Environmental Research & Control
Published by Environmental Management Center, Okayama University

<Formerly known as>
岡山大学環境管理センター報 (4号-11号) 岡山大学環境管理施設報 (1号-3号)

<Availability>
Some items are not available because of decision by its author or publisher.

スギ,ヒノキ樹皮及び樹皮—透水性ポリマー複合材料の重金属イオン吸着能評価

Katayama, Shyota
Kitaoka, Tatsuya
Igami, Shinya
Ito, Katsuhito
Abstract
The radioactive pollutions in environment caused by the accident of atomic power plants in Fukushima, Japan, is still serious and rapid measures to the severe problem is required. It is well known that various biomass have adsorption ability for toxic metal ions from aqueous media. We have evaluated the adsorption ability of the bark of Cryptomeria japonica and Chamaecyparis obtusa, and their hybrid materials with hydrophilic polymers, for cesium, strontium, and other heavy metal ions. As the results, these materials are useful as adsorbents for a water and soil purification system.
Keywords
cesium
strontium
metal ion
adsorption
radioactivity
tree barks
Note
論文
ISSN
0917-1533
NCID
AN1024789X