Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电解槽生产复杂性，提出生产智能理念必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水电，成为氢氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样容量第二个铝电解槽已经在筹建计划中，将在未来十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极西蒙斯电解槽电解氟化制备氟烷基膦酸有关工艺关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯全氟离子隔膜为材料套管式隔膜电解槽具有隔膜亲水性强、电阻、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜电解槽采用普通玻璃高硼硅玻璃相比是更加理想电化学合成高铁酸盐电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔电解槽中电解溴化钠溶液,所产生含溴阳极液碱性阴极液,分别是由全氟丙烯合成全氟环氧丙烷环氧化剂皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电生产的复杂性，提出生产智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电，转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大小和容量的第二个铝电已经在筹建计划中，将在未的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极的西蒙斯电电化制备烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯、聚四和全离子隔膜为材料的套管式隔膜电具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜电采用的普通玻璃和高硼硅玻璃相比是更加理想的电化学合成高铁酸盐的电及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔的电中电溴化钠溶液,所产生的含溴阳极液和碱性阴极液,分别是由全丙合成全环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电解槽生产复杂性，提出生产智能理念必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现同样大小和容量第二个铝电解槽已经筹建计划，未来十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为西蒙斯电解槽电解氟化制备氟烷基膦酸锂有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料套管式隔膜电解槽具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜电解槽采用普通玻璃和高硼硅玻璃相比是更加理想电化学合成高铁酸盐电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

由离子膜分隔电解槽电解溴化钠溶液,所产生含溴液和碱性阴液,分别是由全氟丙烯合成全氟环氧丙烷环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝解的复杂性，提出智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝解，来转换水和，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大和容量的第二个铝解已经在筹建计划中，将在未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极的西蒙斯解解氟化制备氟烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料的套管式隔膜解具有隔膜亲水性强、、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜解采用的普通玻璃和高硼硅玻璃相比是更加理想的化学合成高铁酸盐的解及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔的解中解溴化钠溶液,所的含溴阳极液和碱性阴极液,分别是由全氟丙烯合成全氟环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了电解槽生产的复杂性，提出生产智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是电解槽，来转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大小和容量的第二个电解槽已经在筹建计划中，将在未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采以镍板为阳极的西蒙斯电解槽电解化制备烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四乙烯和子隔膜为材料的套管式隔膜电解槽具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜电解槽采的普通玻璃和高硼硅玻璃相比是更加理想的电化学合成高铁酸盐的电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由子膜分隔的电解槽中电解溴化钠溶液,所产生的含溴阳极液和碱性阴极液,分别是由丙烯合成环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电解槽生产的复杂性，提出生产智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

现在同样大小和容量的第二个铝电解槽已经在筹建计划中，将在未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍为阳极的西蒙斯电解槽电解氟化制备氟烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料的套管式隔膜电解槽具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，式隔膜电解槽采用的普通玻璃和高硼硅玻璃相比是更加理想的电化学合成高铁酸盐的电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔的电解槽中电解溴化钠溶液,所产生的含溴阳极液和碱性阴极液,分别是由全氟丙烯合成全氟环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电解槽生产的复杂性，提出生产智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水和电，成为氢和。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大小和容量的第二个铝电解槽已经在筹建计划中，将在未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极的西蒙斯电解槽电解氟制备氟烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料的套管式隔膜电解槽具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸等优点，与平板式隔膜电解槽采用的普通玻璃和高硼硅玻璃相比是更加理想的电学合成高铁酸的电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔的电解槽中电解溴钠溶液,所产生的含溴阳极液和碱性阴极液,分别是由全氟丙烯合成全氟环丙烷的环剂和皂剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

析了铝电解槽生产的复杂性，提出生产智能理念的必性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大小和容量的第二个铝电解槽已经在筹建计划中，将在未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极的西蒙斯电解槽电解氟化制备氟烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料的套管式隔膜电解槽具有隔膜亲水性强、电阻小、碱液腐蚀、酸盐氧化等优点，与平板式隔膜电解槽采用的普通玻璃和硼硅玻璃相比是更加理想的电化学合成酸盐的电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜隔的电解槽中电解溴化钠溶液,所产生的含溴阳极液和碱性阴极液,别是由全氟丙烯合成全氟环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝生产的复杂性，提出生产智能理念的必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝，来转换水和，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现同样大小和容量的第二个铝筹建计划中，将未来的十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极的西蒙斯氟化制备氟烷基膦酸锂的有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料的套管式隔膜具有隔膜亲水性强、阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜采用的普通玻璃和高硼硅玻璃相比是更加理想的化学合成高铁酸盐的及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

由离子膜分隔的中溴化钠溶液,所产生的含溴阳极液和碱性阴极液,分别是由全氟丙烯合成全氟环氧丙烷的环氧化剂和皂化剂。

Complexity of aluminium electrolyser production is analyzed, and motivation of production intelligence is explained.

摘要分析了铝电解槽生产复杂性，提出生产智能理念必要性。

The re-fuelling system works using an "electrolyser" which converts water and electricity into pure hydrogen and oxygen.

补给燃料系统是使用铝电解槽，来转换水和电，成为氢和氧。

Already a second potline of the same size and capacity is planned for construction later this decade.

与现在同样大小和容二个铝电解槽已经在筹建计划中，将在未来十年里动工。

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本探讨了采用以镍板为阳极西蒙斯电解槽电解氟化制备氟酸锂有关工艺和关键技术。

PVC, Teflon and fluorion diaphragm were found to be better than glass as materials of diaphragm cell for their advantages in corrosion resistance as well as less electric resistance.

以聚氯乙烯、聚四氟乙烯和全氟离子隔膜为材料套管式隔膜电解槽具有隔膜亲水性强、电阻小、耐碱液腐蚀、耐高铁酸盐氧化等优点，与平板式隔膜电解槽采用普通玻璃和高硼硅玻璃相比是更加理想电化学合成高铁酸盐电解槽及隔膜材料。

A divided flow cell is used for electrolysis of NaBr aqueous solution.The anolyte containing Br 2 and catholyte containing NaOH are produced simultaneously and in turn to epoxide HFP to HFPO.

在由离子膜分隔电解槽中电解溴化钠溶液,所产生含溴阳极液和碱性阴极液,分别是由全氟丙烯合成全氟环氧丙环氧化剂和皂化剂。