Tingkat kehilangan air yang terjadi di PDAM pamekasan kecamatan pademawu tiap tahunya semakin meningkat. Minimnya sumber air sebagai bahan baku dan banyaknya kehilangan air sehinggan distribusi air semakin berkurang menjadi pemasalah yang terjadi di PDAM pamekasan kecamatan pademawu. Kehilangan air dapat disebabkan oleh factor fisik dan non fisik /komersial. Kehilangan air secara fisik diakibatkan oleh factor-faktor teknis pada perpipaan. Sedangkan kehilangan air non fisi/komersial disebabkan oleh factor-faktor non teknis seperti kesalahan penanganan data dan kesalahan pembacaan meteran. Untuk memprediksi tingkat kehilangan air (water losses) PDAM pamekasan di kecamatan pademawu maka dilakukanlah analisis pemodelan sistem dinamik untuk memprediksi tingkat kehilangan air. Berdarkan uji coba beberapa skenario, skenario penggantian diameter dapat menekan kehilangan air fisik sebesar 51 % perbulanya. skenario pengurangan debit aliran pada pipa sebesar 3 % dan skenario penggabungan antara skenario 1 dan 2 dapat menekan sampai 57 %. Hasil pemodelan ini dapat dijadikan acuan untuk melakukan kebijakan bagi pihak PDAM.

The level of the water losses which is happened in PDAM pamekasan in pademawu every year is more increase. The water losses as the main needed and the number of the water losses. Therefore , the distribution of water is on the wane become a problem which is happened in PDAM pamekasan in pademawu. The water losses can be caused by physical factor and non-physical factor. The water losses which is happened physically is happened caused by the technical factors in the canal. While the water losses by non physical/comersial caused by the non technical factors like the problem in data process and the problem in the perusal of gauge. To predict the level of the the water losses PDAM pamekasan in pademawu. There are an analysis of modeling dynamical systems to predict the level of water losses. Based on the test in some scenario, the replacement of diameter can compress the wate losses physically of 51 % each month. Scenario of the denclesion of the discharge strean of the canal as 3 % an the combining between scenario 1 and 2 can compress until 57%. The result of the modeling can be a refrence to make a wisdom for PDAM.

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