Search Repository Universitas Fort De Kock

uhi standar baku mutu atau persyaratan kualitas air minum, serta memenuhi persyaratan hygiene sanitasi dalam pengelolaan air minum. Ada beberapa penyebab DAM terkontaminasi diantaranya sumber air baku, wadah tempat distribusi tidak memenuhi standar hygiene dan sanitasi DAM, juga proses filtrasi dan desinfektan dengan teknologi yang rendah. Diantara 24 DAM di Kecamatan Kinali, yang memiliki LAIK hanya 9 DAM (37,5 %). Tujuan penelitian untuk menganalisis bakteriologis (E.coli) Depot Air Minum (DAM). Metode penelitian deskriptif analitik dengan desain cross sectional. Penelitian dilakukan di Kecamatan Kinali Kabupaten Pasaman Barat, pada tanggal 6 27 Agustus 2018. Populasi adalah seluruh Depot Air Minum Isi Ulang di Kecamatan Kinali Pasaman Barat yang berjumlah 24 Depot, dengan pengambilan sampel secara total populasi. Data dikumpulkan melalui observasi dan wawancara, kemudian diolah dan dianalisa menggunakan uji corelasi pearson. Hasil analisis univariat diketahui 79,2 % sampel memiliki kondisi fisik bangunan tidak memenuhi syarat, 79,2 % peralatan memenuhi syarat, 83,3 % kondisi penjamah kurang baik, 100 % sumber air baku kurang baik, dan 62,5 % bakteriologis (e.coli) memenuhi syarat. Hasil bivariat ada hubungan peralatan (p = 0,003) dengan bakteriologis (e.coli). Disimpulkan bahwa faktor yang berhubungan bakteriologis (e.coli) adalah faktor sarana. Disarankan pada pengelola DAM agar mengupayakan sumber air baku dari mata air yang terlindungi, untuk mengurangi bakteriologis e.coli dalam air olahan, serta menjaga kebersihan peralatan yang digunakan sehingga tidak memicu timbulnya bakteri e.coli.

Each DWP is obliged to ensure that the drinking water produced meets the quality standards or the quality requirements of drinking water, as well as meeting sanitation hygiene requirements in the management of drinking water. There are several causes of contaminated DWP such as raw water sources, container distribution sites that do not meet DWP hygiene and sanitation standards, as well as low-tech filtration and disinfecting processes. Among the 24 DWP in Kinali Subdistrict, which had Hygiene sertificat was only 9 DWP (37.5%). The research objective was to analyze bacteriological (E.coli) drinking water depots DWP). Descriptive analytical research method with cross sectional design. The study was conducted in Kinali Subdistrict, Pasaman Barat Regency, in 6 27 August 2018. The population is all Refill Drinking Water Depots in Kinali Pasaman Barat Subdistrict totaling 24 Depots, with total population sampling. Data were collected through observation and interviews, then processed and analyzed using the corelasi pearson. The results of univariate analysis showed that 79.2% of the samples had physical conditions of buildings that did not meet the requirements, 79.2% of the equipment met the requirements, 83.3% of the condition of the handlers were not good, 100% of raw water sources were not good, and 62.5% were bacteriological (e .coli) qualifies. The bivariate results were related to equipment (p = 0.003) and bacteriological (e.coli). It was concluded that bacteriological related factors (e.coli) were a factor of means. It is recommended for DWP managers to seek raw water sources from protected springs, to reduce bacteriological e.coli in treated water, and to maintain the cleanliness of the equipment used so as not to trigger the emergence of e.coli bacteria.