Analysis of integrated clean water services for west Bali region

Abstract

The area of Jembrana Regency is 841.80 km2, has five sub-districts. The total population in 2021 is 281,289 people, covering the Melaya District 54,032 people, State District 85,349 people, Jembrana District 56,061 people, Mendoyo District 58,909 people, Pekutatan District 26,938 people. Gerokgak District is part of the western part of Bulelelng Regency. The population of Grokgak Subdistrict in 2021 is 86,421 people. The integration of clean water supply in the western part of Bali is very important, because the community is a collection of individuals who have socio-cultural, occupying different areas and environments, but have a common interest, for the fulfillment of water as a source of human life. Differences in interests in the use of water include, domestic and non-domestic interests, industry, irrigation and conservation. To find out the potential of Tukad Unda downstream in providing clean water, an analysis of its water The provision of clean water in the western part of Bali will be studied in this study, in line with efforts to improve clean water management in Jembrana Regency and Buleleng Regency. To determine the water balance in providing clean water, an analysis of water availability and water needs is carried out.

study of clean water supply system managed by the community to ensure reliability of the clean water supply system in Tabanan District

“…Reverse calculation of population projections for the ten sub-districts in Tabanan Regency shows that the smallest standard deviation is obtained from calculations using the geometric method (Triadi et al, 2023). So that the population projections for 2025, 2030, 2035, and 2040 are obtained as shown in the following table 2.…”

Integrated water resources management in the Bukian irrigation area at Badung Regency

“…Excess irrigation water that occurs will be reused for activities downstream so that there will be a pattern of water use repeatedly (reuse). Such a pattern is a return flow in a river system or watershed (Triadi et al, 2023).…”