacional de Microelectronica, Spain;

rnCentre Nacional de Microelectronica, Spain;

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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 MICROSYSTEM TO OPTIMISE COMBUSTION AND REDUCE POLLUTANTS IN THE EXHAUST FLUE OF DOMESTIC BOILERS

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