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Journal of the Japan Institute of Energy Vol. 81 (2002), No. 3

ISIJ International
belloff
ONLINE ISSN: 1882-6121
PRINT ISSN: 0916-8753
Publisher: The Japan Institute of Energy

Backnumber

  1. Vol. 103 (2024)

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Journal of the Japan Institute of Energy Vol. 81 (2002), No. 3

Changes in the Energy Problem and the Required New Framework for the Solution

Kenji KURATA, Keiji KANDA

pp. 190-197

DOI:

10.3775/jie.81.190

Abstract

Until recently, the energy problem in Japan had been the problem of how enough energy could be supplied to various sectors in society under Japan's conditions of only a few energy resources existing within its territory. However, recently new environmental and social conditions are arising. These new conditions strongly affect not only concrete measures for resolving the energy problem but also the characteristics of the energy problem itself. Nowadays, it seems to be impossible to resolve the energy problem without taking these conditions into consideration. For this reason, a new framework, which enables various social values to be reflected in concrete measures, is urgently needed to resolve the energy problem.

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Changes in the Energy Problem and the Required New Framework for the Solution

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Analysis on a Fuel Spray Mixture Suffered by Partial Oxidation through a Catalytic Honeycomb

Toshio MOGI, Masataka ARAI

pp. 198-205

DOI:

10.3775/jie.81.198

Abstract

A fuel spray mixture suffered by partial oxidation through a catalytic honeycomb was studied experimentally. The palladium catalyst supported on the cordierite honeycomb monolith was used. Kerosene vapor was introduced into the ca talytic honeycomb. The parabolic shape blue flame that was supported on the catalytic honeycomb was formed even if the equivalence ratio of the mixture was less than stoi-chiometry. To clarify a reaction process in an combustible gas between the honeycomb and the blue flame, CO, HC (C1-C7) and NO were analyzed. When blue flame appeared, CO and HC concentration were increased between the honeycomb and flame. Further, high molecular species (C8-C15) in the combustible gas were trapped by the water-cooled condenser system and they were analyzed by the gas chromatograph and mass spectroscopy. Spontaneous emission spectra from the blue flame were measured. Strong spectral peaks of OH, CH and H2O radicals were observed in it. To compare with the spectra, spontaneous emission spectra from the pre-vaporized flame of kerosene mixture were measured.

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Analysis on a Fuel Spray Mixture Suffered by Partial Oxidation through a Catalytic Honeycomb

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A Model of SO2 Removal by Single Limestone Particle under Pressurized Fluidized Bed Combustion Conditions with Solid Attrition

Tadaaki SHIMIZU, Mirko PEGLOW, Kazuaki YAMAGIWA, Masato TANAKA

pp. 206-215

DOI:

10.3775/jie.81.206

Abstract

A mathematical model of SO2 capture by single limestone particle under pressurized fluidized bed combustion conditions was proposed. In the present model, particle attrition was taken into consideration. Effect attrition mode, i.e. continuous attrition or intermittent attrition, on overall reaction rate, overall reaction order with respect to SO2 concentration, and maximum utilization of solid were evaluated. Attrition mode had a great influence on sulfur capture behavior even if the average attrition rate was the same. Attrition mode was found to be very important to make a model of SO2 capture in pressurized fluidized bed

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A Model of SO2 Removal by Single Limestone Particle under Pressurized Fluidized Bed Combustion Conditions with Solid Attrition

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