Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ceramic wet pulping process, pulping and pulverizing process and system
The invention discloses a ceramic wet-method pulping process, a pulping and powdering process and a system, which are characterized in that the procedures of dehydrating slurry and pulping again after dehydration are added in the traditional ceramic wet-method pulping and powdering process, the water content of a slurry finished product can be reduced by 3.5-7.0% while the pulping and powdering quality is ensured, and in the subsequent wet-method powdering process, the water content of the slurry finished product can be reduced by 3.5-7.0%. Fuel consumption for pulverizing can be saved by 10%-30%, and water consumption can be saved by 10%-20%; the ceramic wet pulping system can be realized by refitting a traditional building ceramic wet pulping pulverizing system, is simple and convenient to operate, does not need to purchase a whole set of equipment additionally, and is low in equipment cost and good in application prospect.
本发明公开了一种陶瓷湿法制浆工艺、制浆制粉工艺和系统，通过在传统陶瓷湿法制浆制粉工艺过程中增加泥浆脱水、脱水后再次制浆的工序，在保证制浆制粉质量的同时，可以使泥浆成品的含水率降低3.5％～7.0％，在后续的湿法制粉工艺中，制粉所用燃料消耗可以节省10％～30％，水体消耗节省可达到10％～20％；其中，本陶瓷湿法制浆系统可以在传统建筑陶瓷湿法制浆制粉系统上进行改装实现，操作简单方便，无需另外购买整套设备，设备成本低，应用前景良好。
Ceramic wet pulping process, pulping and pulverizing process and system
The invention discloses a ceramic wet-method pulping process, a pulping and powdering process and a system, which are characterized in that the procedures of dehydrating slurry and pulping again after dehydration are added in the traditional ceramic wet-method pulping and powdering process, the water content of a slurry finished product can be reduced by 3.5-7.0% while the pulping and powdering quality is ensured, and in the subsequent wet-method powdering process, the water content of the slurry finished product can be reduced by 3.5-7.0%. Fuel consumption for pulverizing can be saved by 10%-30%, and water consumption can be saved by 10%-20%; the ceramic wet pulping system can be realized by refitting a traditional building ceramic wet pulping pulverizing system, is simple and convenient to operate, does not need to purchase a whole set of equipment additionally, and is low in equipment cost and good in application prospect.
本发明公开了一种陶瓷湿法制浆工艺、制浆制粉工艺和系统，通过在传统陶瓷湿法制浆制粉工艺过程中增加泥浆脱水、脱水后再次制浆的工序，在保证制浆制粉质量的同时，可以使泥浆成品的含水率降低3.5％～7.0％，在后续的湿法制粉工艺中，制粉所用燃料消耗可以节省10％～30％，水体消耗节省可达到10％～20％；其中，本陶瓷湿法制浆系统可以在传统建筑陶瓷湿法制浆制粉系统上进行改装实现，操作简单方便，无需另外购买整套设备，设备成本低，应用前景良好。
Ceramic wet pulping process, pulping and pulverizing process and system
一种陶瓷湿法制浆工艺、制浆制粉工艺和系统
CUI KUANXIN (Autor:in) / PENG FANG (Autor:in) / FANG YE (Autor:in)
11.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
Experiments on Specific Energy and Pulping Quality of Extrusion Mechanical Pulping
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The Pulping Performances of Wet Process for Tencel Fiber
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Characterization of Pulping Liquors
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