研究者詳細 - 成瀬　一郎

論文 - 成瀬　一郎

分割表示 526 件中 301 - 320 件目／全件表示 >>

Effects of coal types on ash fragmentation and coalescence behaviors in pulverized coal combustion

Yoshiie Ryo, Tsuzuki Takuro, Ueki Yasuaki, Nunome Yoko, Naruse Ichiro, Sato Naoki, Ito Takamasa, Matsuzawa Yoshiaki, Suda Toshiyuki

PROCEEDINGS OF THE COMBUSTION INSTITUTE 34 巻 ( 2 ) 頁： 2895 - 2902 2013年

Effects of coal types on ash fragmentation and coalescence behaviors in pulverized coal combustion 査読有り

Ryo YOSHIIE, Takuro TSUZUKI, Yasuaki UEKI, Yoko NUNOME, Ichiro NARUSE, Naoki SATO, Takamasa ITO, Yoshiaki MATSUZAWA, Toshiyuki SUDA

Proceedings of the Combustion Institute 34 巻 ( 2 ) 頁： 2895-2902 2013年

Control of ash deposition on the surface of heat transfer tube

Naruse I.

2013 International Symposium on Micro-NanoMechatronics and Human Science, MHS 2013 2013年

Control of Ash Deposition on the Surface of Heat Transfer Tube

Naruse Ichiro, Nunome Yoko, Ueki Yasuaki, Azuma Yuichi, Iwai Takanori, Yoshiie Ryo, Naganuma Hiroshi

2013 INTERNATIONAL SYMPOSIUM ON MICRO-NANOMECHATRONICS AND HUMAN SCIENCE (MHS) 2013年

No.26 微粉炭燃焼ボイラにおける混炭時の灰付着特性の解明

東祐一, 布目陽子, 植木保昭, 義家亮, 成瀬一郎, 成川公史, 稲垣浩伸

石炭科学会議発表論文集 50 巻 ( 0 ) 頁： 52 - 53 2013年

掲載種別：研究論文（学術雑誌）出版者・発行元：一般社団法人日本エネルギー学会

In pulverized coal combustion boiler, ash deposits such as slagging and fouling prevent heat transfer. On the other hand, a reserve of high lank coal is limited. So co-combustion of low lank coal, that is inexpensive, and high lank coal has been carried out in pulverized coal combustion boiler. Generally, low lank coal includes ash of low melting point. However, in this situation, ash deposition behavior has not been clarified. The purpose of this work is elucidation of ash deposition behavior during co-combustion in pulverized coal combustion boiler. Ash deposits were collected on a heat transfer tube with an ash deposit experiment at some blend condition. Ash particles near the adhesion interface were analyzed about element distribution by a Scanning Electron Microscope and an Energy Dispersive X-ray (SEM/EDX). And ash particles are also analyzed about composition and particle size distribution by a Computer Control Scanning Electron Microscope (CCSEM). We calculated the molten fraction of each mix condition ash by chemical equilibrium theory, using FactSage Ver.6.3.1 software.

DOI： 10.20550/jiesekitanronbun.50.0_52

No.28 流動層を用いた石炭のOxy-fuel燃焼特性の解明

杉浦幸樹, 布目陽子, 植木保昭, 義家亮, 成瀬一郎

石炭科学会議発表論文集 50 巻 ( 0 ) 頁： 56 - 57 2013年

掲載種別：研究論文（学術雑誌）出版者・発行元：一般社団法人日本エネルギー学会

Recently, oxy-fuel coal combustion has drawn attention as useful technique to achieve carbon dioxide capture and storage (CCS). This is the technique that enriches CO_2 in exhaust gas by the flue gas recirculation with additional pure O_2 to combustion atmosphere, which makes easy to capture CO_2. 0n the other hand, bubbling fluidized bed coal combustion has advantages of direct sulfur capturing in furnace by adding desulfurizing agents to bed material and decreasing of thermal NO_x as a result of low combustion temperature. However, oxy-fuel combustion behavior of coal in a bubbling fluidized bed is still unclear. In this study, we conducted the coal burning experiment under CO_2/O_2 using bubbling fluidized bed and compared oxy-fuel combustion behavior with air combustion behavior of coal. In addition, three coal samples having different nitrogen contents were tested to estimate the effect of raw coal properties on oxy-fuel combustion behaviors.

DOI： 10.20550/jiesekitanronbun.50.0_56

No.27 模擬石炭を用いた燃焼過程灰粒子の生成凝集挙動の解明

西村仁志, 布目陽子, 植木保昭, 義家亮, 成瀬一郎

石炭科学会議発表論文集 50 巻 ( 0 ) 頁： 54 - 55 2013年

掲載種別：研究論文（学術雑誌）出版者・発行元：一般社団法人日本エネルギー学会

In general, the use of coal having different physical properties from those of design coal in a pulverized coal combustion plant causes ash deposit troubles, such as fouling and slagging. However, from the viewpoint of utilization of low rank coals, flexibilities for various coal types as fuel are going to be required in pulverized coal fired boilers before long. Then, it is important to preliminarily predict mineral particle behaviors in coal combustion process. In this study, their behaviors are studied by use of artificial coal samples which contains included minerals and excluded minerals. Coal samples are burned in a drop tube furnace to sample particles in different conversion ratio and residence time. Then included and excluded minerals are analyzed and classified in particles by CCSEM

DOI： 10.20550/jiesekitanronbun.50.0_54

Reaction behavior during heating biomass materials and iron oxide composites 査読有り

Y.Ueki, R.yoshiie, I.Naruse, K.-i.Ohno, T.Maeda, K.Nishioka, M.Shimizu

FUEL 104 巻頁： 58-61 2013年

Reduction mechanisms of ash deposition in coal and/or biomass combustion boilers 査読有り

Hiroshi Naganuma, Nobuya Ikeda, Tadashi Ito, Mikio Matsuura, Yoko Nunome, Yasuaki Ueki, Ryo Yoshiie, Ichiro Naruse

Fuel 106 巻頁： 303-309 2013年

Reduction mechanisms of ash deposition in coal and/or biomass combustion boilers 査読有り

Hiroshi Naganuma, Nobuya Ikeda, Tadashi Ito, Mikio Matsuura, Yoko Nunome, Yasuaki Ueki, Ryo Yoshiie, Ichiro Naruse

Fuel 106 巻頁： 303–309 2013年

石炭燃焼排ガス中ガス状ホウ素の測定法開発

野田直希, 伊藤茂男, 植木保昭, 義家亮, 成瀬一郎

化学工学論文集 = Kagaku kogaku ronbunshu 38 巻 ( 3 ) 頁： 183 - 188 2012年7月

掲載種別：研究論文（学術雑誌）出版者・発行元：公益社団法人化学工学会

ホウ素化合物は一般的に揮発性が高いので，石炭燃焼排ガス中では，その一部がガス相へ移行する．しかし，ガス相への移行割合は炭種に依存し，その挙動は複雑である．よって，石炭燃焼場におけるホウ素の挙動を正確に解明するためには，ガス状ホウ素を高精度に測定する必要があり，本報では，石炭燃焼場を対象としたガス状ホウ素の測定法を開発した．実験は，ガス状ホウ素発生装置を試作し，模擬石炭燃焼排ガスや実際の石炭燃焼排ガスを用いて，吸収液の選定，配管材料などのサンプリング条件の最適化，ならびに確立した測定法の精度確認を行った．主な結果として，ガス状ホウ素の測定に最適な吸収液は硝酸酸性の過酸化水素水であり，また，ステンレス製のプローブやアルミナバインダを含むシリカ製フィルタ紙はガス状ホウ素を吸着するため，サンプリング流路や吸収液用のインピンジャーの最適な材質は石英ガラスあるいは四ふっ化エチレン樹脂であることならびにサンプリング流路は130℃以上に保温することにより高精度な測定が可能であることなどを明らかにした．

DOI： 10.1252/kakoronbunshu.38.183

Scopus

石炭燃焼排ガス中ガス状ホウ素の測定法開発査読有り

野田直希，伊藤茂男，植木保昭，義家亮，成瀬一郎

化学工学論文集 38 巻 ( 3 ) 頁： 183-188 2012年

膜分離を伴う溶媒抽出による廃潤滑油の再生処理査読有り

義家亮，植木保昭，三輪高裕，成瀬一郎

日本機械学会論文集B編 78 巻 ( 789 ) 頁： 1048-1052 2012年

Effects of coal types on ash fragmentation and coalescence behaviors in pulverized coal combustion 査読有り

Ryo Yoshiie, Takuro Tsuzuki, Yasuaki Ueki, Yoko Nunome, Ichiro Naruse, Naoki Sato, Takamasa Ito, Yoshiaki Matsuzawa, Toshiyuki Suda

Proceedings of Combustion Institute 34 巻頁： 2895-2902 2012年

Volatilization characteristics of boron compounds during coal combustion 査読有り

Naoki Noda, Shigeo Ito, Yoko Nunome, Yasuaki Ueki, Ryo Yoshiie, Ichiro Naruse

Proceedings of Combustion Institute 34 巻頁： 2831-2838 2012年

Conversion synergies during steam co-gasification of lingno-cellulosic simulated biomass with coal 査読有り

Kihedu J.H, Yoshiie R, Nunome Y, Ueki Y, Naruse I

Jornal of Sustainable Bioenergy Systems 2 巻 ( 4 ) 頁： 97-103 2012年

203 廃棄物系炭化物による元素水銀蒸気の吸着特性(安定化・無害化,循環型廃棄物処理技術)

植木保昭, 澤浩明, 義家亮, 成瀬一郎

環境工学総合シンポジウム講演論文集 2012 巻 ( 0 ) 頁： 131 - 132 2012年

掲載種別：研究論文（学術雑誌）出版者・発行元：一般社団法人日本機械学会

Coal and solid fuels derived from industrial wastes sometimes contain a small amount of mercury compounds. In conmbustion processes, gaseous elemental mercury passes through the stack and releases into the atmosphere. Mercury emissions in the combustion processes have been focused as one of upcoming air pollutants. In this work, it is the purpose to use wastes (sewage sludge, woody biomass and municipal waste) as an adsorbent of elemental mercury. We conducted mercury adsorption experiment used carbonized sewage sludge, carbonized biomass and carbonized municipal waste as adsorbents. As a result, the mercury adsorption ratio of carbonized municipal waste was the largest.

DOI： 10.1299/jsmeenv.2012.22.131

403 微粉炭燃焼過程における灰粒子挙動の炭種依存性(OS6-1 燃焼現象の解明と高度利用技術1,OS6 燃焼現象の解明と高度利用技術)

義家亮, 都築拓朗, 植木保昭, 成瀬一郎, 佐藤直樹, 松澤克明, 伊藤隆政, 須田俊之

東海支部総会講演会講演論文集 2012 巻 ( 0 ) 頁： _403 - 1_-_403-2_ 2012年

Conversion synergies during steam co-gasification of lingno-cellulosic simulated biomass with coal 査読有り

Kihedu J.H, Yoshiie R, Nunome Y, Ueki Y, Naruse I

Jornal of Sustainable Bioenergy Systems 2 巻 ( 4 ) 頁： 97-103 2012年

Effects of coal types on ash fragmentation and coalescence behaviors in pulverized coal combustion 査読有り

Ryo Yoshiie, Takuro Tsuzuki, Yasuaki Ueki, Yoko Nunome, Ichiro Naruse, Naoki Sato, Takamasa Ito, Yoshiaki Matsuzawa, Toshiyuki Suda

Proceedings of Combustion Institute 34 巻頁： 2895-2902 2012年

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