Having a role as the water resource, situ water quality and biophysical conditions are the main components that reach the basis of sustainability analysis. This study aims to analyze the water quality and biophysical conditions of the Situ Rawa Kalong area as the basis for achieving sustainable management. The description of existing and potential conditions uses descriptive qualitative methods and scoring to measure the factors of water quality, lake quality, and tourism suitability. The literature study used secondary data from The Sanitation and Environmental Office of Depok City in the form of the Situ Rawa Kalong water quality data 2016-2020 and other sources. A field survey was conducted by measuring, mapping with GIS, and documenting. It concerns such data on vegetation, fauna, hydrology, morphology, climate, carrying capacity, topography, facilities, and infrastructure. The result is that Situ Rawa Kalong has limitations in determining the type of recreation. It is a non-contact and a view recreation. The types of tourism are meant for boating, fishing, and scenery recreation. The general biophysical condition of Situ Rawa Kalong is disturbed. As a potential water resource and tourism in Depok, Situ Rawa Kalong must be managed sustainability.
By planting citronella, the community has historically and culturally promoted citronella oil production for decades (Cymbopogon nardus L). The most common energy sources for distillation are distillation waste and firewood. The completion energy distillation of citronella oil is becoming more challenging as it becomes more difficult to obtain firewood and the price increases. This limitation renders citronella oil production untenable. For the distillation process, alternative energy sources with the attributes of Consolidated, Continue, Controllable, Clean, and Affordable are introduced, in this case, an electromagnetic power generator energy source. The research was carried out at Sirna Jaya Village, Gunung Halu District, West Bandung Province. The Electromagnetic Power Generator consists of three major components: 1. Starter for beginning rotation; 2. Electromagnet Guider for controlling the repulsion force between comparable magnetic poles, which is subsequently transferred to kinetic energy; and 3. Generator for producing electrical energy. It has been demonstrated that the power generator innovation can create 1500 watts of electrical energy and be scaled up. It has been demonstrated that the Electromagnetic Power Generator is a valuable energy source for processing citronella oil.
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