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す 40 ࢤす 4 ᱌                             ㇫   ㏳   ࡃ   ጒ                                  Vol.40, No.4
             20 23 Ꭱ 4 ᰵ                             FINE CHEMICALS                                  Apr.  2023


              㐩䃧
                             ➦₷㐀ᲱȠ倅⽠Ⴧᕔ⩢㼐⊤Ⅱ OER


                                            יࡃݯ⮱ⵁ⾣䔈ᆂ



                                                                      *
                                                  㟼   ᐧ喑Ⴘ   ࡻ
                                     喍͉ࡄⴠ⇦๔႓  ࡃ႓ࡃጒ႓䮏喑叾哆↌  ๔Ꮃ  163318喎

                 ᦅ㺮喟⩢㼐⊤Ⅱݣ⅏ឭᱜऄݝγ䊷Გ䊷็⮱ڠ∕ȡ఍ₑ喑䃫䃎ᐭࣾ倅᩵Ƞ⽠Ⴧ⮱⩢㼐๖♣⊤Ⅱ喍ᝃ⯽Ⅱ⩢㼐䉕喎
                 ݣ⅏יࡃݯڤᰶ䛺㺮ᘼͶȡ仃ٵ喑ܳᲽγ⩢㼐⊤Ⅱ᝭䲏͡⮱⣝⟣হᠾᝅ喠ᣒⱭ喑ᄦ⩢㼐⊤Ⅱיࡃݯ⮱䃫䃎ᕊ䌜
                 ̻ᩦᕔ᫦∂䔈㵹γᕨ㐀喑㐩䔝γ̶㐡ܳᅯ็ႁ㏠ㆠ㐀ᲱȠԊ៑ᅯ㐀Ჱহ㶕䲏⋓⎬ᕔ➦₷㐀Ჱיࡃݯౕ᣽倅יࡃ
                 ݯ⽠Ⴧᕔহ䔶᠖ᕔ᫦䲏⮱ᰭ᫝ⵁ⾣䔈ᆂ喠ᰭऻ喑ᄦ⩢㼐⊤Ⅱיࡃݯ᝭䲏͡⮱ᠾᝅহࣾᆂ᫦ा䔈㵹γᕨ㐀হᆂ᱈ȡ
                 ᠴܧ᱗Გⵁ⾣䰭ᄳ჋侹ⵁ⾣Ƞ⤳䃧ⵁ⾣হ㶕ᒮឭᱜⰥ㐀व喑ᐭࣾܧᰡ倅᩵Ƞ⽠Ⴧহ倅䔶᠖ᕔ⮱יࡃݯ喑В␎䋠
                 ⩢㼐⊤Ⅱጒ͇ࡃᏁ⩕⮱㺮Ⅿȡ
                 ڠ䩛䃺喟⩢㼐喠⊤Ⅱ喠Ჽ⅏喠Ჽ⅔喠יࡃݯ
                 ͚ఫܳㆨत喟TQ116.2喠TQ426      ᪴⡛ᴴ䃳⴮喟A      ᪴」㑃त喟1003-5214 (2023) 04-0697-09


                        Research progress on OER catalyst with special structure and

                                      high stability for seawater electrolysis

                                                                     *
                                                   SU Jian, SONG Hua
                 喍College of Chemistry and Chemical Engineering, Northeast Petroleum University, Daqing  163318, Heilongjiang,
                 China喎


                 Abstract: Seawater electrolysis, for hydrogen production has attracted more and more attention. Therefore,
                 it is of great  significance to design and  develop efficient and stable  catalysts for  hydrogen production
                 through natural seawater (or brine electrolyte) electrolysis. Herein, the status quo of seawater electrolysis
                 was firstly analyzed. Then, the design ideas and  modification  methods of electrocatalysts for seawater
                 electrolysis were summarized, followed  by review on the latest  research  progress in the  synthesis of
                 efficient and  stable catalysts for seawater electrolysis  via construction  of special structure, such as
                 three-dimensional layered porous nano structure, protective layer structure and surface wettability structure.
                 Finally, the existing  challenges and development directions were summarized and  prospected. It was
                 suggested that, in the future research, combination of  experimental and theoretical  research as well as
                 characterization technique, was needed to develop more efficient, stable and highly selective catalysts so as
                 to meet the requirements of the industrial application of seawater electrolysis.
                 Key words: electrolysis; seawater; hydrogen evolution; oxygen evolution; catalysts


                                                                                                          0
                 H 2 ڤᰶ㘪䛼ჳᏓ倅喍~284 kJ/mol喎ȠⰥᄦܳၽ                 ⩞͑͗ࡷࣺᏁ㏱᜽喟䭡Ხ̷⮱Ჽ⅏ࣺᏁ喍HER喎ȲE =0
            䉕䛼ᄼȠ䰣ᢿᩫВࣷ⛰☔☚թ倅ぶх߬喑㷘䃑ͧ᭜                             V  vs.  RHE喍ज䔳⅏⩢Ხ喎ȳহ䭠Ხ̷⮱Ჽ⅔ࣺᏁ
                                                                         0
            ᰭᰶݺ䕁⮱㘪⎽͸̭          [1-2] ȡⰛݺ喑ጟ㏼ᐭࣾܧ็⻺ݣ              喍OER喎喍E =1.23 V vs. RHE喎ȡ
            ⅏᫦∂喑࠲᠙⩟☤㧥↪䛺᪡Ƞ⚑⅁ࡃহ⩢㼐Ⅱぶ                      [3-5] ȡ     ౕ䚥ᕔϸ䉕͚喟
                                                                                  í
                                                                              +
            ڣ͚喑⩢㼐Ⅱڤᰶ䃫ิキࢂȠ㐬㞟倅᩵⮱х߬喑㷘                                          H +2e ĺH 2 喍HER喎             喍1喎
                                                                                  +
                                                                                         í
            䃑ͧ᭜जᠮ㐚⅏⩌ϔᰭᰶ᩵⮱ឭᱜ͸̭                   [6-7] ȡ⩢㼐Ⅱ               2H 2 Oĺ4H +O 2 +4e 喍OER喎        喍2喎

                 ᩣ⽬ᬒ᱌喟2022-08-27;  Ⴧ⩕ᬒ᱌喟2022-10-21; DOI: 10.13550/j.jxhg.20220800
                 ҉㔲キϸ喟㟼   ᐧ喍1995ÿ喎喑⩤喑ࢇธ⩌喑E-mail喟noblesj1995@163.comȡ㖁㈨ϧ喟Ⴘ   ࡻ喍1963ÿ喎喑᪆ᢵ喑E-mail喟songhua2004@sina.comȡ
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