Teknologi Microbubble Pada Kolam Ikan Koi Untuk Meningkatkan Kualitas Air di Desa Sokong Kabupaten Lombok Utara

B. Setyono, Septiana Dwiyanti, Damai Diniariwisan, Y. Asri, M. Junaidi, Muhammad Sumsanto, Thoy Batun Citra Rahmadani
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Abstract

Koi fish cultivation activities are beginning to be developed in Sokong village, this is due to increasingly high demand, so it must be taken to improve the quality of koi fish production, one of which is by improving water quality. The availability of dissolved oxygen is one of the water quality parameters which is an indicator of good and bad water quality. So, to maintain the quality of dissolved oxygen, technology is needed that can maintain and meet oxygen needs. This community service activity aims to provide information regarding the application of microbubble technology to maintain dissolved oxygen in water so that it can increase the productivity of koi fish cultivation in Sokong village, North Lombok Regency. This service activity consists of several stages including location surveys, socialization and discussions, making and assembling microbubbles and testing microbubbles. Microbubble is a technology that functions to increase oxygen transfer through small water bubbles. The type of microbubble applied is the venturi type because it has a simple mechanism and the tools used are easy to obtain. This activity received a very good response as evidenced by the enthusiasm of partners participating in all stages. The benefit of this service is not only providing information on microbubble technology, but the use of this technology can provide solutions for managing and monitoring koi fish cultivation media in Sokong Village, North Lombok Regency.
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改善北龙目岛索康村锦鲤池塘水质的微气泡技术
由于需求量越来越大,苏孔村开始发展锦鲤养殖活动,因此必须提高锦鲤的生产质量,其中之一就是改善水质。溶解氧是水质参数之一,是衡量水质好坏的指标。因此,要保持溶解氧的质量,就需要能够保持和满足氧气需求的技术。这项社区服务活动旨在提供有关应用微气泡技术保持水中溶解氧的信息,从而提高北龙目岛苏孔村锦鲤养殖的产量。这项服务活动由几个阶段组成,包括地点调查、社交和讨论、制作和组装微气泡以及测试微气泡。微气泡是一种通过小水泡增加氧气传输的技术。应用的微气泡类型是文丘里型,因为其机制简单,所用工具也容易获得。这项活动得到了很好的反响,合作伙伴在各个阶段的参与热情就证明了这一点。这项服务的益处不仅在于提供有关微气泡技术的信息,还在于该技术的使用可为北龙目岛苏孔村锦鲤养殖媒介的管理和监测提供解决方案。
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