1
Nakatsuji Tadao, Shimizu Hiromitsu, Yasukawa Ritsu, Suganuma Fujio, Kitazume Akihiro, Tsuchida Hiroshi, Ito Takehiko, Hamada Hideaki, Miyamoto Katsumi, Kawatsuki Masaaki, Kintaichi Yoshiaki Nat Chemica, Sasaki Motoi, Tabata Mitsunori: Catalyst for catalytic reduction of nitrogen oxide.. Sakai Chemical Industry Co, Agency Ind Science Techn, Petroleum Energy Center Found, Cosmo Oil, March 17, 1993: EP0532024-A1 (25 worldwide citation)

A catalyst for catalytic reduction of nitrogen oxide using a hydrocarbon and/or an oxygen-containing organic compound as a reducing agent, which comprises a perovskite type compound oxide represented by formula (I), (IV), or (V): AxB1-xCO3 (I> wherein A represents at least one element selected from ...


2
Kintaichi Yoshiaki, Hamada Hideaki, Ito Takehiko, Sasaki Moti, Suganuma Fujio, Tabata Mitsunori, Kitazume Akihiro, Usui Kazushi, Nakatsuji Tadao, Shimizu Hiromitsu: Process for removing nitrogen oxides from exhaust gases.. Agency Ind Science Techn, Petroleum Energy Center Found, Cosmo Oil, Sakai Chemical Industry Co, July 15, 1992: EP0494388-A1 (21 worldwide citation)

A process for removing nitrogen oxides from an exhaust gas by bringing the exhaust gas containing nitrogen oxides into contact with at least one catalyst selected from a polyvalent metal phosphate, a polyvalent metal sulfate or an aluminate of a transition metal of the 4th period of the Periodic Tab ...


3
Kintaichi Yoshiaki, Hamada Hideaki, Ito Takehiko, Sasaki Motoi, Tabata Mitsunori, Usui Kazushi: Process for removing nitrogen oxides from exhaust gases.. Agency Ind Science Techn, Cosmo Sogo Kenkyusho, December 4, 1991: EP0459396-A1 (16 worldwide citation)

A process for removing nitrogen oxides from exhaust gases is disclosed, which involves bringing an exhaust gas containing nitrogen oxides into contact with at least one catalyst from proton-type zeolites, zeolites of an alkali metal exchanged form and acidic metal oxides, in an oxidizing atmosphere ...


4
Tabata Mitsunori, Kawatsuki Masaaki, Miyamoto Katsumi, Tsuchida Hiroshi, Yoshinari Tomohiro, Usui Kazushi, Suganuma Fujio, Nakatsuji Tadao C O Sakai Chem, Shimizu Hiromitsu C O Sakai Ch, Yasukawa Ritsu C O Sakai Chemi, Hamada Hideaki C O National In, Ito Takehiko C O National Inst, Kintaichi Yoshiaki C O Nationa, Sasaki Motoi C O National Inst: Removal of nitrogen oxide from exhaust gas.. Agency Ind Science Techn, Petroleum Energy Center Found, Cosmo Oil, Sakai Chemical Industry Co, July 6, 1994: EP0604987-A1 (5 worldwide citation)

A process for removing nitrogen oxide from exhaust is disclosed, comprising contacting exhaust containing nitrogen oxide with an alumina catalyst which contains not more than 0.5% by weight of an alkali metal and/or an alkaline earth metal and has a total pore volume of from 0.48 to 1.2 cm.g with 0. ...


5
Hamada Hideaki, Yoshida Teruhisa, Yamashita Tomikazu, Kozuka Takeshi: Method and apparatus for treating sewage and sludge. Hitachi Kiden Kogyo, Shin Meiwa, August 21, 2001: JP2001-225091 (2 worldwide citation)

PROBLEM TO BE SOLVED: To provide a method and apparatus for treating sewage and sludge capable of markedly enhancing the treatment capacity of excess sludge in a biological treatment tank.SOLUTION: In the method for treating sewage and sludge constituted so that wastewater is biologically treated in ...


6
Kurata Yohei, Hamada Hideaki, Hanaoka Takamasa: Method of synthesizing zeolite and new organic template compound and its manufacturing method. Showa Denko, National Institute Of Advanced Industrial &Amp Technology, May 14, 2002: JP2002-137918 (2 worldwide citation)

PROBLEM TO BE SOLVED: To provide a method of synthesizing a zeolite especially SSZ-35, and a new organic template compound and its manufacturing method.SOLUTION: Zeolite SSZ-35 is manufactured by the hydrothermal synthesis of a dry gel method. New compound cis, cis, cis-N-metyl-hexahydrojurolysinium ...


7
HAMADA Hideaki, NISHIKAWA Yukio, KURUMAYA Kazunori, OKUTANI Oose: 電池ブロックおよびその製造方法, BLOC DE CELLULES ET SON PROCÉDÉ DE FABRICATION, CELL BLOCK AND METHOD FOR MANUFACTURING SAME. PANASONIC CORPORATION, HAMADA Hideaki, NISHIKAWA Yukio, KURUMAYA Kazunori, OKUTANI Oose, WASHIDA Kimihito, December 6, 2012: WO/2012/164828 (2 worldwide citation)

The present invention provides a cell block (100) including: a metal case including a plurality of pipe-shaped members; and a plurality of single cells (40) housed in each of the pipe-shaped members (30), wherein each of the pipe-shaped members (30) is joined at joining surfaces, and the pipe-shaped ...


8
Hamada Hideaki: Method for controlling operation of aerating stirrer. Hitachi Kiden Kogyo, January 6, 2005: JP2005-000715 (2 worldwide citation)

PROBLEM TO BE SOLVED: To provide a method for controlling the operation of an aerating stirrer capable of automatically and highly completely removing nitrogen particularly in foul water by always keeping favorable aerobic and anaerobic states even when the influent foul water changes in its quality ...


9
Hamada Hideaki: Method and apparatus for phosphorus removal. Hitachi Kiden Kogyo, June 20, 2000: JP2000-167590 (1 worldwide citation)

PROBLEM TO BE SOLVED: To efficiently remove phosphorus in sewage, in an equipment for treating sewage such as industrial waste water or the like, by bringing sewage into contact with bacteria belonging to the genus Actinomyces in the process of the front stage of a disinfecting process to remove pho ...


10
Nakayama Yoshio, Yoshida Teruhisa, Hamada Hideaki: Method for producing ethanol from sewage sludge. Hitachi Kiden Kogyo, October 14, 2004: JP2004-283127 (1 worldwide citation)

PROBLEM TO BE SOLVED: To provide a method for producing ethanol from sewage sludge capable of efficiently producing ethanol by using fibers abundantly existing in the sewage sludge of a primary settling tank.SOLUTION: Ethanol is produced from sewage sludge by selectively separating fibers from the p ...