Development and Water Tank Tests of Sugi Bark Sorbent (SBS)

Masaki Saito , Nobuyoshi Ishii , Suguru Ogura , Shinji Maemura , Hirohisa Suzuki
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引用次数: 28

Abstract

Development of the oil sorbent (oil adsorption material) made of organic waste material were initiated in order to provide the resources for marine oil spill response with less environmental load and cost. After some screening, it was found that the fiber of Sugi (Cryptomeria japonica D. Don) bark has potential to be excellent oil sorbent because of its hydrophobic and oleophilic character. As this bark fiber Sugi bark sorbent (SBS) can be used with enclosing cotton sheet, the products consist of completely organic materials. When the bark fibers were dried of larger size, SBS had increased absorbency. SBS performed equivalent absorbency (picking up at most 13.4 times their own weight in bunker A) as conventional polypropylene sorbent in laboratory experiments. Experiments conducted in water tanks confirmed that some shape of SBSs such as S25, S50, B6S14 and M50 could successfully work for recovering oil in small wave and current, which would be expected as production models. After all, S50 and M50 were improved into commercial products, which started to be released in 2001 at Japan.

杉木树皮吸附剂(SBS)的研制及水箱试验
为了以更低的环境负荷和成本为海洋溢油响应提供资源,启动了以有机废弃物为原料制备吸油剂(吸油材料)的研究。经筛选,杉木树皮纤维具有疏水亲油的特性,具有优良的吸油性能。由于该树皮纤维杉木树皮吸附剂(SBS)可以与包覆棉片一起使用,因此产品由完全有机材料组成。当树皮纤维的干燥尺寸较大时,SBS的吸收性增加。在实验室实验中,SBS的吸收率与常规聚丙烯吸附剂相当(在A仓中吸收率最多为自身重量的13.4倍)。水箱试验证实,S25、S50、B6S14、M50等几种形状的sbs可以成功地在小波小流条件下采油,有望成为生产模型。毕竟,S50和M50从2001年开始在日本上市,并被改良为商用产品。
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