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Study on Gypsum Retarder from Waste Penicillin Mycelium

机译:废石霉素菌丝菌丝石膏延迟研究

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A new kind of gypsum retarder was prepared from waste penicillin mycelium (WPM), a harmful solid waste from pharmaceutical factory. The results indicated that the optimum treatment conditions were pH value 11, temperature 80 °C and treatment time 1.5 h. Compared with sodium citrate and sodium polyphosphate, WPM retarder can effectively prolong the setting time of gypsum with less influence on mechanical strength. The crystal morphology microstructure of gypsum containing retarder was studied with SEM and the reason why the mechanical strength loss of gypsum were also explained in this paper.
机译:从废青霉素菌丝体(WPM)制备了一种新的石膏延迟器,来自制药厂的有害固体废物。结果表明,最佳处理条件为pH值11,温度80℃和治疗时间1.5小时。与柠檬酸钠和多磷酸钠相比,WPM延迟器可以有效地延长石膏的凝固时间,对机械强度的影响较小。用SEM研究了含石膏延迟器的石膏液体形态结构,并在本文中解释了石膏的机械强度丧失的原因。

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