@article{Lili Mulyatna_Chay Asdak_Budhi Gunawan_William Marcus Putuhena_2020, title={CONCEPTUAL MODEL TO MEASURE THE SUSTAINABILITY OF DOMESTIC RAW WATER SUPPLY FROM MIXED SOURCES}, volume={19}, url={https://geomatejournal.com/geomate/article/view/855}, abstractNote={<p>The domestic water mix is basically the use of renewable sources of raw water such as rain <br>water and recycled gray water to be mixed with existing raw water sources, such as surface water, springs, <br>and ground water, which are in critical condition. To find out the level of sustainability of raw water supply <br>for drinking water using the Domestic Water Mix approach it is necessary to formulate a conceptual model to <br>measure it. The main objective of the research is to formulate a conceptual model to measure the <br>sustainability of raw water supply using the Domestic Water Mix approach. This research is exploratory in <br>nature, more in the form of literature review relating to drinking water raw water, governance, and the <br>process of its utilization and supporters. The result of this study shows that the conceptual model to measure <br>the sustainability of water supply raw water using the Domestic Water Mix approach consists of 5 stages of <br>measurement, namely: (1) problem identification; (2) assign key attributes; (3) WTP analysis; (4) formulating <br>a model with a systems approach; and (5) mechanism of institutional cooperation. The method used in each <br>stage is adjusted to the objectives of each stage, namely: (1) Multidimensional Scaling (MDS) & Monte <br>Carlo; (2) Analytic Network Process (ANP); (3) Willingness To Pay (WTP); (4) Dynamic System; (5) <br>Interpretative Structural Modeling (IMP).</p>}, number={76}, journal={GEOMATE Journal}, author={Lili Mulyatna and Chay Asdak and Budhi Gunawan and William Marcus Putuhena}, year={2020}, month={Dec.}, pages={40–47} }