No.109  Special Issue on Iron and Steel Slag

July 2015

Contents

Preface

Technical Review

Technical Report

  1. 4.Risk Assessment for Alkaline Water Outflow from Iron and Steel Slag Using the pH Simulation Technique
    Haruhiko SHINOZAKI, Takayuki MIYAMOTO
    (PDF 1.4MB)Link to PDF Files
  2. 5.Analytical Technologies for Steel Slag
    Michihiro AIMOTO, Koji KANEHASHI, Yuji FUJIOKA
    (PDF 900KB)Link to PDF Files
  3. 6.Development of Steam-aging Process for Steel Slag
    Tsuyoshi SASAKI, Takuji HAMAZAKI
    (PDF 1.9MB)Link to PDF Files
  4. 7.Development of "KATAMATM SP (special)", An Environmentally Friendly and Instant Available Road Bed Materials
    Tsukasa KASHIWABARA, Keiji SUMIGAWA, Ryohji HARA, Toshiyuki KANEKO, Shin-Ichiro WADA, Tomotaka MORISHITA, Hiroaki SANO, Kiyoto ARAI, Keisuke SUGAHARA, Yoshihiro TAKANO
    (PDF 6.5MB)Link to PDF Files
  5. 8.Development of the Recycling Process for Tsunami Sediment Soil Containing Debris
    Yutaka HIRASHIMA, Kohichi HIRAISHI
    (PDF 4.0MB)Link to PDF Files
  6. 9.Explanation about the Development Process, Several Unique Characteristics and Application Examples on Steel Slag Hydrated Matrix (SSHM)
    Yoshihiro TAKANO, Masao NAKAGAWA, Naoto TSUTSUMI, Haruhiko SHINOZAKI, Eiji KISO, Yutaka HIRASHIMA
    (PDF 5.4MB)Link to PDF Files
  7. 10. Basic Characteristics of CaO-improved Soil
    Yosuke YAMAGOSHI, Yuzo AKASHI, Yoshiyuki KITANO, Eiji KISO, Chika KOSUGI, Osamu MIKI, Masao NAKAGAWA, Kyoko HATA
    (PDF 3.6MB)Link to PDF Files
  8. 11.Construction of Tideland by CaO Improved Soil
    Yosuke YAMAGOSHI, Yuzo AKASHI, Chika KOSUGI, Masayoshi YOKOO
    (PDF 2.8MB)Link to PDF Files
  9. 12.Reclamation by CaO Improved Soil
    Yosuke YAMAGOSHI, Yuzo AKASHI, Hiroki KANNO, Nobuhiro TAKAGI, Yuichi TANAKA
    (PDF 4.5MB)Link to PDF Files
  10. 13.Centrifuge Model Test on the Design Method of Ground Improved by the Hydraulic-Slag Compaction Pile Method and its Reduction Effect of Deformation Induced by Level-2 Seismic Motion
    Haruhiko SHINOZAKI, Takashi TSUCHIDA, Koji ICHII, Yoshiyuki MORIKAWA, Hidenori TAKAHASHI, Jun OHBAYASHI, Hiroki KINOSHITA, Yutaka HIRASHIMA, Shigeo KOBAYASHI
  11.       (PDF 3.7MB)Link to PDF Files
  12. 14. Application of Steelmaking Slag to Marine Forest Restoration
    Toshiaki KATO, Chika KOSUGI, Eiji KISO, Koichi TORII
    (PDF 2.9MB)Link to PDF Files
  13. 15. Study on Environmental Impact Evaluation of Steelmaking Slag Using in Coastal Sea Area
    Toshiaki KATO, Chika KOSUGI, Eiji KISO
    (PDF 1.2MB)Link to PDF Files
  14. 16.Development of a Continuous Rapid Carbonation Process for Steelmaking Slag
    Naoto TSUTSUMI, Susumu MUKAWA, Tomoaki TASAKI, Eiji KAMEYAMA, Katsumi AMADA, Kohta KUDO, Hajime IMADO, Osamu MIKI
    (PDF 5.4MB)Link to PDF Files
  15. 17.Model Project on the CO2 Absorption by Recyclable Resources of Agriculture-and-manufacturing in Subarctic Zone Coast
    Ryusuke UEMURA, Kazutoshi SHIMODA, Hiroaki MINE
    (PDF 2.7MB)Link to PDF Files
  16. 18.Production and Use of Blast Furnace Slag Aggregate for Concrete
    Takayuki MIYAMOTO, Koichi TORII, Kenichi AKAHANE, Sachiko HAYASHIGUCHI
    (PDF 3.0MB)Link to PDF Files
  17. 19.History and Utilization of Portland Blast Furnace Slag Cement
    Yasutomo UEKI(
    PDF 1.4MB)Link to PDF Files
  18. 20.Slag Cement-related Products Which Utilized a Property of the Ground Granulated Blast Furnace Slag
    Yoshitaka MAEDA
    (PDF 3.2MB)Link to PDF Files
  19. 21.High Performance Construction Products Using Highly Pulverized Blast Furnace Slag in Nippon Steel & Sumikin Cement Co., Ltd.
    Shinichi WAKASUGI, Tomohiro KANAZAWA, Tsukasa OGURA, Takahiro SAGAWA
    (PDF 2.7MB)Link to PDF Files
  20. 22.Basic Properties and Utilization of Steam-Cured Concrete Using Ground Granulated Blast-Furnace Slag
    Yukihiko NAGAO, Koji SUZUKI
    (PDF 2.5MB)Link to PDF Files
  21. 23.Steelmaking Slag for Fertilizer Usage
    Kimio ITO
    (PDF 5.1MB)Link to PDF Files
  22. 24.Reforestation Efforts with Steelmaking Slag and Artificial Humus
    Koichi TORII, Kenji TANAKA, Takashi OKADA, Koichi IKEDA, Takuji HAMAZAKI, Masato JIMBO
    (PDF 8.4MB)Link to PDF Files
  23. 25.Suppression of Methane Gas Emission from Paddy Fields
    Kimio ITO
    (PDF 1.1MB)Link to PDF Files
  24. 26.Improvement of Flux Reaction Efficiency in Steel Refining
    Toshiyuki UEKI, Masanori KUMAKURA, Masaki MIYATA, Yuji OGAWA
    (PDF 1.0MB)Link to PDF Files
  25. 27.Development of a Cooling Technology for LD-ORP Slag at Nagoya Works
    Tomoaki TASAKI, Susumu MUKAWA, Noriaki URAKAWA, Kohta KUDO, Katsumi AMADA
    (PDF 1.0MB)Link to PDF Files
  26. 28.Overview of Slag Usage Technology Development at Various Works
    Ryusuke UEMURA, Naomichi MITSUISHI, Kenichi AKAHANE, Suguru AMMA, Masashi MARUYAMA, Takashi YAMAMOTO, Masayoshi YOKOO, Masato SANAZAWA, Tomoaki TASAKI, Masaki IWASAKI, Kazunori FUKIAGE, Hiroshi MATSUMOTO, Koichi TORII, Tomoyuki MIZUTA, Ikuo FUJII, Tsukasa KASHIWABARA, Ryohji HARA, Makoto MORIGUCHI, Takatoshi NAKAMURA, Shirou TAKADA, Kazuhiro HORII
    (PDF 8.8MB)Link to PDF Files
  27. 29.Waste Acid Recycling Technology by Slag
    Shigeharu MATSUBAYASHI
    (PDF 2.4MB)Link to PDF Files

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