The Investigation Of manufacturing Smart Flowerpot With Porous Structure Materials By Adding Discarded Ddiatomaceous Earth Powder

• Main Authors: Li, Zhi-Xian, 李智賢
• Other Authors: Chan, Tien-Yin
• Format: Others
• Language: zh-TW
• Published: 2011
• Online Access: http://ndltd.ncl.edu.tw/handle/97083569487232959165

碩士 === 遠東科技大學 === 機械工程研究所 === 100 === This1study1investigated1the use1of brewery waste generated1by filtering as poregenerating additives, diatomaceous1earth, and the1 intelligent application1of the2previousresearch on water-saving environmentalplanting pots, andthen1to water1and1energy1conservation,1and1sustainable environmental1protection goals. The experimental1parameters is through1three clay substrate (white clay,1yellow clay, filling soil),1and add1a1different ratio (0wt.%,13wt.%,16wt.%,19wt.%,115wt.%), at1differentsintering temperature conditions (1050℃,11100℃,11150℃,11200℃) sintering, and1then add1the study1ofliquid1crystal glass, diatomaceous earth and clay powder in1the production1of porousstructure in the1 performance impact. The results showed that; by the appropriate ratio ofparameter1control, when the1amount1of diatomaceous1earth to1add more strength isslightly lower but1the porosity will increase with1the addition of the appropriate parameters to control not only get what we need to pore structure can be while reducing industrial waste and reduce the cost1of clay, and1then used1in the1production1of smartwater container pots. This result, not only can effective use of industrial waste, while saving energy but1also create1new business1opportunities, in1line1with world trends in environmental protection.