Development of a solid waste service level index

Rumakat, A. A.; Juwana, Iwan; Ainun, Siti

doi:10.1088/1755-1315/306/1/012023

Cited by 4 publications

References 2 publications

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Dynamic Spatial Model of Non-Domestic Waste Transport in Strategic Areas

2021

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The development of strategic areas that are taking place in several cities and districts in Indonesia is one of the solutions to the problem-solving approach instructed by the central government to develop the economy. However, along with the development of physical development and infrastructure in this strategic area, environmental problems began to emerge, especially solid waste. Increased community activity is one of the triggers for this increasing environmental problem. This research is a literature study that will answer the problem, what digital tools (applications / software) in a dynamic spatial model can support the final performance and what outputs can be obtained in its use. The method used is a qualitative method, research data is obtained from secondary data, several journals or articles that reveal about solid waste management. Data analysis was performed using descriptive analytical techniques. The mapping software application will simulate the determination of the location of waste collectors, visual representation of transportation routes, and optimization of transportation issues in order to provide economic and environmental benefits by reducing travel time, distance, fuel consumption, and pollutant emissions. The dynamic spatial model shows that the ArcGIS simulation results can be used as a strong basis for measuring the overall optimal route in solid waste management and dealing with dynamic changes in the future. Incorporating planning details on paper with real-world boundaries allows for realistic comparisons, for the application of sustainable environmental planning.

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Dynamic Spatial Model of Non-Domestic Waste Transport in Strategic Areas

2021

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The effect of soil percolation rate on the efficiency garden of the safe water garden in Nagrak village, Pacet district, Bandung Regency

Amrullah,

Juwana,

van Loo

2024

AIP Conference Proceedings

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Planning of Waste Management using Zero Waste Approach at SMAN 14 Bandung, Indonesia

Tariska

Juwana

Sutadian

2021

IOP Conf. Ser.: Earth Environ. Sci.

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SMAN 14 is one of the educational institutions that still adhere to waste management with a liner system, namely waste generated and disposed of in the final disposal site. In addition, SMAN 14 Bandung is a school with the title of an independent Adiwiyata School with environmental insight, but this school has not paid attention to managing its waste. This study aims to plan waste management with zero-waste approach so that the amount of waste sent to landfills is zero. Calculation of zero waste index (ZWI) was performed for a school scale wherein the results of ZWI were used for evaluation and as a basis for the future planning of solid waste management. Sampling measurements were carried out using the load count analysis method. The waste generated is 37,544 kg/day. With a composition of 13.12% organic, 60.42% plastic, 20.957% paper, 0.36 % metal, and a mixture of 5.14% with a zero-waste index of 0.80, the substitution of material savings of 30.09 kg, the substitution of energy 953.94 MJ, greenhouse effect reduction 26.89 Kg/CO2e, and water-saving -232.02 L. Furthermore, through this planning, the estimation of cost reduction was as much as Rp. 23,315 a day.

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Development of a solid waste service level index

Cited by 4 publications

References 2 publications

Dynamic Spatial Model of Non-Domestic Waste Transport in Strategic Areas

Dynamic Spatial Model of Non-Domestic Waste Transport in Strategic Areas

The effect of soil percolation rate on the efficiency garden of the safe water garden in Nagrak village, Pacet district, Bandung Regency

Planning of Waste Management using Zero Waste Approach at SMAN 14 Bandung, Indonesia

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