First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

水制备纯碱分两步进行,第一步用水、碳酸氢铵反应得到碳酸氢钠微溶析出和氯铵溶液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石水回流渗透白云石是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出水形成过程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过设计实了地下水开采和输送的方案比较及设备选用的优设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两步进行,第一步用卤水、碳酸氢铵反应得到碳酸氢钠微溶析出氯化铵溶液,。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

同生白云石化或卤水回流渗透白云石化是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通设计实例介绍了地下卤水输送的方案比较及设备选用的优化设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制纯碱分两步进行,第一步用卤水、碳酸氢铵反应得到碳酸氢析出和氯化铵液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石化或卤水回流渗透白云石化是泥晶-晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成过程中发生了石盐、泻利盐的解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过计实例介绍了地下卤水开采和输送的方案比较及用的优化计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两步进行,第一步用卤水、碳酸氢铵到碳酸氢钠微溶析出和氯化铵溶液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石化或卤水回流渗透白云石化是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成过程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过实例介绍了地下卤水开采和输送的方案比较及备选用的优化。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

碳砖炉衬在5t电弧炉上用表明：该材料能有效地减少热停工时间，杜绝由于因砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两步进行,第一步用卤水、酸氢铵反应酸氢钠微溶析出和氯铵溶液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石或卤水回流渗透白云石是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成过程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过计实例介绍了地下卤水开采和输送的方案比较及备选用的计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两步进行,第一步用卤水、碳酸氢铵反应得到碳酸氢钠微溶析出和氯化铵溶液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生化或卤水回流渗透化是泥晶-微晶岩（含膏岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成过程中发生盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过设计实例介绍卤水开采和输送的方案比较及设备选用的优化设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两步进行,第一步用卤水、碳酸氢铵反应得到碳酸氢钠微溶析出和氯化铵溶液,滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石化或卤水回流渗透白云石化是泥晶-微晶白云（云）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通设计实例介绍了地下卤水开采和输送的方案比较及设备选用的优化设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤制备纯碱分两步进行,第一步用卤、碳酸氢铵反应得到碳酸氢钠微溶析出和氯化铵溶液,过。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

生白云石化或卤回流渗透白云石化是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤形成过程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过设计实例介绍了地下卤和输送的方案比较及设备选用的优化设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应用表明：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤打结、烧结不好的炉衬造成严重翻炉底等问题。

First,brine is reacted with ammonium hydrocarbonate to obtain the sodium hydrocarbonate and the ammonium chloride solution,and then filtrated.

卤水制备纯碱分两,第一卤水、碳酸氢铵反应得到碳酸氢钠微溶析出和氯化铵溶液,过滤。

Penecontemporaneous or seepage-reflux dolomitization is the original mechanism for gypsum-bearing muddy dolomicrite.

准同生白云石化或卤水回流渗透白云石化是泥晶-微晶白云岩（含膏云岩）的形成机制。

Besides the solution of halite and epsomite during the evolution of brine is pointed out in the paper.

此还揭示出卤水形成过程中发生了石盐、泻利盐的溶解。

This paper introduces planning and optimization design for mining and pipage transportation of underground brine and relevant equipment selection via design practice cases.

通过设计实例介绍了地下卤水开采和输送的方案比较及设备选的优化设计。

The application of magnesia-carbon brick brasque in 5t arc furnace can effctively reduce stop time in hot furnace, protect furnace from troubles of furnace bottom inversion.

镁碳砖炉衬在5t电弧炉上应：该材料能有效地减少热停工时间，杜绝由于因镁砂、卤水打结、烧结不好的炉衬造成严重翻炉底等问题。