Waste Management Techniques Research Articles

Unleashing Enviropreneurship Toward Innovation: Unraveling Frugal Innovation and Green Innovation Through Zero Waste Management in Circular Economy

ABSTRACTFocused on human well‐being and social responsibility, this study explores the complex relationships within sustainable entrepreneurship and explores whether enviropreneurship significantly impacts both frugal innovation and green innovation. The analysis also studies whether there are possible beneficial links between zero waste management, frugal innovation, and green innovation. Additionally, through assessing the level to which these items come together in sustainable strategic actions, the paper shows the correlation among two important topics: Enviropreneurship and zero waste management. The study explores at the relations between zero waste management and frugal innovation as well as green innovation, examining whether these aspects of innovation have a positive relationship with effective waste management techniques in the presences of enviropreneurship. The paper analyses interactions between enviropreneurship, frugal innovation and green innovation, and the mediation role of zero‐waste management. A total of 273 managers in the manufacturing sector completed the survey and the results were analyzed applying SPSS 25.0 and structural equation modeling (SEM). The findings confirmed significant association among enviropreneurship, zero waste management, frugal innovation, and green innovation. Furthermore, findings also revealed that zero waste management have positive intervention role between enviropreneurship and frugal and green innovation.

Intelligent Waste Management Optimization Through Machine Learning Analytics

Waste management presents serious obstacles to making metropolitan regions more habitable. Conventional waste management techniques are not usually optimized, resulting in overflowing bins, wasteful waste collection trips, and various negative environmental effects. This study addresses these challenges by developing an intelligent system integrating the Internet of Things (IoT) and machine learning technologies. This study aims to develop an intelligent waste management system that optimizes waste collection routes and schedules through machine learning. (ML) models and Internet of Things (IoT) powered smart bins. The system utilized Support Vector Machines (SVM) and Artificial Neural Networks (ANN) for data analysis, complemented by dynamic route optimization algorithms. Data collection over 90 days across 47 sites encompassed bin fill levels, battery status, and environmental parameters such as temperature and humidity. Results demonstrated significant operational improvements, with the system achieving 89% accuracy in fill-level prediction and enabling a 35% reduction in collection frequency. Implementation led to a 42% decreased fuel consumption and a 2.4-hour reduction in daily collection times. Commercial zones exhibited 1.8 times higher fill rates than residential areas, while weekend waste generation peaked at 2.1 times weekday. The findings indicate that IoT-ML technology integration substantially enhances urban waste management efficiency through data-driven decision-making. Phased implementation, prioritizing high-waste-volume areas, integrating with existing metropolitan systems, and developing standardized data protocols are recommended. This research contributes to the growing body of evidence supporting smart technology adoption in urban waste management, offering a scalable solution for improved operational efficiency and environmental sustainability.

Implementation and Education of Circular Economy in Community Solid Waste Management: A Systematic Literature Review

This paper aims to offer strategic management recommendations for the incorporation of circular economy principles into municipal solid waste management and to disseminate knowledge regarding the implementation of this concept within local communities. This research combined systematic literature reviews with qualitative methods, utilizing content and descriptive analysis to evaluate the findings. The study indicates that municipal waste management in communities encounters numerous challenges, including insufficient funding, inadequate infrastructure, and noncompliance from the populace, all of which hinder effective municipal garbage management. In addition, a more significant concern is the lack of efficient techniques for recycling and waste segregation. Moreover, as urban populations increase, waste generation escalates, exerting strain on current disposal facilities. Implementing a circular economy strategy in municipal waste management has numerous benefits, including the reduction of landfill trash, the conservation of natural resources, and the generation of employment opportunities through material recycling and repurposing. Circular economy enhances environmental sustainability by reducing pollution and facilitating the transition to a more resilient, resource-efficient system. Moreover, educating people about circular economy principles enhances their understanding of sustainable practices, leads to less waste and resource conservation, and enhances economic prospects by generating green employment and fostering local innovation in waste management techniques.

Depolymerization by transition metal complexes: strategic approaches to convert polymeric waste into feedstocks.

At present, plastic pollution is a global environmental catastrophe and a major threat to mankind. Moreover, the increasing manufacture of various plastic products is causing rapid depletion of precious resources. Thus, transforming plastic waste into feedstock, which can maintain a circular economy, has emerged as a significant technique for waste management and carbon resource conservation. Furthermore, the urgent development of effective depolymerization methods is vital to save our planet from man-made plastic pollution. Among various chemical depolymerization techniques developed thus far, cleavage of the polymeric skeleton by transition metal complexes is a highly emerging, effective and exciting strategy. In this context, herein, we have summarized mechanistic approaches for cleaving various polymeric bonds using organometallic catalysts. The recently developed strategies, catalyst design and mechanisms for depolymerization of synthetic and natural polymers with polar (C-N, C-O, C-Cl, and Si-O) and non-polar (C-C) skeletal bonds are systematically discussed in detail.

Recent advances in dark fermentative hydrogen production from vegetable waste: role of inoculum, consolidated bioprocessing, and machine learning.

Waste-centred-bioenergy generation have been garnering interest over the years due to environmental impact presented by fossil fuels. Waste generation is an unavoidable consequence of urbanization and population growth. Sustainable waste management techniques that are long term and environmentally benign are required to achieve sustainable development. Energy recovery from waste biomass via dark fermentative hydrogen production is a sustainable approach to waste management. Vegetable waste is generated in plenty over the food supply chain and being a rich source of carbon and other nutrients it has been studied for production of biohydrogen. This review aims to offer a comprehensive overview on the potential of vegetable waste as a feedstock for dark fermentative biohydrogen production. The hydrogen output from dark fermentative process is lower and additional strategies are required to improve the production. This review addresses the challenges generally encountered during dark fermentative hydrogen production using vegetable waste and the importance of methods such as bioaugmentation and application of extremophiles for process enhancement. The role of machine learning in the field of biohydrogen production is briefly discussed. The application of dark fermentative effluents for secondary valuable product generation and its contribution to the biohydrogen biorefinery is discussed as well.

A Review on Waste Management Techniques in Construction Industry

A Review on Waste Management Techniques in Construction Industry

Characterization of the Liquid Fuel Produced from Catalytic Depolymerization of Polymeric Waste Using Batch Reactor

The high rate of generation of plastic waste in the country and the fact that all other means of Municipal Plastic Waste (MPW) management techniques had failed leading to the requirement of efficient and alternative disposal technique-depolymerization. The technique involves heating the polymeric waste at an elevated temperature in an inert environment to produce condensable, non-condensable, hydrocarbon and biochar. The plastic waste was collected at the Ilokun dumpsite in Ado-Ekiti, southwest Nigeria. Each component of the waste samples was depolymerized in a batch reactor without the use of a catalyst and with the addition of 10 g of activated carbon (AC) and calcium oxide (CaO) as catalysts. The liquid fuels which were produced between the temperature range of 219 and 232 were blended with standard fuel. Fuel samples with conventional diesel and depolymerized plastic diesel were characterized based on ASTM standards. The results of the proximate and ultimate analysis indicated that percentage moisture content ranges from 0.00-0.18%, volatile matter ranges between 96.66-99.75% and percentage ash content ranges from 0.13-3.03%. Fixed carbon ranges from 0.004-0.31% while the Gross Heating Value (GHV) ranges from 42.66-45.87 MJ/kg. The CHONS analyzer indicated the percentage of carbon, hydrogen, oxygen, nitrogen, and sulfur content range 81.64-85.51%, 12-31-18.04%, 0.00-1.51%, 0.00-0.73%, and 0.10- 0.97% respectively. The results of the physiochemical properties of the samples show that the density, API gravity, Kinematic viscosity and Flash point vary from 0.76-0.83 (g/cm3), 38.98-54.68, 17-2.80 (cm2/s) and 50.0-70.0 (°C) respectively while Cloud point, Pour point, Fire point and Cetane index range from -20-15.0 (°C), -23-7 (°C), 61.0-79.0 (°C) and 38.50-47.0. The pH values of the liquid fuel samples vary from 6.60-3.30. The overall results of the characterization indicated the fuel samples have proximity to the properties of the conventional diesel following the ASTM D975, ASTM D4737, ASTM D1298, ASTM D445, ASTM D2709, and ASTM D482 standards. The depolymerized polymeric waste is sustainable, with a low cost of production. Hence a good substitute as an alternative fuel and means of wealth creation from waste.

A diet containing mango peel silage impacts upon feed intake, energy supply and growth performances of male dairy calves

The major challenges for disposal of waste from fruit processing factories are high transportation costs, limited landfill availability and environmental pollution. Therefore, developing efficient waste management techniques to reduce transportation costs and environment pollution is important. In 2021, global mango production was estimated to be at 57 million tons and mango peel (MP) represents 7–24% of the whole fruit weight. MP has been considered for use as ruminant feed in the form of fresh, dried, or silage. Fresh MP was abundant during the mango season and high in fermentable carbohydrate, which can easily breakdown and pollute the environment if a proper waste management method is not implemented. Thus, in this study, fresh MP was ensiled after sun-drying for one day and then fed to male dairy calves as a roughage source to evaluate its effect on feed intake, digestibility, energy balance, BW gain, feed efficiency and blood metabolites. Eight growing crossbred weaned male dairy calves (Holstein Friesians × Zebu) were allocated into two groups [Control (n = 4) and mango peel silage (MPS, n = 4)]. This experiment lasted for 12 weeks and calves were housed in 3.0 × 1.5 meters individual pen with concrete floor. Before feeding times, the weights of feed ingredients were weighed and mixed for 15 min. Calves were then given their respective diets ad libitum twice a day, at 0800 and 1600 h. Daily feed offered and refusals were recorded to determine the daily feed intake. A digestion trial was performed over the last five days of the experiment. BW and measurements were recorded every two weeks to determine the weight gain and body physical changes. Blood was collected at the end of experiment to analyze serum biochemical parameters. Ensiling improved the energy and protein content and decreased fiber content of MP, thereby improving the forage quality. Feeding a diet containing MPS at 30% of DM weight, compared to an isonitrogenous Control diet increased (P < 0.05) feed intake, energy supply and energy balance, changes in body measurements, weight gain, feed efficiency, and glucose concentration, as well as lowered (P < 0.05) the blood urea nitrogen concentration of male dairy calves. Ensiling fresh MP after sun-drying for one day led to stable, high-DM silage. Therefore, ensiling fresh MP could improve the feed supply for ruminant production and be an effective waste management strategy for fruit processing businesses.

WASTE MANAGEMENT PRACTICES IN ALIMOSHO LOCAL GOVERNMENT AREA, LAGOS, NIGERIA

The study delves into the waste management strategies in Alimosho local government area, with Ile Epo as a focal point. The study aims to analyze the current waste generation pattern and disposal methods in the area, evaluate the effectiveness of existing waste management strategies, and assess the health implications of waste management practices in the locale. A total of 155 questionnaires were distributed to gather data on socioeconomic characteristics, waste generation, waste management techniques, and health challenges associated with waste management. A simple random sampling method was employed to select households in the designated buildings. Data analysis involved both descriptive and quantitative statistical methods. The study findings were visually presented through tables and charts. The analysis uncovered that a substantial proportion of respondents are employed (23.23%), with students and unemployed individuals constituting 0.65% and 6.45% respectively. The majority of households dispose of waste on a daily basis (85.16%), predominantly through incineration (79.35%) and open dumping (89.03%), with limited utilization of recycling or composting practices. ANOVA results demonstrated significant discrepancies in satisfaction levels among respondents regarding current waste management practices (p&lt;0.001). Regression analysis indicated a moderate positive correlation between the neutral category and overall satisfaction (R2 = 0.12, p &lt; 0.001). Furthermore, the results revealed an R value of 0.35, indicating a considerably strong positive relationship between satisfaction levels and waste management practices. An overwhelming 99.35% of respondents reported health issues potentially linked to waste management practices, such as skin infections and gastrointestinal problems. The study proposes various recommendations including enhancing infrastructure, increasing waste collection frequency, investing in modern processing facilities, and advocating for community engagement and education to enhance waste management practices and mitigate health impacts.

Quantum chemical investigations into the structural and spectroscopic properties of choline chloride-based deep eutectic solvents

The chemical process industries are progressively embracing green technologies and sustainable waste management techniques due to growing environmental concerns and the impact of climate change. Deep eutectic solvents (DESs), formed by combining neutral molecules (e.g., choline chloride, ChCl) with hydrogen bond donors, have emerged as promising eco-friendly solvents with diverse applications in chemical, pharmaceutical, and separation processes. In this context, modern quantum-based research is focused on eutectic mixtures, particularly those formed by ChCl as a hydrogen bond acceptor with various hydrogen bond donors at specific mole ratios. The properties and validity of these DESs are investigated through density functional theory (DFT) analysis of their molecular dynamics simulations. This quantum computational approach offers valuable insights for designing the desired conductive liquids. Furthermore, the density of states analysis allows for studying the electronic structure and quantifying the number of states occupied per unit of energy. The quantum and vibrational properties of experimentally synthesized DESs are simulated using DFT B3LYP/6–31G(d,p). Current research aims to design and understand the properties of eutectic solvents to develop novel, environmentally benign alternatives for the chemical industry.

Pelatihan Penggunaan Aplikasi Pengelolaan Bank Sampah Dan Laporan Keuangan Berbasis Website Pada Bank Sampah Melati Bersih, Bojonggede, Bogor

Clean Melati Waste Bank (BSMB) Atsiri Permai is an institution driving community empowerment in terms of effective waste management as an application of the green economy concept which will provide great benefits for the community's economy and environmental sustainability. BSMB Atsiri Permai activities have been running since 2013 with the motto Clean and Smile Movement starting from 3 R (Reduce, Reuse, Recycle) which is an inorganic waste management technique starting from providing information about how to sort inorganic waste and collect used cooking oil. The aim of this PKM Program is to apply digital technology to the management of BSMB Atsiri Permai RW. 12 to improve BSMB activity services for its customers in obtaining the necessary information anytime and anywhere as well as making it easier to create website-based financial reports. The method used is by providing counseling, training and assistance regarding the use of waste bank management applications and website-based financial reports on BSMB and evaluation by providing questionnaires with indicators of website usability, ease of recording and accessing data, types of information and reports on the Waste Bank website Atsiri Permai. The results of the PkM show that the website-based Waste Bank Application Training is very beneficial for BSMB Atsiri Permai, such as providing activity information that can be accessed at any time and can be widely reached as well as making it easier to record, manage the Waste Bank, report to customers and prepare financial reports to increase transparency. and accountability in fund management. Technology and to minimize recording errors. There has been an increase in understanding and skills in using waste bank management applications and preparing financial reports by 90%.

O Descarte Urbano Proveniente da Construção Civil e sua Relação com a Saúde Pública

This study explores the link between the management of construction waste and the incidence of dengue in Campinas, highlighting the importance of sustainable practices and the role of public authorities. Between 2018 and 2021, the exemption from the onerous grant of the right to build indicated a possible increase in construction activity, coinciding with the growth of dengue cases, exacerbated by atypical climatic events and floods that created areas conducive to the proliferation of the Aedes aegypti mosquito. By analyzing data on issued permits, dengue case records, and rainfall, the study seeks to understand how urban and environmental dynamics affect public health. It emphasizes the need for an integrated approach that involves public policies, solid waste management techniques, and community awareness to discuss the risks of dengue proliferation in urban areas.

Nuclear Decommissioning and Sustainable Environment: Insights on Decontamination Processes

Nuclear energy accounts for ≈10% of global energy production, positioning it as a promising solution for achieving carbon neutrality amid escalating concerns over climate change. Nonetheless, the effective management of radioactive waste, which can remain hazardous for up to one hundred thousand years, presents considerable challenges that must be addressed to uphold public trust and safeguard environmental safety. This review outlines the fundamental stages of nuclear decommissioning including strategic planning, decontamination, dismantling, remediation, encapsulation, deregulation, and site reuse as a critical component of sustainable environmental practices. The review also highlights the significance of efficient decontamination processes in reducing waste generation. Various decontamination techniques, including mechanical, electromechanical, chemical, and advanced methods such as laser and plasma decontamination, are evaluated for their effectiveness and limitations. Moreover, the review emphasizes the need to enhance the recovery and recycling of ion exchange resin and potential radionuclides during decontamination processes to minimize waste and to address the depletion of potential radionuclide resources. Future research should prioritize the development of innovative techniques for decontamination and radioactive waste management, fostering sustainable decommissioning and supporting the ongoing development of nuclear energy in an environmentally responsible manner.

Potassium sulphate production from an aqueous sodium sulphate from lead‐acid battery recycling: Impact of feedstock impurities on products yields

AbstractThe increasing demand for renewable energy highlights the need for efficient energy storage solutions. Despite various available technologies, lead‐acid batteries remain preferred for many industrial applications due to their inherent advantages. However, their expanded use necessitates proper waste management and recycling practices. During lead‐acid battery recycling, Na₂SO₄ is generated as a waste product, which cannot be directly sold due to quality concerns and limited market demand. Consequently, advanced waste management techniques are required to comply with government regulations on industrial waste disposal. Despite these challenges, Na2SO4 serves as a vital precursor for producing K2SO4, a valuable fertilizer. Prior research on the glaserite process for converting Na2SO4 to K2SO4 has assumed Na2SO4 to be pure—without traces of impurities. However, Na2SO4 recovered from battery recycling contains various contaminants. To address this, HSC Chemistry software was used to model K2SO4 and NaCl production from impure Na2SO4 and KCl, considering feed impurities. Under ideal conditions—a 1 bar pressure, 25°C feed temperature, and 40°C reactor temperature—over 90% yield of K2SO4 and NaCl was achieved in the absence of impurities. However, the addition of impurities resulted in a reduction in yields. Notably, impurity levels ranging from 1% to 4% by weight still allowed for yields exceeding 90%. Furthermore, a review of reactor compositions revealed a significant depletion of potassium and chlorine ions which are crucial for K2SO4 and NaCl production as impurity levels varied from 0% to 10%. These findings emphasize the negative impact of impurities on K2SO4 and NaCl yields.

Probing the influence of synthesized hierarchical ZSM-5 catalyst in ex-situ catalytic conversion of real-world plastic waste into aromatic rich liquid oil

Plastic waste management has become a vitally important environmental and economic concern for researchers and technologists worldwide. Currently, catalytic pyrolysis of plastic waste emerged as a promising plastic waste management technique, further aiding the full-scale development of an alternate innovation to convert plastic waste into fuel (liquid oil) energy. Lately, zeolites have been one of the most suitable and versatile catalysts in converting plastic waste into fuel grade hydrocarbons via catalytic pyrolysis. The present work exhibits an attempt to synthesize and study the performance of a hierarchical ZSM-5 in a fixed bed reactor to convert the real-world (LDPE, HDPE, PP and PS) plastic wastes into higher quality fuel grade liquid oil. The hierarchical ZSM-5 catalyst having both mesopores and micropores (dual porosity) in its framework is synthesized by using a single organic template i.e., 10 % tetra propylammonium hydroxide (TPAOH). The catalyst performance study displays remarkable selectivity and increase in the yield of the aromatic component in the liquid oil obtained from different plastic wastes. The results indicate that presence of hierarchical catalyst has exceptionally lowered the reaction temperature in the range of 400–430 °C and increased the liquid oil yield in comparison with that of the thermal pyrolysis. Also, the obtained liquid oils have comparable fuel properties with that of kerosene and diesel.

Supply Chain Management Construction: The Role of IoT in Human Resource Management and Green Logistics

Environmental practices are incorporated into the supply chain management and logistic process of human resource management. It is referred to as a green logistics supply chain. To reduce the negative effects of logistical activities on the environment, sustainable transportation, eco-friendly packaging, and effective waste management techniques are used. Adopting environmentally conscious supply chain practices can improve a company's environmental reputation while lowering carbon emissions, increasing operational effectiveness, and saving money on human resource management. In order to adopt sustainable practices across every aspect of the value chain, from acquiring raw materials to delivering completed items to clients, this strategy necessitates coordination across stakeholders in the supply chain management and logistic process. In general, using a green logistic supply chain is a crucial approach for companies looking to grow sustainability while reducing their environmental impact. Using IoT in human resource management can boost operational effectiveness, cut down on transportation expenses, and boost customer satisfaction. For instance, current information on inventory levels, the quality of goods, and shipment status can be provided by smart sensors and devices, allowing businesses to optimize the way they manage their supply chains and reduce waste in human resource management.

Sustainable Waste Management: Innovations and Best Practices

The expanding worldwide trash challenge, caused by urbanization, rising populations, and financial growth, necessitates innovative and long-term waste management techniques. This article investigates several sophisticated techniques and standards of excellence in the management of green waste, with a focus on the use of cutting-edge technologies, community involvement, and comprehensive policy frameworks. It highlights the waste hierarchy, circular economy, and life cycle thinking as essential components to efficient waste management. Developments in technology such as modern waste-to- energy technologies, sophisticated recycling methods, and smart waste management systems are assessed for their potential contribution to sustainability. The paper also includes case studies from San Francisco, Freiburg, and Kami katsu, which demonstrate successful environmentally conscious waste practices. Furthermore, it emphasizes the importance of legislative frameworks, public-private partnerships, and community involvement in achieving sustainable waste management. Regardless of constant obstacles such as affordability, technological boundaries, behavioral barriers, and regulatory inconsistencies, the article concludes that a strategic combination of innovative technologies, strong policies, and active involvement by the public is essential for addressing the worldwide waste disaster and obtaining a cleaner happier more likely and more sustainable future.

Pembuatan Ecobrick sebagai Upaya Pengelolaan Limbah Plastik dan Pelestarian Lingkungan di Desa Rejosari Kecamatan Kangkung Kabupaten Kendal

Plastic waste is a common problem in all regions of Indonesia. As one of the largest contributors to plastic waste in the world, Indonesia faces a major challenge in plastic waste management. One creative solution that is gaining popularity is ecobricking, an environmentally friendly plastic waste management technique that turns plastic waste into strong and durable “bricks”. This research uses a qualitative method in the process, where data is taken through direct observation in the Rejosari village environment, experiment, as well as literature studies from books, journal articles, and other archives. Through the KKN work program, 84 ecobricks were successfully made by collecting plastic waste from grocery stores, food stalls, and markets. Approximately 7 kg of plastic waste has been absorbed for the needs of ecobricking. Overall, ecobricks have great potential in reducing plastic waste, increasing community awareness of the importance of waste management, as an environmental conservation effort, while supporting local economic empowerment.

Waste management techniques to promote sustainability and green practices

PurposeThis study aims to fill a knowledge gap about the best ways to execute waste management regulations that support sustainability and environmental responsibility. However, the study seeks to investigate and assess how well waste management systems support sustainability and environmentally friendly behaviors.Design/methodology/approachSince the quantitative technique was used to discover and generate hypotheses about relationships between variables, it was chosen for the entirety of the study. The data collection from ready-made garments (RMG) in Bangladesh was carried out using a survey strategy that involved the distribution of questionnaires using a cluster sampling approach. The partial least squares structural equation model (PLS-SEM) was used for quantitative analysis with SmartPLS.FindingsHowever, the results show the importance of waste management, green practice methods and sustainability for the company's goal of maintainable performance. On the other hand, PLS-SEM demonstrated that based on the provided t-statistics and p-values, all of the routes in the structural model are statistically significant at the level of p < 0.05. These routes also appeared to have far broader and more powerful effects. Principles of the circular economy are highlighted, as are the importance of holistic methods, awareness and education, stakeholder participation and fusing these concepts. Furthermore, it seems to affect significantly both short-term and long-term success due to its distinctiveness in sustained performance.Research limitations/implicationsMuch time will be required to assess waste management methods and their long-term effects. A healthcare manager may adapt research findings to practice, ensuring the study enhances management and patient care.Originality/valueThis research addresses a significant literature gap by providing managers and policymakers with concrete ideas on integrating sustainability into operational and strategic frameworks. In today's competitive environment, integrating stakeholder engagement and green practices into core company operations is an innovative way to achieve sustainable excellence.

Sustainable Plastic Waste Management in Thanjavur District: An Evaluation Using Fuzzy AHP and Neutrosophic TOPSIS

Introduction: The amount of plastic garbage has increased in tandem with the steady growth in the use of plastic products worldwide. Since plastics are lightweight, inexpensive, and durable, they are highly appreciated in a variety of industries, including electronics, building, packaging, healthcare, and agriculture). Plastic's cost, adaptability, resistance to corrosion, durability, and ease of production all contribute to its rising demand.With changes to the Plastic Waste Management Rules, India has made managing single-use plastics a top priority. Objectives: The research provides an extensive examination of the methods used to manage plastic garbage in Thanjavur's rural villages. Examining household behaviors and waste production trends, it reveals a wide range of plastic kinds, including polystyrene (PS), polypropylene (PP), high-density polyethylene (HDPE), low-density polyethylene (LDPE), and polyethylene terephthalate (PET). Methods: The research uses a Multi-Criteria Decision Making (MCDM) approach that combines the Neutrosophic Technique for Order Preference by Similarity to an Ideal Solution (TOPSIS) for alternative ranking with the Fuzzy Analytic Hierarchy Process (FAHP) for criteria weighting. Although it uses fuzzy logic to address ambiguity and uncertainty in decision-making processes, the Fuzzy AHP approach is applied in a manner similar to that of AHP. Results: Egestas diam in arcu cursus euismod quis viverra nibh. Convallis aenean et tortor at risus viverra. Sit amet justo donec enim diam. Sem et tortor consequat id. Purus gravida quis blandit turpis. Consectetur adipiscing elit duis tristique sollicitudin nibh sit amet commodo. Eget duis at tellus at urna condimentum mattis pellentesque. Auctor elit sed vulputate mi sit amet. Conclusions: This study determines that, among the available options, Polyethylene Terephthalate (PET) is the best option by applying the fuzzy analytic hierarchy process (Fuzzy AHP) to balance these criteria. PET exhibits potential because of its economic and environmental advantages, but its effective application necessitates customized strategies that take into account the infrastructure constraints and socioeconomic characteristics of the local area. Programs for raising community knowledge and participation are crucial in promoting sustainable waste management techniques, as the study emphasizes.