Application of Waste Bamboo Materials on Produced Eco-brick

doi:10.1007/s12204-012-1292-y

上海交通大学学报（英文版） ›› 2012, Vol. 17 ›› Issue (3): 380-384.doi: 10.1007/s12204-012-1292-y

• 论文 • 上一篇

Application of Waste Bamboo Materials on Produced Eco-brick

CHIEN Chua-Chil1 (简全基), LU Yue-Shih1 (卢月诗), LIOU Yan-Jia2 (刘昱嘉) HUANG Wu-Jang2 (黄武章)

(1. ITRI South, Industrial Technology Research Institute, Tainan 730; 2. National Pingtung University of Science and Technology, Pingtung 730)

出版日期:2012-06-30 发布日期:2012-11-15
通讯作者: CHIEN Chua-Chil1 (简全基) E-mail:varian@itri.org.tw

Application of Waste Bamboo Materials on Produced Eco-brick

CHIEN Chua-Chil1 (简全基), LU Yue-Shih1 (卢月诗), LIOU Yan-Jia2 (刘昱嘉) HUANG Wu-Jang2 (黄武章)

(1. ITRI South, Industrial Technology Research Institute, Tainan 730; 2. National Pingtung University of Science and Technology, Pingtung 730)

Online:2012-06-30 Published:2012-11-15
Contact: CHIEN Chua-Chil1 (简全基) E-mail:varian@itri.org.tw

摘要/Abstract

摘要： With regard to the optimization test of mixing ratio between waste bamboo and cement, the single axial compression strength of the second set (5 : 95) is the highest. By increasing the mixing ratio to 10 : 90 and complying with Chinese national standard (CNS) required strength for water permeable bricks. In the test for optimizing the mixing ratio of waste bamboo-charcoal and cement, the second set of single-axial compression strengths is the highest. Further increasing the ratio to 40 : 60, the single-axial compression strength also can be up to 9.212MPa, and complying with CNS requir 7.840MPa for the strength of decoration bricks. In the investigation of the optimization ratio for the mixture ratio of 2 (hammered fine coal debris) :1 (fly-ash): 1 (cement) after a 28-day aging, and the resultant strength of 39.788 MPa are observed for each set, and complying with the strength required by CNS for high-pressure brick C-grade. By means of natural strengthen agents can increase the strength, it is concluded that the strengthen agents can significantly increase the strength after aging for 6 to 28 days. For competitive strategy for a future market, it should be focused on the creation of differentiation for product and technology, the increase of service and features, as well as the branding effect to become a price-leader.

关键词: waste bamboo, reuse, green material

Abstract: With regard to the optimization test of mixing ratio between waste bamboo and cement, the single axial compression strength of the second set (5 : 95) is the highest. By increasing the mixing ratio to 10 : 90 and complying with Chinese national standard (CNS) required strength for water permeable bricks. In the test for optimizing the mixing ratio of waste bamboo-charcoal and cement, the second set of single-axial compression strengths is the highest. Further increasing the ratio to 40 : 60, the single-axial compression strength also can be up to 9.212MPa, and complying with CNS requir 7.840MPa for the strength of decoration bricks. In the investigation of the optimization ratio for the mixture ratio of 2 (hammered fine coal debris) :1 (fly-ash): 1 (cement) after a 28-day aging, and the resultant strength of 39.788 MPa are observed for each set, and complying with the strength required by CNS for high-pressure brick C-grade. By means of natural strengthen agents can increase the strength, it is concluded that the strengthen agents can significantly increase the strength after aging for 6 to 28 days. For competitive strategy for a future market, it should be focused on the creation of differentiation for product and technology, the increase of service and features, as well as the branding effect to become a price-leader.

Key words: waste bamboo, reuse, green material

中图分类号:

X 71

CHIEN Chua-Chil1 (简全基), LU Yue-Shih1 (卢月诗), LIOU Yan-Jia2 (刘昱嘉). Application of Waste Bamboo Materials on Produced Eco-brick[J]. 上海交通大学学报（英文版）, 2012, 17(3): 380-384.

CHIEN Chua-Chil1 (简全基), LU Yue-Shih1 (卢月诗), LIOU Yan-Jia2 (刘昱嘉). Application of Waste Bamboo Materials on Produced Eco-brick[J]. Journal of shanghai Jiaotong University (Science), 2012, 17(3): 380-384.

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Application of Waste Bamboo Materials on Produced Eco-brick

Application of Waste Bamboo Materials on Produced Eco-brick

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