PENGOLAHAN DATA KUALITAS AIR TAWAR MENGGUNAKAN METODE ANALYTICAL HIERARCHY PROCESS (AHP) BERBASIS WEBSITE
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Institusion
Universitas Muhammadiyah Sukabumi
Author
Maulana, Teguh
Subject
T Technology (General)
Datestamp
2021-03-22 04:18:14
Abstract :
The development of an area spurs environmental pollution, including water, soil and air pollution. The river is a place for accumulated disposal of waste from various human activities before finally being channeled into a lake or sea. This condition will cause all dissolved pollutants in the form of liquid and solid waste to enter the river flow. The amount of pollutants that enter the river will affect water quality. At a certain point, it will cause pollution. One of the efforts to monitor and control water pollution is to measure and analyze water quality, as regulated in Government Regulation No. 82 of 2001. Decisions on processing fresh water quality data that are not correct will cause the level of processing to become messy or not structured, so it is necessary to make a a good decision support system, which can assist the BBPBAT in processing data that has the potential to smoothly process the data. Decision support systems can assist BBPBAT in determining the data that deserves water quality based on several criteria such as temperature, pH, O2, CO2, Alk, NH3, and NO2. And based on several alternatives such as drinking water, rice fields, koi fish ponds, catfish ponds and tilapia ponds. The results of the research on seven data sets which resulted in a ranking that resulted in an appropriate position for water quality with values, namely Drinking Water (0.2596482), Rice Fields (0.1827023), Tilapia Fish Pond (0.136014), Koi Fish Pond ( 0.2376132), and Catfish Pond (0.1840223). After the ranking is done, the result that has a greater value is drinking water
The development of an area spurs environmental pollution, including water, soil and air pollution. The river is a place for accumulated disposal of waste from various human activities before finally being channeled into a lake or sea. This condition will cause all dissolved pollutants in the form of liquid and solid waste to enter the river flow. The amount of pollutants that enter the river will affect water quality. At a certain point, it will cause pollution. One of the efforts to monitor and control water pollution is to measure and analyze water quality, as regulated in Government Regulation No. 82 of 2001. Decisions on processing fresh water quality data that are not correct will cause the level of processing to become messy or not structured, so it is necessary to make a a good decision support system, which can assist the BBPBAT in processing data that has the potential to smoothly process the data. Decision support systems can assist BBPBAT in determining the data that deserves water quality based on several criteria such as temperature, pH, O2, CO2, Alk, NH3, and NO2. And based on several alternatives such as drinking water, rice fields, koi fish ponds, catfish ponds and tilapia ponds. The results of the research on seven data sets which resulted in a ranking that resulted in an appropriate position for water quality with values, namely Drinking Water (0.2596482), Rice Fields (0.1827023), Tilapia Fish Pond (0.136014), Koi Fish Pond ( 0.2376132), and Catfish Pond (0.1840223). After the ranking is done, the result that has a greater value is drinking water
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