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Greenhouse Gas Control Technologies - 6th International Conference#R##N#Proceedings of the 6th International Conference on Greenhouse Gas Control Technologies 1 – 4 October 2002, Kyoto, Japan | 2003

Recent Developments on Flue Gas CO2 Recovery Technology

Tomio Mimura; Takashi Nojo; Masaki Iijima; Takashi Yoshiyama; Hiroshi Tanaka

Publisher Summary The Kansai Electric Power Co. (KEPCO) and Mitsubishi Heavy Industries, Ltd. (MHI) have been carrying out joint work on research and development of new technology for CO2 recovery from power plant boiler flue gas and gas turbine exhaust gas. From the results of this research and development work, an energy efficient solvent was developed and commercialized. The first commercial plant using this solvent has been operated since October 1999 in Malaysia. This chapter describes the recent research and development activities since the GHGT-5 disclosure. The Kansai Electric Power Co. Inc. and Mitsubishi Heavy Industries, Ltd. have been making continuous efforts to improve flue gas CO2 recovery technology. The recent improvements have been focused on the reduction of the initial costs and operation costs. The recent main research and development items are increase of flue gas velocity in the CO2 Absorber, reduction of the KP-1 packing weight, and reduction of amine consumption. These items have been put to the test in the Nanko Power Station pilot plant and their performances have been confirmed. In addition to the above, development on new energy efficient solvents has been carried out. A new bench scale testing facility enabled very accurate measurement of the CO2 recovery energy consumption to be made; this was the same as that of the pilot plant and was used for the evaluation of new solvents.


Archive | 2001

Amine recovery method and apparatus and decarbonation apparatus having same

Tomio Mimura; Takashi Nojo; Kazuo Ishida; Hiroshi Nakashoji; Hiroshi Tanaka; Takuya Hirata


Archive | 2007

METHOD AND APPARATUS FOR RECOVERING AMINE AND DECARBONATOR PROVIDED WITH THE APPARATUS

Takuya Hirata; Kazuo Ishida; Tomio Mimura; Yutaka Nakakoji; Takashi Nojo; Yuji Tanaka; 富雄 三村; 裕 中小路; 琢也 平田; 裕士 田中; 一男 石田; 貴司 野条


Archive | 2003

Desulfurization decarbonation method and its apparatus

Takuya Hirata; Masaki Iijima; Kazuo Ishida; Tomio Mimura; Takashi Nojo; Masakazu Onizuka; Toru Takashina; Yuji Tanaka; 富雄 三村; 琢也 平田; 裕士 田中; 一男 石田; 貴司 野条; 正樹 飯嶋; 徹 高品; 雅和 鬼塚


Archive | 2003

Amine recovery apparatus and decarbonation apparatus having same

Tomio Mimura; Takashi Nojo; Kazuo Ishida; Hiroshi Nakashoji; Hiroshi Tanaka; Takuya Hirata


Archive | 2003

METHOD AND APPARATUS FOR REMOVING NITROGEN DIOXIDE AND CARBON DIOXIDE

Takuya Hirata; Masaki Iijima; Kazuo Ishida; Tomio Mimura; Takashi Nojo; Toru Takashina; Yuji Tanaka; 富雄 三村; 琢也 平田; 裕士 田中; 一男 石田; 貴司 野条; 正樹 飯嶋; 徹 高品


Archive | 2002

Gas-liquid contact plate and gas-liquid contactor

Tomio Mimura; Takashi Nojo; Naoyuki Yoshizumi; Hiroshi Ohira; Ryuji Yoshiyama; Kenji Iwasaki


Kagaku Kogaku Ronbunshu | 2001

Reduction of Amine Loss during CO2 Recovery from Exhaust Gas of Fossil Fuel-Fired Power Plant by Chemical Absorption Method.

Tomio Mimura; Takashi Nojo; Masaki Iijima; Shigeaki Mitsuoka


Archive | 2008

System for distortion detection, and distortion detection method using the same

Yoshimasu Kishida; Takashi Nojo; Hiroaki Suzuki; 欣増 岸田; 貴司 野条; 裕晶 鈴木


Archive | 2001

Gas liquid contact plate and gas liquid contact apparatus

Kenji Iwasaki; Tomio Mimura; Takashi Nojo; Hiroshi Ohira; Takashi Yoshiyama; Naoyuki Yoshizumi; 富雄 三村; 隆士 吉山; 直之 善積; 宏 大平; 謙二 岩崎; 貴司 野条

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Kazuo Ishida

Mitsubishi Heavy Industries

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Takuya Hirata

Mitsubishi Heavy Industries

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Hiroshi Tanaka

Mitsubishi Heavy Industries

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Hiroshi Nakashoji

Mitsubishi Heavy Industries

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Hiroshi Ohira

Mitsubishi Heavy Industries

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Naoyuki Yoshizumi

Mitsubishi Heavy Industries

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Ryuji Yoshiyama

Mitsubishi Heavy Industries

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