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Water purification with sintered porous materials fabricated at 400℃ from sea bottom sediments 被引量：2

Water purification with sintered porous materials fabricated at 400℃ from sea bottom sediments
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摘要 A sintering technology for preparing porous materials from sea bottom sediments was developed for use in water purification. The purpose of the present study was to develop methods for converting the sea bottom sediments dredged from Ago Bay into value-added recycled products. The sintered products fabricated at 400℃ were found to be very effective adsorbents for the removal of heavy metals. A sintering technology for preparing porous materials from sea bottom sediments was developed for use in water purification. The purpose of the present study was to develop methods for converting the sea bottom sediments dredged from Ago Bay into value-added recycled products. The sintered products fabricated at 400℃ were found to be very effective adsorbents for the removal of heavy metals.
作者 DABWAN Ahmed H A IMAI Daizo KANECO Satoshi SENMATSU Isamu NAKAHAMA Katsuyuki KATSUMATA Hideyuki SUZUKI Tohru OHTA Kiyohisa
机构地区 Mie Industry and Enterprise Support Center Mie Industry and Enterprise Support Center Department of Chemistry for Materials Environmental Preservation Center Department of Chemistry for Materials
出处 《Journal of Environmental Sciences》 SCIE EI CAS CSCD 2008年第2期172-176,共5页 环境科学学报（英文版）
关键词 sintering preparation technology porous materials sea bottom sediments water purification heavy metals sintering preparation technology porous materials sea bottom sediments water purification heavy metals
分类号 X505 [环境科学与工程—环境工程]
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参考文献11

  • 1Shamim Ahsan,Mohammad Arifur Rahman,Satoshi Kaneco,Hideyuki Katsumata,Tohru Suzuki,Kiyohisa Ohta.Effect of temperature on wastewater treatment with natural and waste materials[J].Clean Technologies and Environmental Policy.2005(3)
  • 2Ahsan S,Kaneco S,Ohta K,Mizuno T,Kani K.Use of some natural and waste materials for waste water treatment[].Water Res.2001
  • 3Ahsan S,Rahman M A,Kaneco S,Katsumata H,Suzuki T,Ohta K.Effect of temperature on wastewater treatment with natural and waste materials[].Clean Technol Environ Policy.2005
  • 4Japan Science and Technology(JST)Agency. http://www.jst.go.jp/EN/index.html .
  • 5Kaneco S,Harada T,Dabwan A H A,Suzuki T,Katsumata H,Ohta K.Development of sintering preparation technology of porous materials from sea bottom sediments for wastewater treatment[].ITE Lett Batt New Technol Med.2004
  • 6Kaneco S,Harada T,Ohta K.Separation and collection of humic substances in mud from water sediments[].JP patent -A.2005
  • 7Katsumata H,Harada T,Kaneco S,Dabwan A H A,Suzuki T,Ohta K.Removal of heavy metals in water by adsorption onto sintering porous materials from sea bottom sediments[].ITE Lett Batt New Technol Med.2004
  • 8Katsumata H,Kaneco S,Suzuki T,Ohta K,Yobiko Y.Removal of heavy metals in aqueous solution by adsorption onto oyster shell[].Photo/Electrochem Photobiol Environ Energy Fuel.2004
  • 9Lide D R.CRC Handbook of Chemistry and Physics[]..2005
  • 10Ministry of the Environment,Japan(MEJ).National Efflu- ent Standards. http://www.env.go.jp/en/water/ wq/nes.html .

同被引文献42

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二级引证文献12

Journal of Environmental Sciences
2008年 第2期

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