黃立維

黃立維,教授博士,1986年7月畢業於浙江大學熱物理低溫工程專業,1991年1月獲得浙江大學電廠熱能動力工程專業碩士學位,1997年4月獲得浙江大學化學工程專業(環境化工方向)博士學位。

基本介紹

  • 中文名:黃立維
  • 國籍:中國
  • 畢業院校:浙江大學
  • 性別:男
簡介,論文,外文雜誌,中文雜誌,國際會議論文,國內會議論文,發明專利,科研項目,

簡介

1998年10月至2001年3月在日本名古屋大學從事博士後研究工作,後任講師,2001年4月起到浙工大工作,2005年10月至2006年9月名古屋大學訪問教授。主要研究方向為非平衡電漿技術降解氣態污染物,電漿分子重組技術,大氣污染控制技術,城市垃圾資源化利用,能源有效利用,溫室氣體減排技術。在國際上首次提出了非平衡電漿化學反應結合現場氣體吸收的方法,使吸收與非平衡電漿技術協同作用,來引導和促進非平衡等離子化學反應,套用於有害氣體分解和去除,為該技術的工業化套用提供了一條可行的實現途徑。主講碩士研究生《高等環境工程》、《能源和環保技術》,本科生《大氣污染控制工程》等課程,主持和參加了多項國家和省市及橫向科研項目。

論文

外文雜誌

(1) LW Huang, T. Fujita, XM. Zhang, H. Matsuda; Influences of H2 and O2 and In Situ Ca(OH)2 Absorption on Nonthermal Plasma Decomposition of Trichloroethylene in N2, Chem. Eng. J., 2006, 124(1-4)81-87(SCI, EI收錄)
(2) LW Huang, H. Matsuda; Removal of NO by a Pulsed Corona Reactor Combined with In Situ Absorption,J.AIChE,2004,50(11):2676-2681(SCI, EI收錄)
(3) LW Huang, K.Nakajo, S.Ozawa, and H. Matsuda; Decomposition of Dichloromethane in a Wire-in-Tube Pulsed Corona Reactor, Environ. Sci. Technol., 2001, 35(6): 1276-1281(SCI,EI收錄)
(4) LW Huang, K.Nakajo, T. Hari, S.Ozawa, and H. Matsuda; Decomposition of Carbon Tetrachloride by a Pulsed Corona Reactor Incorporated with In Situ Absorption, Ind. Eng. Chem.Res., 2001, 40(23): 5481-5486(SCI, EI收錄)
(5) LW Huang, T. Hari, K. Nakajyo, S. Ozawa, and H. Matsuda; Reduction of NO by CO in a Pulsed Corona Reactor Incorporated with CuO Catalyst, J. Chem. Eng. Jpn., 2001, 35(6):1012-1016(SCI,EI收錄)
(6) T. Hari, K. Nakajyo, LW Huang, S. Ozawa, and H. Matsuda; Influence of the Coexistence Gas and In-situ Absorbent on the Decomposition of Covalent Chlorides and Fluorides by Non-thermal Plasma, J.Chem.Eng. Jpn., (日文版), 2002, 28(5):522-527 (SCI,EI 收錄)
(7) T. Fujita, T. Hari, Y. Kojima, H. Matsuda, LW Huang; Influence of O2 Concentration on Non-thermal Plasma Decomposition of Halide Gases Containing Cl and F), J. Chem. Eng. Jpn.(日文版), 2005, 31(3): 226-230(SC,EI 收錄)
(8) S.Ozawa, LW Huang, H. Matsuda and M. Hasatani;Dry Gas Cleaning of Coexisting SOx and NOx by Manganese Ore,Energy Convers Manage, 2001,42(10):1987-1995 (SCI, EI收錄)
(9) 平林大介, 黃立維,松田仁樹, 棚橋尚貴;石炭灰に含まれる石灰分の塩化水素反応特性,J. Chem. Eng. Jpn.(日文版), 2001,27(2):208-216(SCI,EI收錄)
(10) S. Ozawa, Y. Morita, LW Huang, H. Matsuda, M. Hasatani; Oxidation of Coal Char/CaS Mixture at High Temperature, Energy Fuels, 2000, 14(1): 138-141(SCI, EI收錄)
(11) T. Fujita, T. Kawano, LW Huang, Y. Kojima, H. Matsuda, K. Ushiroebisu; Influence of H2 on non-thermal plasma decomposition of halides incorporated with in situ alkaline absorption, J. Mater. Cycles Waste Manage, 2007, 9:15-20
(12) S. ozawa, LW Huang, H. matsuda, M. Hasatani; Simultaneous Reduction of SOx and NOx in Manganese Oxides particle Beds, Transaction of materials Research Society of Japan, 1999, 24(3): 391-394
(13) D. Hirabayashi, Y. Saito, LW Huang, H. Matsuda, N. Tanahashi; Regeneration of Coal Ash as a high Capacity Acid Gas Sorbent, Transaction of materials Research Society of Japan, 2000, 25(2): 577-580

中文雜誌

(1) 黃立維,陳金媛,松田仁樹;線-筒式脈衝電暈反應器降解三氯乙烯廢氣研究,高校化學工程學報,2007,21(4):689-694。(ISSN 1003-9015)(EI收錄)
(2) 黃立維,松田仁樹;電暈—吸收法治理NOx廢氣技術研究,化工學報,2004,6):124-128(EI收錄)
(3) 黃立維,林鑫海,顧巧濃,王曉雲,吳丹丹;電暈—吸收法治理甲苯廢氣研究,環境科學學報,2006,26(1):19-23
(4) 黃立維,松田仁樹;非熱電漿結合CuO催化劑或Ca(OH)2吸收劑去除氮氧化物,環境科學, 2006,27(10):21-26(EI收錄)
(5) 黃立維,陳江,岳橋,倪建國,張鈺靚;化工製藥工藝殘渣燃燒過程固氯研究;環境污染與防治,2006,28(12):888-894
(6)王百根,岳橋,陳江,楊金福,黃立維;化工工藝殘渣燃燒及氯化氫排放實驗研究,浙江工業大學學報,2007,35(3):251-254
(7)章旭明,黃立維,潘理紅,岳橋;成核添加劑對低溫相變蓄冷材料過冷度的影響研究,浙江工業大學學報,2007,35(5):501-504
(8)黃立維,沈土華,綠色能源技術在節能減排中的套用,環境污染與防治,2007, 29(增2):50-53
(9) 曹慧雲,黃立維,張曉,徐亞靜,顧巧濃,王百根;電化學反應器去除甲苯廢氣實驗研究,浙江工業大學學報,2008,36(1):27-30
(10) 陳江,馬莉鋒, 黃立維,三維電極床反應器去除甲苯廢氣的研究,輕工機械,2007,25(2):131-133
(11) 陳江,黃立維,顧巧濃;造紙污泥熱解特性及動力學研究,環境科學與技術, 2006,29(1):93-94+126
(12) 顧巧濃,卓明,陳嬌領,黃立維;光催化降解含氯有機廢氣研究,浙江工業大學學報,2004,(5): 95-99
(13) 王曉雲,陳嬌領,張英,季凱,黃立維;脈衝電暈反應器分解含氯有機廢氣實驗研究,浙江工業大學學報,2004,(6): 36-39
(14) 陳江,楊金福,蔡泓林,林超,黃立維; 污泥的熱解特性實驗研究,浙江工業大學學報,2005,(3):80-83
(15) 張雪梅,鐘英傑,黃立維,任建莉,徐璋;超音波緩和赤藻糖醇過冷的實驗研究,浙江工業大學學報, 2005,(3):27-30
(16) 黃立維,譚天恩,施耀;高壓脈衝電暈法治理有機廢氣實驗研究,環境污染與防治,1998,1: 4-7
(17) 黃立維,譚天恩;三種電暈反應器去除有機廢氣比較,電工電能新技術,1998,24(1):62-65
(18) 黃立維,譚天恩;脈衝電暈法治理甲苯廢氣實驗研究,中國環境科學, 1997, 27(5): 66-70

國際會議論文

(1) LW Huang, Manjun Zhan, Xiao Zhang, Lin Gao, Jinyuan Chen,Yongxia Zhang,Yongxia Dang; Experimental Study on the Removal of Styrene in Air Stream by an Electrochemical Reactor, Proceedings of the 12th APCChE Congress, 2008.8, Dalian, China
(2) LW Huang, T. Fujita, ZY Pan, H. Matsuda; Decomposition of trichloroethylene by a wire-in-tube plasma reactor combined with is situ absorption, Proceedings of the 11th APCChE Congress, 2006.8, Kuala Lumpur, Malaysia
(3) LW Huang, T. Fujita, H. Matsuda; Decomposition of trichloroethylene by a non-thermal plasma reactor, Proceedings of 71st SCEJ Annual Meeting, 2006.3,Tokyo, Japan
(4) LW Huang; Decomposition of Volatile Organic Chlorides by a Pulsed Corona Reactor Combined with In Situ Absorption, Proceedings od the International Congress on the Process Industries, 2002.3, Mexico City, Mexico
(5) LW Huang, K. Nakajyo, T. Hari, S. Ozawa and H. Matsuda,Decomposition of Noxious Gases by a Non-thermal Plasma Reactor,Proceedings of International Symposium on Advanced Waste and Emission Management, 2000, pp.23-24, Nagoya, Japan
(6) Manjun Zhan, Liwei Huang, Xi Yang; Determination of Reactive Oxygen Species (ROS) Photochemically-generated in Natural Water, Proceedings of International Symposium on EcoTopia Science, 1254-1257, 2007.11, Nagoya,
(7) A. Yokoi, T. Fujita, D. Kuchar, M. Kubota, LW Huang, H. Matsuda; Influence of Coexisting Gases on Non-thermal Plasma Decomposition of Cl- and F- containing Halide Gases, Proceedings of International Symposium on EcoTopia Science, 981-984, 2007.11, Nagoya, Japan
(8) T. Kawano, T. Fujita, LW Huang, H. Matsuda, Plasma decomposition Wastewater treatment Organic chloride, Proceedings of 38st SCEJ Autumn Meeting, 2006.9, kyosyu, Japan
(9) T. Fujita, Y. Kojima, LW Huang, H. Matsuda, Influence of H2 source on decomposition of halides by nonthermal plasma incorporated with in situ alkaline absorption, Proceedings of the 9th international conference on environmental science and technology, 2005.9, Kos Island, Greece (ISTP收錄)
(10) T. Fujita, S. Agari, D. Kuchar, M. Kubota, M.S. Onyango, H. Matsuda, LW Huang, K. Yagishita; Decomposition Characteristics of Copper and Zinc Cyanide Complexes by Wet Oxidation at Low Temperatures, Proceedings of the 10th international CEST, 2007.9, Kos Island, Greece
(11) S.Ozawa, LW Huang, H. Matsuda; Simultaneous Gas Cleaning of Sox and NOx from Coal Combustion Gas by Means of Manganese Oxides,Proceeding of 10th Intl. Conference on Coal Science,1999.9, Vol II, pp.1313-1316, Taiyuan, China (ISTP收錄)
(12) T. Fukuta, T. Matsubara, S. Agari, H. Matsuda, Y. Kojima, L. Huang, K. Yagishita; Decomposition of Metal Cyanides in Electroplating Wastewater by Wet Oxidation, Proceedings of the 11th APCChE Congress, 2006.8, Kuala Lumpur,Malaysia
(13) ZY Pan, Z. Bao, LW Huang; Depolymerization of bisphenol A-based polycarbonate in supercritical Toluene, Proceedings of the 2th International Symposium on Supercritical fluid, 2003.11, Nagoya, Japan
(14) ZY Pan, Z. Bao, LW Huang; Depolymerization of Plastic in Supercritical Toluene, Proceedings of the 10th APCChE Congress, 2004.10, kyusyu, Japan
(15) T. Fujita, T. Hari, Y. Kojima, H. Matsuda, LW Huang; Influence of O2 Concentration on Non-thermal Plasma Decomposition of Halide Gases Containing Cl and F, Proceedings of the 10th APCChE Congress, 2004.10, kyusyu, Japan
(16) XM Zhang, O. Owin, LW Huang, S. ozawa, H. Matsuda; Visualization experiments on supercooling Relaxation of Erythritol by Ultrasonic Irradiation, Proceedings of 65st SCEJ Annual Meeting, 2000.3,Tokyo, Japan
(17) Y. Saito, H. Awata, S.Ozawa, D. Hirabayashi, LW Huang, H. matsuda, Y. Goto, T. Iwashita, Chemical Improvement of coal Burnt Ash and Slag for recycling as Acid Gas absorbent, Proceedings of the 2nd Jointly Sponsered Conference between TMS(the Materials, Metals & Materials society) and the mining & materials Processing Institute of Japan, 2000, pp705-710, Yokohama, Japan
(18) 張崇昭,中條克彥,黃立維,小澤祥二,松田仁樹;コロナ放電によるの還元分解,Proceedings of 33rd SCEJ Autumn Meeting, 2000.9, p.832, 東京,日本
(19) 中條克彥,黃立維,小澤祥二,松田仁樹;コロナ放電を組み込んだガス流通式反応器による揮発性有機塩素化合物の除去,Proceedings of 65st SCEJ Annual Meeting, 2000.3, P.281, 金澤,日本
(20) LW Huang, S. Ozawa, H. Matsuda; Low concentration Volatile organic Compounds Treatment by a Pulsed Corona reactor, Proceedings of 64st SCEJ Annual Meeting, 1999.3,p.607, 名古屋, 日本
(21) 中條克彥,黃立維,小澤祥二,松田仁樹;非平衡プラズマとin-situ固體吸収剤を組み合わせた揮発性有機塩素化合物の除去,Proceedings of 66st SCEJ Annual Meeting, 2001.3, P.559, 廣島, 日本
(22) 張崇昭,中條克彥,黃立維,小澤祥二,松田仁樹;フッ素溫暖化ガスの非平衡プラズマ処理における分解促進,Proceedings of 34st SCEJ Autumn Meeting, 2001.9, p.730, 北海道, 日本
(23) 張崇昭,中條克彥,黃立維,小澤祥二,小島義弘,松田仁樹;非平衡プラズマによるハロゲン系化合物分解に及ぼす共存ガスの影響,Proceedings of 67st SCEJ Annual Meeting, 2002.3, P.337, 東京, 日本

國內會議論文

(1)黃立維,王曉雲,顧巧濃;脈衝電暈-吸收法治理甲苯廢氣實驗研究,第一屆全國生物-化工年會論文集2004.11,南京
(2)黃立維,陳江,王百根;三維電極法去除甲苯實驗研究, 第一屆全國生物-化工年會論文集2004.11,南京
(3)黃立維;綠色能源—生態建設重要一環,第一屆浙江生態保護研討會論文集2003.9,杭州
(4)黃立維,譚天恩,施耀,脈衝電暈法降解甲苯研究,第二屆海峽兩岸環保研討會,1997,4,北京

發明專利

(1)一種從氣流中去除含氟、氯、硫或氮的有害氣體的方法,發明專利號ZL 0011630
(2)一種從氣流中去除NOx的方法,發明專利號ZL01121509.9
(3)一種從氣流中去除氣態有害物的方法,發明專利號ZL2004 10084443.X
(4) 一種有害廢氣的淨化方法及其專用裝置,發明專利公開號CN1907541
(5)垃圾燃料合成和焚燒發電一體化工藝及設備,發明專利公開號CN1912354A
(6)一種含有硫或/和氯化工殘渣固形燃料及其製備,發明專利申請號2007 10068027.4
(7)焚燒爐高溫煙氣熱能回收方法及裝置,發明專利申請號2007 10069220.X
(8)一種從氣流中去除有害氣體的方法,發明專利申請號2006 10051679.2
(9)一種從氣流中去除氮氧化物的方法及其專用裝置,發明專利申請號2006 10049725.5
(10)一種提高二氧化硫去除率的方法, 發明專利申請號2007 10071207.8
(11)一種從廢水中去除揮發性有害物的方法及裝置,發明專利申請號2008 10059563.2

科研項目

(1)浙江省科技廳重點項目,城市生活垃圾衍生燃料製造系統及燃燒特性研究開發(計畫編號:2007C13085),項目經費630萬元,2008.1-2009.12。
(2)杭州市科技局項目,電暈電漿淨化氮氧化物廢氣裝置開發(計畫編號:20070733B28),項目經費30萬元,2007.6-2009.6。
(3)浙江省科技廳一般項目,化工工藝廢棄物衍生燃料(RDF)技術開發(計畫編號:2004C33066),項目經費35萬元,2004.1-2006.12,已完成驗收。
(4)教育部留學歸國基金,電暈法電漿淨化廢氣技術研究,項目經費3萬元,2002.1-2003.12,已完成。
(5)浙江省人事廳留學歸國基金,脈衝電暈法淨化氮氧化物技術研究,項目經費0.8萬元,2002.1-2003.12。已完成。

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