CAJ | 학술논문

相比于现有的水华末端治理方式,采用以预防为主的思路进行水华防控,避免水华发生带来的不利影响,是更为经济有效、生态友好的水华治理措施。详细阐述了控制藻类“种源”的微电流电解抑藻技术,对微电流电解抑藻技术的最佳应用时机、技术原理、应用效果等进行了分析,深入探讨了微电流电解技术抑制湖库藻类生长的机理,同时开展了技术应用研究。结果表明,移动式微电流电解对湖泊藻类生长具有良好的抑制效果,2 h的处理可使50 m3水体中85%的藻类失活。
상비우현유적수화말단치리방식,채용이예방위주적사로진행수화방공,피면수화발생대래적불리영향,시경위경제유효、생태우호적수화치리조시。상세천술료공제조류“충원”적미전류전해억조기술,대미전류전해억조기술적최가응용시궤、기술원리、응용효과등진행료분석,심입탐토료미전류전해기술억제호고조류생장적궤리,동시개전료기술응용연구。결과표명,이동식미전류전해대호박조류생장구유량호적억제효과,2 h적처리가사50 m3수체중85%적조류실활。
Compared with the traditional algae treatment mode that is conducted after the bloom, the treatment measure that prevents the algae bloom from its occurring can avoid the unfavorable influence, which is more economic, effective, and environ-mental friendly. The inhibition of cyanobacteria species sources by low-amperage electric current electrolysis is introduced, and the best application time, mechanisms and effects of the technology are analyzed. The inhibition mechanism of cyanobacteria in lake and reservoir by low-amperage electric current electrolysis are further discussed and the application study was carried out. The result shows that the inhibition of algae by the mobile equipment of low -amperage electric current electrolysis for water bloom control was effective, 85% of the algae in the water area of 50m3 was inactivated by 2h treatment.