CAJ | 학술논문

针对目前火电厂大量排放粉煤灰，陶瓷工业产生大量废匣钵、废瓷粉但得不到充分利用的现象，为了使其变废为宝，本实验在长城陶瓷有限公司成熟的注浆泥配方的基础上，利用正交实验设计配方，经调整配方组成，加入了粉煤灰等工业废料，现己研制出清洁生产日用陶瓷的配方。其中粉煤灰、废匣钵、废瓷粉的含量分别是10％，10％，8％，工业废料的含量合计达到了28％。由于粉煤灰、废瓷粉和废匣钵的价格低廉，应用此技术则可以为企业带来可观的经济效益。
침대목전화전엄대량배방분매회，도자공업산생대량폐갑발、폐자분단득불도충분이용적현상，위료사기변폐위보，본실험재장성도자유한공사성숙적주장니배방적기출상，이용정교실험설계배방，경조정배방조성，가입료분매회등공업폐료，현기연제출청길생산일용도자적배방。기중분매회、폐갑발、폐자분적함량분별시10％，10％，8％，공업폐료적함량합계체도료28％。유우분매회、폐자분화폐갑발적개격저렴，응용차기술칙가이위기업대래가관적경제효익。
It is a common phenomenon that large amounts of fly ash is currently discharged from thermal power plants, waste refractory and porcelain powder are produced by ceramic industry.In order to make waste profitable,this experiment develops an initial ceramic cleaner production formula by utilizing fly ash and other industrial wastes.It uses the orthogonal experimental design formula based on the matured grouting mud formula of the Great Wall Ceramics Co..The Component ratio of fly ash,waste refractory and waste ceramic powder is 10%,10% and 8% respectively.The total content of indus-trial wastes reaches 28t%.Considering the low price of fly ash,waste refractory and waste porcelain,the application of this technology would bring considerable economic benefits.