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According to Zhejiang Energy, recently, the nationally produced bipolar membrane electrodialysis device independently developed by the Baima Lake Laboratory Energy and Chemical Environmental Protection Team successfully passed the 72-hour continuous and stable operation test. The device successfully produced a 10% sulfuric acid solution and an 8% sodium hydroxide solution. The purity of the acid-base solution reached 99% or more, the energy consumption per ton of salt was as low as 1,217 kWh/t, and the comprehensive performance reached the leading level in China. The device passed 72 hours of continuous and stable operation tests at full load, indicating that the Baima Lake Laboratory has fully mastered the independent development capabilities of bipolar membrane electrodialysis membrane reactors, achieved autonomy and control from the key core components of the membrane reactor to the complete equipment assembly process, and the design of the entire process system, ranking among scientific research institutions with high-end manufacturing capabilities for bipolar membrane reactors.
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According to Zhejiang Energy, recently, the nationally produced bipolar membrane electrodialysis device independently developed by the Baima Lake Laboratory Energy and Chemical Environmental Protection Team successfully passed the 72-hour continuous and stable operation test. The device successfully produced a 10% sulfuric acid solution and an 8% sodium hydroxide solution. The purity of the acid-base solution reached 99% or more, the energy consumption per ton of salt was as low as 1,217 kWh/t, and the comprehensive performance reached the leading level in China. The device passed 72 hours of continuous and stable operation tests at full load, indicating that the Baima Lake Laboratory has fully mastered the independent development capabilities of bipolar membrane electrodialysis membrane reactors, achieved autonomy and control from the key core components of the membrane reactor to the complete equipment assembly process, and the design of the entire process system, ranking among scientific research institutions with high-end manufacturing capabilities for bipolar membrane reactors.
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