FABRICATION AND PERFORMANCE STUDY OF THE RADIATIVE CATALYTIC PAD FOR FLAMELESS COMBUSTION OF NATURAL GAS IN DIFFERENT CLIMATE CONDITIONS

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HOSSEINALIPOUR SAYED MOSTAFA; NAMAZI MOHAMMAD MEHDI; BEHRAVAN ARVIN; MADADELAHI MASOUD

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Journal: Modares Mechanical Engineering Year:2014 | Volume:14 | Issue:9 Page(s): 57-64

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Title

FABRICATION AND PERFORMANCE STUDY OF THE RADIATIVE CATALYTIC PAD FOR FLAMELESS COMBUSTION OF NATURAL GAS IN DIFFERENT CLIMATE CONDITIONS

Author(s)

HOSSEINALIPOUR SAYED MOSTAFA | NAMAZI MOHAMMAD MEHDI | BEHRAVAN ARVIN | MADADELAHI MASOUD | Issue Writer Certificate

Keywords

CATALYTIC COMBUSTIONQ2

RADIATIVE CATALYTIC PADQ2

IMPREGNATION OF SUPPORTQ2

PT ON ALUMINA FIBERQ2

ENVIRONMENTAL TESTQ2

Abstract

In the present study, fabrication and performance testing of a flameless catalytic pad has been investigated. The catalyst was prepared with 1g of H2PtCl6.6H2O solved in 0.5 liter solvent contains 50% water and 50% ethanol and sprayed on the alumina - silica fiber mat as the catalyst support. The wet pad was dried and calcined before usage. The performance of the heater was evaluated by design and fabrication of a test stand which was capable of measuring parameters such as temperature at surface and in depth of the catalyst layer, the amount of pollutants such as CO and NOx, flow rate and pressure of the fuel and surface air circulation in front of the pad. In addition, by placing the panel containing the pad in an ENVIRONMENTAL TEST chamber, the effect of different climate conditions in five cities of Iran, i.e., Borojerd, Khalkhal, Lavan, Mahshahr and Puladshahr were investigated. Average surface temperature of the pad was measured about 350°C. No NOx was detected and CO emission of the burner was measured up to 5ppm. In Khalkhal conditions with the lowest temperature and humidity, the highest temperature at surface was recorded and the maximum CO emission in Mahshahr with the highest temperature and humidity was about 3ppm. It was shown that increasing the fuel low rate increases the surface temperature and CO emissions. It was also shown that an increase of environment temperature and humidity increases the surface temperature. Floor region.

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APA: Copy

HOSSEINALIPOUR, SAYED MOSTAFA, NAMAZI, MOHAMMAD MEHDI, BEHRAVAN, ARVIN, & MADADELAHI, MASOUD. (2014). FABRICATION AND PERFORMANCE STUDY OF THE RADIATIVE CATALYTIC PAD FOR FLAMELESS COMBUSTION OF NATURAL GAS IN DIFFERENT CLIMATE CONDITIONS. MODARES MECHANICAL ENGINEERING, 14(9), 57-64. SID. https://sid.ir/paper/177796/en

Vancouver: Copy

HOSSEINALIPOUR SAYED MOSTAFA, NAMAZI MOHAMMAD MEHDI, BEHRAVAN ARVIN, MADADELAHI MASOUD. FABRICATION AND PERFORMANCE STUDY OF THE RADIATIVE CATALYTIC PAD FOR FLAMELESS COMBUSTION OF NATURAL GAS IN DIFFERENT CLIMATE CONDITIONS. MODARES MECHANICAL ENGINEERING[Internet]. 2014;14(9):57-64. Available from: https://sid.ir/paper/177796/en

IEEE: Copy

SAYED MOSTAFA HOSSEINALIPOUR, MOHAMMAD MEHDI NAMAZI, ARVIN BEHRAVAN, and MASOUD MADADELAHI, “FABRICATION AND PERFORMANCE STUDY OF THE RADIATIVE CATALYTIC PAD FOR FLAMELESS COMBUSTION OF NATURAL GAS IN DIFFERENT CLIMATE CONDITIONS,” MODARES MECHANICAL ENGINEERING, vol. 14, no. 9, pp. 57–64, 2014, [Online]. Available: https://sid.ir/paper/177796/en

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