Final Waste Disposal Site Research Articles

INOVASI TEKNOLOGI MENUJU ZERO WASTE PENANGANAN DARURAT SAMPAH DI KOTA MAGELANG

The problem of domestic waste has become quite serious, considering the volume and rate of accumulation are increasing with the increasing population and economic activities. The Final Waste Disposal Site (TPSA) in Magelang City is currently overloaded because Magelang City only has one Final Waste Disposal Site (TPSA). If strategic and appropriate steps are not taken to reduce the waste entering the Banyu Urip Final Waste Disposal Site (TPSA), then within a maximum of 1-2 years the Banyu Urip Final Waste Disposal Site (TPSA) will not be able to receive waste shipments from Magelang City. The incomplete resolution of waste in Magelang City is due to the unavailability of waste processing technology that produces zero waste and is environmentally friendly. The policy analysis evaluation approach used is the Grid Analysis (Matrix Analysis) method. The results of the study recommend the application of waste processing machine technology by the Environmental Service. This mechanization technology is expected to be able to replace the previous method (open dumping and landfill) with waste mechanization with the advantages of being relatively odorless, relatively no social conflict and saving land. The mechanization technology consists of waste sorting machines, plastic shredding machines, organic waste pulping machines, conveyors and incinerators.

Penentuan Rute Pengambilan Sampah Dengan Menggunakan Metode Clarke & Wright Algorithm Saving Heuristic Di Perusahaan Daerah Kebersihan Untuk Wilayah Bandung Timur

Trash problem in Capital City like Bandung City is became concern problem especially by West Java Government that relocating final waste disposal site from Sarimukti located in Padalarang Bandung Barat to final waste disposal site Legoknangka located in East Bandung, but final waste disposal site Legoknangka still in under construction, so the Government of Bandung City made temporary final waste disposal site located in Gedebage on Bandung City, because the distance between final waste disposal site Sarimukti and temporary final waste disposal site are far enough so need to be an assessement for disposal trucking route especially disposal truck various Dump Truck with maximum capacity 12 m³. The purpose for this research is to know, assessment, and analyze result from formation for route with VRP model (Vehicle Routing Problem) which is one of the methods are Saving Heuristic, the main focus on this methods is a big Savings distance, so that the result of distance is the shortest route but still concern maximum truck capacity. The result of this research is change route for truck disposal in East Bandung Area become 3 trucks with total travel distance 98.945 meters or ± 35.000 meters/truck from depot/pool to final waste disposal site, with this occur a savings from total trucks, total travel distance. Where is East Bandung Area usually needs 7 Dump Trucks for service this area, with only 1 truck serve 1-2 temporary dumping ground for travel distance 40.000 meters/truck for serve from temporary dumping ground this time not included travel distance and time travelling for truck to final waste disposal site.

KEPUASAN PELAKSAAAN COMMUNITY DEVELOPMENT INDONESIA POWER SURALAYA: BAGENDUNG ESENSI

PLN Indonesia Power Suralaya PGU is an example of a public organizational entity in the form of state representation in corporate form. As a corporation, this company is not only profit-oriented but also thinks about the benefits for society. In carrying out corporate actions, PT PLN Indonesia Suralaya PGU will definitely interact with community activities that have the potential for conflict if not maintained properly. These activities can be in harmony with community activities, but it is also undeniable that they are very likely to cause conflict with the community. The community development work program is structured based on opportunities and challenges, problems that exist in the area where problem empowerment is located. Bagendung Village, Cilegon City, was chosen because there is already a Final Waste Disposal Site (TPSA) in collaboration between the Cilegon City government and PT PLN Indonesia Power Suralaya PGU which is managed as Kampeng Energi because Bagendung TPSA is processed into electrical energy. TPSA Sampah Bagendung manages waste into fuel for the Suralaya Steam Power Plant (PLTU). In conclusion, the majority of the Bagendung Essence Program is able to have an impact on increasing welfare for beneficiaries and provides positive benefits for very capable beneficiaries as much as 90 percent, only 10 percent answered that they are able and none at all answered that they are less capable or unable to provide positive benefits for recipients. benefit.

Facing the Garbage Piles: Implementation of Domestic Waste Management by Village-Owned Enterprises

As part of efforts towards Indonesia's Free of Waste, Bojonegoro Regency implemented the Garbage Emergency program in 2020. This program includes strategies for waste utilization and determining the location of Final Waste Disposal Sites. Through collaboration between the Village Government and Village-Owned Enterprises (BUMDesa), innovations have been created to address household waste issues. The domestic waste management program managed by BUMDesa targets the direct participation of households in waste sorting and storage according to its classification, with the hope of reducing the accumulation of waste that pollutes the environment. This research aimed to analyze the implementation of domestic waste management by Village-Owned Enterprises. The method used in this research employed a qualitative approach with a case study design. The research focused on six indicators: policy standards and objectives, resources, characteristics of implementing agents, inter-organizational communication, socio-economic-political conditions, and the disposition of implementers, with data collection techniques including interviews, literature review, and documentation. Findings from this research indicated that the implementation of waste management programs in Sambiroto Village involves cooperation between the village government, Village-Owned Enterprises, and residents. This program aimed to reduce the volume of waste originating from households by actively involving community participation. However, the implementation of this program faces challenges, including limited resources and a lack of financial support from the community. The village government needed to improve communication and provide training for the community and personnel involved in the program. Additionally, providing subsidies or assistance to low-income communities can also enhance participation in waste management. With the hope that this program can have a positive impact on environmental cleanliness and increase public awareness of the importance of sustainable waste management.

Estuary Clean Up dalam Mendukung Pengelolaan Kawasan Pesisir Desa Sungai Nibung Kalimantan Barat

Desa Sungai Nibung is a coastal with high biodiversity, so this village has been designated as a conservation area in West Kalimantan with the main conservation target is mangrove. The mangrove ecosystem has an important ecological role, namely as a habitat for marine and coastal biota. A maintained ecosystem will protect the survival of the biota within it. Therefore, managing coastal areas is essential and a shared responsibility. One of the challenges faced in the management process in Desa Sungai Nibung is plastic waste pollution. This waste comes from disposal and runoff from land, which can enter rivers and the sea. Plastic pollution also comes from fishing activities, such as ship traffic, responsive fisheries, and cultivation. This waste needs to be appropriately managed because there is no final waste disposal site (TPA). Household waste and waste from several shops (plastic food and drink packaging) are dumped directly around the building. The accumulation of plastic waste will continue to increase. Therefore, cleanup activities were carried out to reduce plastic waste. Apart from that, this activity aims to educate activity participants about the negative impact of plastic waste on the environment. This community service activity was carried out by a lecturer in Marine Science, FMIPA, Tanjungpura University, who involved students from the Merdeka Belajar Kampus Merdeka (MBKM) program. Beaches and coastal clean-up from macroplastic waste are carried out in residential areas, docks, and areas near fishing activities and ecotourism areas. Implementation of PKM activities consists of permission and coordination, implementation, monitoring, and evaluation. The waste from activities varies from plastic bags, sachet packaging, and food containers to fishing lines. Plastic waste dominates compared to other waste. Participants' understanding concerning plastic waste pollution and its negative impact on the environment and aquatic organisms increased after the activity took place.

Chemical stability of Hg-adsorbed pyrite under different pH and redox conditions: A fundamental study for stable management of Hg-bearing wastes

Along with the worldwide awareness of mercury (Hg) toxicity, safe disposal and preservation of Hg-bearing waste becomes a matter of concern. In this study, Hg adsorbed pyrite, which is a type of Hg-bearing wastes, was synthesized and subjected to leaching tests at different pH (2, 6, and 10) and dissolved oxygen concentrations (aerobic and anaerobic) for 168 h in order to evaluate the chemical stability of the adsorbed Hg. Hg solubilization after 168 h leaching was negligibly small (0.13 µmol/L) at pH 10 under aerobic conditions while robust sulfur solubilization here (29.4 mmol/L), resulting from oxidative dissolution of pyrite, was expected to trigger the Hg desorption. Under anaerobic conditions, 35 times more Hg was released at pH 10 than pH 2, which was the opposite trend from aerobic conditions. X-ray photoelectron spectroscopy (XPS) and X-ray absorption fine structure (XAFS) analyses found that Fe (oxy)hydroxides were formed on the pyrite surface through its oxidative dissolution, contributing to the re-immobilization of once-desorbed Hg via the formation of surface complexation. Little Fe (oxy)hydroxide formed under anaerobic conditions, thus leading to the enhanced Hg release at alkaline than acidic pH values. Numerical calculation with a geochemical modeling confirmed that this hypothesis was valid and allowed the Hg distribution during the leaching of Hg-bearing pyrite to be quantified. Overall, we developed some suggestions for the stable management of Hg-bearing waste at the final waste disposal site based on the findings of this study.

Overview of Worm Infections and Hemoglobin Levels in Children Living in TPA (Final Waste Disposal Site) Tamangapa Makassar, Indonesia

Introduction: Children who live around TPA Tamangapa often play and do activities around the TPA. This can increase their risk of being exposed to worm eggs or larvae in the garbage. Lack of public knowledge and awareness about the dangers of worm infections. Hemoglobin (Hb) levels are an indicator of a child's nutritional status. This study aims to present an overview of worm infections and hemoglobin levels in children living in TPA (final waste disposal site) Tamangapa Makassar, Indonesia.
 Methods: This study is a descriptive observational research. This study uses primary data from observations of research subjects. A total of 10 research subjects participated in this study.
 Results: The results of microscopic examination of fecal samples showed that 6 were positive for worm infections and 4 were negative for worm infections. The positive results were found to be intestinal nematodes, namely Ascaris lumbricoides and Tricuris trichiura. Examination of hemoglobin levels in blood samples with the results obtained were normal in all samples.
 Conclusion: The majority of subjects experienced worm infections with the worm species found being A. lumbricoides and T. trichiura. All samples showed blood hemoglobin levels within normal limits.

Policy Implementation Regarding Regional Waste TPA of Southwest Sumba Regency (Study at Southwest Sumba District Environmental Service)

Researchers conducted research at the Southwest Sumba Regency Environmental Service. This research aims to determine the implementation of government policy in the provision of regional waste final disposal sites in Southwest Sumba Regency along with the inhibiting factors. This research method is qualitative, with data collection techniques using observation, interviews, and documentation. The results of the research show that: (1) the implementation of the Southwest Sumba Regency Regional Regulation policy Number 12 of 2019 concerning Final Disposal Sites for regional waste in Southwest Sumba Regency has not been implemented, this is due to the communication and socialization aspect of reducing regional waste. Consistency is also still minimal because there have been no firm efforts to implement administrative sanctions for business actors who do not pay fees or people who throw rubbish at illegal waste dumping sites. Based on the research results, most of the human resources implementing this policy, especially supervisors, only have a bachelor's degree or equivalent at the Environmental Service of Southwest Sumba Regency. Limited budgets make it difficult to procure machines for waste recycling, considering that the price per unit is expensive and it is not yet possible to provide them to villages, sub-districts, and the, entire community in Southwest Sumba Regency. Facilities and infrastructure are also limited, as many tools are in a damaged condition. Temporary disposal sites in several sub-districts have limited waste capacity. In terms of organizational structure, there are Standard Operating Procedures related to the provision of Regional Waste Final Disposal Sites and fragmentation involving the Southwest Sumba Regency Environmental Service. (2) Factors inhibiting the implementation of policies regarding final waste disposal sites in Southwest Sumba Regency, low public awareness of waste disposal, lack of firmness in implementing sanctions, lack of human resources, and budget limitations.

Intermediate Treatment Facility as a Waste Management System in DKI Jakarta: An Overview

The limited capacity of the Bantargebang landfill as the final waste disposal site and the ever-growing amount of waste produced by Jakartans urges the development of more eco-friendly waste management facilities. Using the scoping review method, this study aims to review the feasibility of ITF development in DKI Jakarta based on identifiable impacts, social costs and benefits analysis, hindrances faced in ITF development planning, and reviewing alternative financing that can be used in constructing ITF. The results of this study show that aside from its capacity to process waste more efficiently and potentially produce electricity, ITF construction may have several negative impacts on the surrounding environment. Based on an analysis of social costs and benefits, the development of ITF is feasible. However, some obstacles are present in planning the development of ITF, such as that it requires a strong investment commitment in terms of financing development and project operations, both from the DKI Jakarta Provincial Government, DPRD, and the private sector. Two possible financing schemes to consider are the local government budget and PPP.

The effect of kebon kongok waste disposal sites on ground water quality in Suka Makmur Village, West Lombok District

The Kebon Kongok waste disposal sites (WDS), Suka Makmur Village, is the final waste disposal site for Mataram City and West Lombok because Mataram City does not have a WDS. The condition of the WDS has exceeded its capacity. Suka Makmur Village is a village close to the Kebon Kongok WDS. This research was conducted in Suka Makmur Village to know groundwater quality with Smell, Taste, TDS, pH, BOD, COD, Ammonia (NH3N), and Total Coliform. The method used to determine the quality of groundwater is by using the Pollution Index Method. In determining the sampling technique, the purposive sampling technique is used, a determination technique with certain considerations. The results showed that the results of the analysis of raw water samples with the parameters Odor, Taste, Total Dissolved Solid, pH, BOD, COD, Ammonia (NH3N), and Total Coliform. The results obtained from the three sample points that exceeded the Water Quality Standard threshold were only the Total Coliform parameter, sample 1 was 230 mg/l, sample 2 was 91 mg/l, and sample 3 was 230 mg/l based on the Regulation of the Minister of Health of the Republic of Indonesia Number 32 2017 concerning Environmental Health Quality Standards and Water Health Requirements for Sanitation Hygiene, Swimming Pools, Solus Per Aqua, and Public Baths. Based on the results of data analysis using the Pollution Index Method (IP), sample one was 3.14, sample two was 1.68, and sample three was 3.13. These results indicate that the condition of the water is included in the Light Polluted category based on the Decree of the State Minister for the Environment Number 115 of 2003 concerning Water Quality Status, the Pollution Index value with an IP score of 1.1 - 5.0 is intended for class I water.

Selection of the final solid waste disposal site in the Bolgatanga municipality of Ghana using analytical hierarchy process (AHP) and multi-criteria evaluation (MCE)

The various components of Municipal Solid Waste (MSW) such as collection, sorting, transportation, and disposal have their peculiarities and challenges. However, final disposal sites, generally referred to as landfill sites, present a complex difficulty. The aggregation of the problems of other components has consequences on the microenvironment, public health, and groundwater. Final disposal of MSW, site selection, and management presents an enormous burden for most Metropolitan, Municipal, and District Assembly (s) in Ghana. The case of Bolgatanga Municipality is similar to many others in the Upper East region in particular and Ghana as a whole. The existing landfill site is improperly sited and poses a great danger to adjoining communities. In this work, we used the Analytical Hierarchy Process (AHP) in a G.I.S. suite and Multi-Criteria Evaluation to assess the current location and select a possible new site within the municipality. The criteria used are generally environmental and socio-economic parameters, including; distance from major roads, rivers, settlements, and the selection of an appropriate slope and soil type that suits the guidelines for the siting of a landfill. The outcome of this multi-criteria assessment is the selection of a new site far from the current disposal site indicating the inappropriate location of the current site. A combination of all weighted criteria through a model builder process produced a suitability index map for candidate landfill sites. The selected site at Sherigu is about 16 km by road from the proposed site, which is much bigger than the threshold of 500 sq. meters. The separation distance and size between the current and the proposed site are indications of how economically and environmentally inappropriate the Sherigu site is and the need for a better site that is better situated for socio-economic and environmental considerations.

EDUKASI TENTANG PENGETAHUAN, SIKAP DAN PERILAKU MASYARAKAT TERHADAP PENCEGAHAN DEMAM BERDARAH DENGUE (DBD)

Dengue hemorrhagic fever (DHF) is a disease caused by the dengue virus with Aedes aegypti as the main vector. Diseases (DHF) can cause death and cases tend to fluctuate from year to year in Indonesia, including Palu City. Therefore, we carry out community service for the prevention of DHF in Palu City. As for the activities that we carried out in the form of distributing questionnaires, educating the community around the final waste disposal site in the Kawatuna village. The education we provide is the eradication of mosquito nests through the application of 3M Plus, including draining water reservoirs, closing water reservoirs, recycling used goods that can potentially become mosquito breeding grounds. In addition to education, we also provide mosquito repellent lotion for use during the day.The service that we have done can make the community around the final waste disposal site aware of the importance of preventing dengue fever and can be seen from the enthusiasm of relevant stakeholders and the local community.

Pengelolaan Perancangan Sarana Prasarana Berbasis Lokal di Desa Pemo Kecamatan Kelimutu Kabupaten Ende melalui Kegiatan Kuliah Kerja Nyata Mandiri

This article presents some of the main problems at the University of Flores 2021 Independent Real Work Lecture Location in the Pemo Village, Kelimutu District, Ende Regency. Partner needs: so that clean water can be reached in hamlet locations that have not yet been distributed clean water and every hamlet is required to have a clean water reservoir, in order to maintain a healthy environment so that garbage is not handed over, every hamlet is required to have a final waste disposal site and wants to have a website for marketing. Problems faced: Environment, Social, Technology and Clean water facilities. Methods of Implementation: lecture method, direct practice in mutual cooperation, evaluation after carrying out activities and suggestions for village government. The results of the activity: held discussions with village officials regarding the existing infrastructure in Pemo Village, had carried out Musrengbangdes activities at the village office, had carried out social service work every week at the village office location, village roads, and the hamlets in Pemo Village. Each hamlet already has a landfill, as well as creating a website for marketing local creative products, especially Tenun ikat. Community participation and support is quite high, where the community is active in implementing work programs so that what they want can be achieved and feel satisfied.

Pendampingan Smart Home Anak Pemulung di Sekitar TPA Supit Urang Kota Malang

Supit Urang is a Final Waste Disposal Site (TPA) in the city of Malang. People living around the TPA use the Supit Urang TPA as a place to earn a living. There are children who are lazy every day to help their parents. As a result, children's motivation to learn becomes low to take education, especially school. This Community Service is carried out in the village of Mulyorejo, Malang City. The purpose of this service is to assist elementary school students in learning. This assistance is carried out with the Smart Home concept. The method implemented in this service program is mentoring for elementary school students, totaling 26 students. The results of Smart Home assistance are carried out by providing assistance in learning to read, write, and count. So that assistance provides benefits to improve the cognitive abilities of children around the Supit Urang TPA, Mulyorejo village, Malang City.

Penentuan Wilayah Lokasi Tempat Pembuangan Akhir (TPA) Sampah Kabupaten Kediri Jawa Timur

This study was conducted to determine the location of the final waste disposal site in Kediri Regency. The district has a very large potential for waste generation, on the other hand it only has one landfill location, while the location is close to the airport development plan, thus requiring a new location that is adequate, strategic, economical and environmentally friendly. The methodology used is a qualitative research method, using primary and secondary data, with data collection techniques through observation, interviews, literature study and documentation. Determination of the location of an adequate, strategic, economical and environmentally friendly waste landfill site is carried out through regional analysis, allowance analysis and determination. Based on this analysis, alternative locations for landfills in Kediri Regency are generated in four villages located in two sub-districts, namely Mojo Village and Sukoanyar Village in Mojo District and Selopanggung Village and Sidomulyo Village in Semen District.

MULTI-CRITERIA ASSESSMENT (MCA) AND SELECTION OF A SOLID WASTE DISPOSAL SITE WITHIN WA MUNICIPALITY, UPPER WEST REGION, GHANA

Municipal solid waste management is a problem in most developing countries of the world. This is because of its nature, quantity generated, cost of transportation and the selection of final storage sites, which together presents a huge challenge for most municipalities. Improper solid waste disposal has serious environmental consequences which ultimately affects human health. The most common problems associated with improper selection and management of final waste disposal sites for solid waste include disease transmission, fire hazards, odour nuisance, air and water pollution, aesthetic nuisance. Economic cost arising from transportation due to long distances of travel to deposit solid waste also discourage the use of waste disposal sites. Municipal solid waste management is considered one of the most serious environmental and social problems faced by municipal authorities in developing countries.. This work considered the selection of a suitable site for the disposal of municipal solid waste generated within the Wa Municipality of the Upper West Region of Ghana, using Multi-Criteria Evaluation technique in G.I.S. To determine the most suitable waste disposal sites in the municipality, the study integrated environmental and socio-economic criteria including proximity to road networks, distance to residential and important built-up areas, water bodies to select the most optimal location for waste disposal. The results showed a total of three (3) proposed suitable sites, out of which a site with reasonably optimal distance as well as easily accessible to roads was preferred as the most suitable site for the municipal solid waste disposal (landfill) in the Wa Municipality.

The Impacts of Hazardous and Toxic Waste Management: A Systematic Review

Looking at the environmental and health problems caused by the irregular disposal of hazardous and toxic waste, it is important to manage B3 waste to prevent and overcome environmental pollution or damage caused by B3 waste and to restore the quality of the polluted environment so that it is following function back. In this case, every activity related to B3 must pay attention to environmental aspects and maintain environmental quality in its original condition and prevent disease. The main objective of this review is to identify and understand the impact of hazardous and toxic waste management. his review was conducted based on sources from Google Scholar, Pubmed, Emerald Insight, DOAJ with the types of journals published such as ELSEVIER, IJSDGE, PROCEEDINGS, ICCEM, HINDAWI, JPHE, JSTFT, JET, AJEST, JCH, WMR, BMC Health Services research and two reports from WHO (World Health Organization). Furthermore, screening of titles, abstracts, and content selection or content according to inclusion and exclusion was carried out which obtained 14 articles that were analyzed further. B3 waste management that enables sorting, storage, transportation, and processing at the final waste disposal site is one of the important strategies in B3 waste management.

THE COMMUNITY NUTRITION GARDEN (POKIMAS) IN THE KINGDOM COMMUNITY OF BGBJ, BEKASI, WEST JAVA

The Kingdom of BGBJ or “Kingdom of the Seeds of Bantar Gebang” is a community within the Bantar Gebang Final Waste Disposal Site (TPSA) area which has an effect on the quality of public health and the environment of the area due to the lack of access to sanitation and the lack of reforestation land. On the other hand, the economic conditions and the low education of the parents make the residents around the community limited in accessing household food sources that are not in accordance with balanced nutrition. The general objective of this Community Partnership Program activity is the establishment of a Pilot The Community Nutrition Garden (POKIMAS) in the Kingdom of BGBJ, Bantar Gebang, Bekasi, West Java as a motivator for the surrounding community to participate in POKIMAS in each household. The method used in this activity adapts to the situation and conditions of the Covid 19 pandemic, training is carried out online and complete education modules are provided which will be given to all targets so that they are easy to learn independently at home. The PKM team will provide TOT (Training of Trainers) online to the core team of the BGBJ Royal Community and then the Core team is responsible for providing training to 10 POKIMAS target participants. The results and benefits that have been achieved include: increased knowledge of how to create and the importance of POKIMAS; the creation of 16 simple nutrition gardens managed by households around BGBJ which previously did not exist. Initial target of 10 POKIMAS gardens; as well as the addition of 8 participants that have nutrition gardens around the BGBJ pilot project. The program that is still running with the commitment of the BGBJ community is expected to consume vegetables and fruit from POKIMAS that are made independently by participants.

FEASIBILITY STUDY OF JALUPANG WASTE DISPOSAL SITE OF SUBANG REGENCY

The increasing number of residents in Subang Regency every year has a direct impact on the amount of waste generation that must be managed. Until now, Subang Regency only has the Panembong Waste Disposal Site (WDS) in Parung Village which is intended to serve the entire Subang Regency area which includes 30 sub-districts. The Panembong TPA has started operating Since 1991, with the current Open Dumping operational system, the Panembong TPA has experienced an overload on an active land area of ​​± 2.2 Ha. The total area of ​​the Panembong TPA is ± 6.5 Ha which is used ± 1.6 Ha for general landfill infrastructure, the Active Zone of ± 2.2 Ha is used as a landfill area and the Passive Zone ± 2.7 With such conditions, the Subang Regency government proposes and plans to transfer and move the location of the Final Waste Disposal Site (TPA) at the planned location, while the planning location for this TPA is at: Jalupang Village, Kalijati District. The new TPA is planned to use the Sanitary Landfill system, considering that the Open Dumping system is no longer allowed by the government since 2009 which is based on Law No. 18 of 2008 concerning Waste Management. The initial step in the construction of the Sanitary Landfill TPA system is determining the location of the TPA which must comply with the requirements and provisions regarding environmental management, public order, city/environment cleanliness, regional regulations on waste management and urban spatial planning, as well as other implementing regulations that have been determined. by the government. To be able to determine the location of the landfill that meets these requirements.

Study of Solid Medical Waste Management in Aimere Public Health Center, Ngada Regency

Public Health Center is one of the health service units which produces solid medical waste. The results of preliminary data collection indicate that the management of solid medical waste at Aimere Public Health Center is still problematic. The Public Health Center does not provide a means of transporting waste and does not have an incinerator to manage this waste, so there is still a build for the management of solid medical waste at the final disposal site. The management of the solid medical waste process starts from separation, labeling, transportation, storage to disposal/destruction. This study aimed to determine the management of solid medical waste in Aimere Public Health Center, Ngada Regency. This qualitative research used the descriptive survey method. Data collected from Aimere Public Health Center in January-March 2021. Sampling used a purposive sampling technique. The number of informants in this study was 7 people, whose positions and duties were related to medical waste management at Aimere Public Health Center. The results showed that at the sorting stage, medical and nonmedical waste was separated the collection was carried out in each action room, at the transportation stage there were no special tools available according to standards, at the temporary storage stage did not use standard container covers, and at the final destruction stage did not use incinerators according to standards. Aimere Public Health Center should improve the processing of solid medical waste, by providing special tools for transporting the waste, temporary shelters according to standards, and final waste disposal sites).