Session Details
地盤の環境問題
Fri. Sep 6, 2024 1:00 PM - 2:20 PM JST
Fri. Sep 6, 2024 4:00 AM - 5:20 AM UTC
Fri. Sep 6, 2024 4:00 AM - 5:20 AM UTC
A401(川内北キャンパス講義棟A棟)
Chair: Daichi Ito
[III-431]Environmental safety evaluation of a CO2-absorbing sintered body made by mixing coal ash and waste concrete powder and sintering it using microwaves
*shota Miyamoto1, Sunao Fukumoto1, Keita Kagawa1, Ryo Segawa2, Kohei Kurooka2, Kenji Kawai3, Yuko Ogawa3, Keiichiro Kashimura4 (1. chugoku electric power, 2. chugoku high voltage industry, 3. hiroshima university, 4. chubu university)
[III-432]Extension of the functionality of digital support system for the managements of soil contamination investigation and countermeasures.
*Ayako Matsumura1, Chikara Oishi1, Yousuke Shimada1 (1. TAISEI Corporation)
[III-433]Performance evaluation of 3D measurement techniques for the quality control of excavating contaminated soil.
*Chikara Oishi1, Ayako Matsumura1, Yasuyuki Sudo1, Yousuke Shimada1 (1. TAISEI Corporation)
[III-434]Degradation of 1,4-dioxane by chelate-modified Fenton reaction at near-neutral pH
*Yutaka Kamijima1, Tatushi Kawai1, Tasuma Suzuki1, Mayumi Tanaka1 (1. Kajima Corporation)
[III-435]Sulfate Attack of Concrete due to Reservoir Bottom Mud Modified Using Recycled Bassanite
*Minoru Tokita1, Hirata takahiro1, Kojima Jun-ichi1, Noguchi Shin-ichi2, Nishikawa Miho2 (1. AICO Co., Ltd., 2. Mud Recycling Association)
[III-436]Construction sludge "0 yen/t CO2 fixation/recycled soil" that aims to be carbon neutral and is legally and scientifically guaranteed by public third parties.
*Katsumi Mizuno1, Hamano Maki2, Inui Tooru3, GIge mayumi4, kitagaki RIyouma5, nendou kazuto6, katsumi takeshi7 (1. oosakabentonite, 2. daioko, 3. oosaka, 4. oosakaootani, 5. hotsukaidou, 6. kankyoukenkiushyo, 7. kiyouto)
[III-437]Consideration on the laboratory mixing test of Foamed Cement Banking Using Waste Glass Cullet and its quality
*Daiki Tateyama1, Kazuaki Hioki2, Ikuya Okamoto3, Teruki Kawashima3, Koichi Yamamoto4 (1. Osaka Institute of Technology Graduate School of Engineering, 2. Osaka Institute of Technology, 3. ESTEC Co., Ltd, 4. FUJINO KOUGYO Co., Ltd.)
[III-438]Changes in groundwater level due to pumping for snow removal interpreted using the tank model Kumamoto method
*Mitsuharu Fukuda1 (1. KGIE)