Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Slag-powder separation method in primary treatment and secondary treatment processes of stainless steel slag
The invention discloses a slag-powder separation method in primary treatment and secondary treatment processes of stainless steel slag. The method is more economical in primary treatment and cooling mode of the stainless steel slag, the water fetching amount is convenient to control by using a slag tray for containing, and a natural cooling and water fetching cooling mode is adopted. According to the secondary treatment production line, the whole production process line does not generate industrial production wastewater, and an industrial wastewater treatment procedure does not need to be set; secondly, the stainless steel slag is treated by a process production line through a dry method, compared with the stainless steel slag treated by a wet method, the obtained stainless steel slag tailing product is low in water content and is more popular with the building material cement market, the low-water-content product does not need to be dried and incinerated subsequently, and the risk that trivalent chromium is converted into hexavalent chromium in a high-temperature environment is reduced; in a secondary treatment production line workshop of the stainless steel slag, a dust extraction point is arranged at a material falling point of a belt conveyor in each working procedure, closed material conveying equipment is used outside the workshop, and a dust removal system is arranged in the loading and selling process.
本发明公开了不锈钢渣一次处理、二次处理过程中渣粉分离的方法，在不锈钢钢渣一次处理上，冷却方式上更具经济性，使用渣盘盛装便于控制打水量，采用自然冷却及打水冷却方式。二次处理生产线，整个生产工艺线不产生生产工业废水，无需设置工业废水水处理工序；其次工艺生产线为干法处理不锈钢渣，相对于湿法处理不锈钢渣，所得的不锈钢钢渣尾渣产品含水率低，更受建材水泥市场欢迎，低含水率的产品后续无需再经过烘干及焚烧处理工序，降低三价铬在高温环境下转化为六价铬的风险；不锈钢渣的二次处理生产线厂房内，各工序的皮带输送机物料落点设置有抽尘点，厂房外使用的密闭型物料输送设备，并且在装车销售过程设置有除尘系统。
Slag-powder separation method in primary treatment and secondary treatment processes of stainless steel slag
The invention discloses a slag-powder separation method in primary treatment and secondary treatment processes of stainless steel slag. The method is more economical in primary treatment and cooling mode of the stainless steel slag, the water fetching amount is convenient to control by using a slag tray for containing, and a natural cooling and water fetching cooling mode is adopted. According to the secondary treatment production line, the whole production process line does not generate industrial production wastewater, and an industrial wastewater treatment procedure does not need to be set; secondly, the stainless steel slag is treated by a process production line through a dry method, compared with the stainless steel slag treated by a wet method, the obtained stainless steel slag tailing product is low in water content and is more popular with the building material cement market, the low-water-content product does not need to be dried and incinerated subsequently, and the risk that trivalent chromium is converted into hexavalent chromium in a high-temperature environment is reduced; in a secondary treatment production line workshop of the stainless steel slag, a dust extraction point is arranged at a material falling point of a belt conveyor in each working procedure, closed material conveying equipment is used outside the workshop, and a dust removal system is arranged in the loading and selling process.
本发明公开了不锈钢渣一次处理、二次处理过程中渣粉分离的方法，在不锈钢钢渣一次处理上，冷却方式上更具经济性，使用渣盘盛装便于控制打水量，采用自然冷却及打水冷却方式。二次处理生产线，整个生产工艺线不产生生产工业废水，无需设置工业废水水处理工序；其次工艺生产线为干法处理不锈钢渣，相对于湿法处理不锈钢渣，所得的不锈钢钢渣尾渣产品含水率低，更受建材水泥市场欢迎，低含水率的产品后续无需再经过烘干及焚烧处理工序，降低三价铬在高温环境下转化为六价铬的风险；不锈钢渣的二次处理生产线厂房内，各工序的皮带输送机物料落点设置有抽尘点，厂房外使用的密闭型物料输送设备，并且在装车销售过程设置有除尘系统。
Slag-powder separation method in primary treatment and secondary treatment processes of stainless steel slag
不锈钢渣一次处理、二次处理过程中渣粉分离的方法
LONG SHUNHONG (Autor:in) / JIN CHUANG (Autor:in) / MO FAN (Autor:in) / HUANG JUN (Autor:in) / LAN HONGJUN (Autor:in) / LI GUOHUA (Autor:in) / LI TING (Autor:in) / WU KAIYI (Autor:in) / TAN FEI (Autor:in) / LI WEI (Autor:in)
03.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
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