Volume Of Garbage Research Articles

The Analysis Of Ultrasonic Sensors In Smart Trash Bin Technology Based On Arduino Nano Microcontroller

Waste is an environmental problem that is increasing along with population growth and public consumption. To solve this problem, an automatic device that controls the opening and closing of the trash can without direct touch is developed using an Arduino Nano microcontroller, HC-SR04 ultrasonic sensor, VL53L0X LIDAR, and MG996R servo motor. This research aims to evaluate the responsiveness of the sensor in detecting objects, the effect of the interaction of distance, angle, and object thickness on the sensor response time and aims to determine the effect of garbage volume on the response time of the indicator LED light. The test was conducted using the experimental method of distance variation of 20 cm, 30 cm, 40 cm, and 50 cm; angle variation of 0°, 10°, and 20°; and thickness variation of 10 mm, 65 mm, and 120 mm. Data analysis using multiple linear regression research methods shows a P-Value of 0.409 for the ultrasonic sensor with ɑ of 0.05, if the P-Value > ɑ, then H0 is accepted and H1 is rejected which mean that there is no significant effect of the interaction between distance, angle, and thickness of the object on the response time of the trash can lid opening sensor.

Fast microwave carbonization of aluminum-coated plastic wastes and perspectives: The examples of CDs and snack bags

Aluminum-coated plastics, such as CDs and snack bags, are widely used and consumed around the world. Since millions of CDs and trillions of snack bags end up in landfills and oceans as plastic waste every year, we suggest here an easy, fast, and cost-effective method for transforming this significant volume of garbage into added-value carbon using microwave technology. The proposed method differs from existing time- and energy-consuming pyrolytic processes employed in the traditional carbonization of this sort of waste. Conceptually, direct irradiation of the aluminum-coated plastic items in a domestic microwave oven heats up the metallic coating, thus triggering carbonization of the plastic substrate. The resulting carbon, which is characterized by means of X-ray diffraction (XRD), Raman spectroscopy, X-ray photoelectron spectroscopy (XPS) and scanning electron microscopy (SEM) techniques, has structural similarities to carbons produced from CDs and snack bags using pyrolytic methods. In other words, the microwave technique produces similar effect, but it is faster and more energy efficient. We finally demonstrate some practical uses of the derived materials in gunpowder production, carbothermal production of metals and grey paint formulations.

A mathematical programming model integrating waste pickers in urban area recycling practice

Urbanization has resulted in a significant accumulation of waste in densely populated areas. Effective household waste separation practices within urban areas are crucial for advancing the concept of circular economy. The informal system has contributed remarkably to urban material circulation, but it has not been appropriately valued. Through the partnership among the municipal solid waste authorities, condominium building residents, and waste pickers, the latter can be engaged in the community to assist in household waste separation. This initiative would not only enhance their income and reduce probable occupational risks but also augment the recycling rate in the community. Based on the insights from the current waste picker assignment policy in Taichung City, this study has established a mathematical programming model by considering the overall waste separation volume and proximal distance to the neighborhood, facilitating the assignment of individual waste picker to multiple communities within the neighborhood area. Consequently, concerned waste pickers may increase their income and avoid the constraints of picking up recyclables in high-occupational-risk areas. Additionally, it may reduce the volume of unsorted garbage in the community. According to the findings of case studies, the developed model could obtain an optimal solution or acceptable approximate solution in a short timeframe. In contrast to the outcomes from the existing waste picker assignment policy, the application of the developed model could increase the total volume of sorted recyclables, which was directly proportional to the income of waste pickers, by 2.3–2.6 times.

A Survey of the Plastic Waste used in Paving Blocks

Plastic is a material that does not degrade in the environment. Step by step, the volume of plastic garbage in municipal solid waste is growing rapidly. Hydrocarbons, which can be obtained from a variety of sources including coal, oil, and certain minerals, are used to make plastic. Plastic is considered useful during a time of scarcity,however after it is used, it is practically thrown away, posing a variety of risks There are many different types of plastic, such as Low Thickness Poly-ethylene (the material) and High Thickness Poly- ethylene (HDPE). These leftover polymers are then to be effectively utilized in the production of paver squares. In order to produce high-quality blocks with warm and sound protection qualities to cope with contamination and to lower the overall cost of construction, low thickness polyethylene is spotlessly mixed in with the sand and aggregate at varying rates. development, this is likely the best way to prevent the accumulation of plastic garbage, a non- biodegradable poison. The goal of this initiative is to use plastic waste as a binder instead of cement, which will decrease the decrease the need for cement and lower the price of paver blocks. The country produces over 5.6 million tone of plastic garbage annually. Plastic disintegration is a very drawn-out process that takes several years. Thus, it makes sense to employ plastic trash in paver blocks. We have mixed fine and coarse gravel with plastic trash in different proportions for this technique. After being assembled, the paver squares were tested. The square plastic paver's maximum capacity to retain water is When compared to paver square, the results showed greater quality.

Domestic Garbage Classification and Incentive-Based Policies in China: An Empirical Analysis

In recent decades, with the rising living standards of rural China, the amount and volume of household waste has increased continuously, causing serious environmental and human health risks. Effective garbage classification reduces garbage volume, decreases the difficulty of garbage disposal, and facilitates the recycling of resources, thereby improving environmental quality. Domestic garbage classification (DGC) has been practiced frequently in developed countries and is now at a relatively mature stage. There is no robust model for garbage classification available globally as of yet, and each country has its policy frameworks to reduce, recycle, and reuse (3R) garbage. Little attention has been paid to knowing whether and to what extent incentive-based policies called “rewards and punishments” improve garbage classification and further help achieve targets of sustainable development goals (SDGs). Recently, developing countries, like China, have begun to incorporate DGC into their laws and promote enforcement measures in a few cities. However, empirical studies on residents’ willingness to accept DGC punishments and rewards are still relatively scarce and a hot topic of global scientific discussion. To enrich the knowledge, this study collected datasets from 9983 valid questionnaires from east China (16 selected independent variables), and analyzed the key factors affecting residents’ acceptance of punishments and rewards, employing logit models. The results found that the level of education plays an important role for residents that are more inclined to accept DGC rewards and punishments. Moreover, farmers were insensitive to DGC rewards but very sensitive and unsupportive of punishments, and the hardware facilities of the quarter had a greater impact on residents’ willingness to accept DGC rewards and punishments. Findings recommend that rewards be the main focus and punishments be supplemented, thus the incentive-based policies should be improved through law enforcement and implementation of robust policy frameworks in order to promote residents’ acceptance of rewards and punishments and to accelerate better garbage classification.

ANALYZING THE FACTORS THAT AFFECT THE AMOUNT OF PLASTIC WASTE

One of the biggest environmental issues facing the planet today is plastic garbage, which was created by people and has an effect on them as well. Although though governments have implemented policies, rules, and other initiatives to increase public awareness of and engagement in decreasing plastic trash, the statistics has not changed, and this amount keeps rising every year. Several nations appear to be having trouble solving this problem. In addition, according to the World Bank, the country produces more plastics the wealthy its citizens are. By evaluating behavior and educating people, culture and education can be the answer to this problem. As people get more educated, their awareness of and care for the environment increases. The relationship between each of these factors—culture, education, national income, and government role and environmental problems might potentially help minimize plastic waste. Consequently, the goal of this study is to pinpoint the variables that may have an impact on the volume of plastic garbage and examine how these variables may affect the quantity of plastic waste in various nations. Hofstede's national culture dimension (Power Distance, Collectivism and Individualism, Masculinity and Femininity, Uncertainty Avoidance, Long-term Orientation and Short-term Orientation, Indulgence and Restraint), wealth per capita, education, and the government's plan and policy on sustainable consumption are the variables that will be examined. In this study, worldwide data for the year 2018 is gathered from 66 different nations utilizing secondary sources, and the data is then analyzed using the Multiple Linear Regression approach. According to the findings, there is a strong correlation between individualism and collectivism and the volume of plastic garbage. The results of this study should help each nation's government reduce the quantity of plastic garbage that is generated.

Holistic Trash Collection System Integrating Human Collaboration with Technology

Effective waste management is of paramount importance as it contributes significantly to environmental preservation, mitigates health hazards, and aids in the preservation of precious resources. Conversely, mishandling waste not only presents severe environmental risks but can also disrupt the balance of ecosystems and pose threats to biodiversity. The emission of carbon dioxide, methane, and greenhouse gases (GHGs) can constitute a significant factor in the progression of global warming and climate change, consequently giving rise to atmospheric pollution. This pollution, in turn, has the potential to exacerbate respiratory ailments, elevate the likelihood of cardiovascular disorders, and negatively impact overall public health. Hence, efficient management of trash is extremely crucial in any society. It requires integrating technology and innovative solutions, which can help eradicate this global issue. The internet of things (IoT) is a revolutionary communication paradigm with significant contributions to remote monitoring and control. IoT-based trash management aids remote garbage level monitoring but entails drawbacks like high installation and maintenance costs, increased electronic waste production (53 million metric tons in 2013), and substantial energy consumption for always-vigilant IoT devices. Our research endeavors to formulate a comprehensive model for an efficient and cost-effective waste collection system. It emphasizes the need for global commitment by policymakers, stakeholders, and civil society, working together to achieve a common goal. In order to mitigate the depletion of manpower, fuel resources, and time, our proposed method leverages quick response (QR) codes to enable the remote monitoring of waste bin capacity across diverse city locations. We propose to minimize the deployment of IoT devices, utilizing them only when absolutely necessary and thereby allocating their use exclusively to central garbage collection facilities. Our solution places the onus of monitoring garbage levels at the community level firmly on the shoulders of civilians, demonstrating that a critical aspect of any technology is its ability to interact and collaborate with humans. Within our framework, citizens will employ our proposed mobile application to scan QR codes affixed to waste bins, select the relevant garbage level, and transmit this data to the waste collection teams’ database. Subsequently, these teams will plan for optimized garbage collection procedures, considering parameters such as garbage volume and the most efficient collection routes aimed at minimizing both time and fuel consumption.

STRENGTH STUDIES ON CONCRETE USING E-PLASTIC WASTE AS COARSE AGGREGATE

<p>As an important resource for the IT sector and due to the extremely hazardous elements it contains and the low recycling rate, e-plastic waste management and recycling are growing swiftly. E-plastic waste utilization reduces aggregate costs, landfill costs and energy prices. Rapid population growth coexisted with industrialization and a dynamic shift in the volume of garbage produced. These dangerous wastes and other types of waste represent a serious threat to the ecosystem as well as human health. Therefore, the issue of efficient waste management is essential to the preservation of the environment, human health and livelihood. Concrete coarse aggregate made from plastic and recovered e-waste is being tested for feasibility. Testing was done to find out the characteristics of electronic plastic waste when used as coarse aggregate (2%, 4%, 6%, & 8%). These characteristics included specific gravity, water absorption, fineness test, compressive strength, tensile strength and flexural strength of the concrete.</p>

Urbanization and solid waste production: prospects and challenges.

The increasing urban population and the restructuring of urban economies are the main aspects that determine urban development in the twenty-first century. Rapid urbanization is among the most significant anthropogenic factors that impact ecosystems and sustainability. Urbanization is a "double-edged sword." Even though it contributes to economic prosperity and social development, at the same time, it poses severe challenges to the natural environment and social system. The scientific community emphasizes the need to investigate the relationship between cities and the environment to comprehend their dynamic interactions related with problems such as climate change, consumption of natural resources, and life quality degradation. Population growth and urbanization are central considerations of the 2030 Agenda of the United Nations Sustainable Development Goals, particularly SDG 11, dealing with making cities inclusive, safe, resilient, and sustainable. Moreover, the new circular economy model is receiving increasing attention globally as a solution to the current production and consumption model, which is based on constant growth and increasing resource input. The objective of this paper was to identify the major challenges occurred due to the rapid urbanization in a coastal city though a qualitative and quantitative waste compositional analysis. The ultimate goal is to propose the waste compositional analysis as a new indicator in the literature for determination of the degree of metabolism in an island region. According to the compositional analysis, the higher the population density in a region, the greater the volume of garbage produced and, consequently, the infrastructure necessary for waste management. Also, the increased seasonal tourist activity leads to an increase in the number of tourist accommodations and services. The results provided may also be applicable in other cities with similar characteristics related with tourism habits and the challenges they may face as a result of the waste production.

Making Vermicompost from Kitchen Waste with Vermicomposting Technology

Rapid urbanization, industrialization, technological development, and population growth have created serious problems with rising solid waste generation, and managing such enormous amounts of waste is becoming increasingly difficult. Each year, more than one billion tonnes of solid trash are produced, and they end up unscientifically in the environment, creating costs for society, the economy, and the ecosystem. The proper management of this massive volume of garbage presents significant difficulties for humanity. Researchers from all over the world are looking for fresh, cutting-edge, and environmentally sustainable waste management technology. Biological approaches are more suited for waste treatment since they can be economical and recycle different waste components into useful end products. One such efficient biological waste management technique is vermicomposting, which uses bacteria to help earthworms break down garbage. Vermicomposting is a naturally occurring bio-oxidative decomposition process that takes place in mesophilic environments and is further facilitated by the biochemical activity of microorganisms.

Communicative Action As Practiced by Pulo Kambing Garbage Community, East Jakarta Indonesia

Jakarta garbage volume increases every day. Each person produces 2.97 liters of waste per day from totally 1,849 tons in East Jakarta. According to State Minister for the Environment of The Republic of Indonesia Regulation local community is asked to involve in the waste management. This means the process of management can be taken under the communicative action according to local community lifeworld. This article will delve with communicative action as practiced by Pulo Kambing Garbage Community in East Jakarta in three sections: the first section is dealing with Juergen Habermas' concept of communicative action which is based on lifeworld; the second discusses the Pulo Kambing Garbage Community in East Jakarta; the third is dealing with theoretical and practical implications of the communicative action in dealing with the problem of waste management. The article concludes that the key success of reducing waste starts from the household participation. Any garbage community is rooted in such kind of household participation.

People's olfactory perception potential mapping using a machine learning algorithm: A Spatio-temporal approach

This research aimed to conduct Spatio-temporal modeling of people's olfactory perception in the Tehran city using a machine learning-based approach considering the importance of people's perception of the urban environment and the effect of the sense of smell in strengthening or weakening the environmental and urban spaces. Therefore, a spatial database containing dependent and independent data was established to model and prepare a potential map of people's olfactory perception in Tehran. The dependent data were collected through a questionnaire among 687 people, which contains three states of sense of smell, including neutral (350 cases), pleasant (247 cases), and unpleasant (90 cases). The independent data consisted of distance to public transport stations, livestock and poultry production centers, streets, fuel stations, fruit and vegetable fields, restaurants, industrial areas, garbage volume, traffic volume, population density, normalized difference vegetation index (NDVI), meteorological data (wind speed and direction, and humidity), and air quality index (AQI). The last three criteria were provided temporarily in four seasons. A random forest (RF) algorithm was utilized to model and prepare the potential map of people's olfactory perception in four seasons. Generally, 70% of the information was dedicated to modeling, and the remained 30% was applied for validation. Results of the Gini index revealed the more significant impact of the criteria of distance from fruit and vegetable fields and distance from restaurants in neutral smells, distance from streets and distance from restaurants in pleasant smells, and distance from livestock and poultry production centers and garbage volume in unpleasant smells among spatial criteria. One of the essential spatial-temporal criteria was wind direction in all seasons for neutral smells, in summer, fall, and winter for pleasant smells, and in fall for unpleasant smells. The RF algorithm modeling results indicated the greater effect of distance to public transport stations in spring, garbage volume in summer and winter, and population density in autumn on the sense of smell. The potential maps of olfactory perception were evaluated using the receiver operating characteristic (ROC) curve and area under the curve (AUC). AUC values were calculated for the spring, summer, autumn, and winter seasons as much as 0.956, 0.955, 0.957, and 0.958 for neutral, 0.944, 0.928, 0.946, and 0.942 for pleasant, and 0.922, 0.931, 0.963, and 0.981 for unpleasant states, respectively. The potential maps of this study help present a more pleasant olfactory space to urban users by urban planners and managers.

Understanding challenges associated with plastic and bacterial approach toward plastic degradation.

Plastic is widely used in every sector due to its stability, durability, and low cost. The widespread use of plastic results in the compilation of plastic waste in the environment. The buildup of such a vast volume of plastic garbage has emerged as the primary cause of environmental pollution, including air, land, and water pollution. Plastics contain various harmful chemicals and toxic substances that can leak and adversely affect humans and other organisms. Managing this much plastic waste is a very challenging task; therefore, an appropriate technique is needed to address this problem. Various methods are used, such as chemical, physical, and biological, to degrade plastic waste. Bacterial degradation is known to be the most effective technique for the biodegradation approach to overcome this issue. Biodegradation has played a crucial role in removing these polluting wastes more efficiently and eco-friendly. The process of biodegradation involves a variety of bacteria, such as Acinetobacter baumannii, Bacillus weihenstephanensis, Pseudomonas aeruginosa, Pseudomonas fluorescens, Rhodococcus ruber, and so on. Biodegradation of plastic takes place through various biochemical pathways, including biodeterioration, biofragmentation, assimilation, and mineralization. During biodegradation, bacteria produce enzymes like esterase, cutinase, laccase, lipase, and others that break down and transform plastic polymers into microbial biomass and gases. This review aims to explain how bacteria contribute to the breakdown of plastic.

The eco enzyme application to reduce nitrite in wastewater as the sustainability alternative solution in garbage and wastewater problems

The increasing population growth has an impact on increasing problems in wastewater quality and garbage volume. It is a need to develop a sustainability solution for both problems. In this research, the papaya fruit and spinach vegetable garbage were used as raw organic materials and fermented for six months. This study objective was to determine whether eco enzymes can be used to reduce nitrite concentration in wastewater. The research method was conducted on a laboratory scale with the artificial samples in a batch system. The result showed that eco enzyme made from a mixture of papaya and spinach can reduce the nitrite concentration in the water sample. The t-test showed that the effect of eco enzyme application in reducing nitrite in water samples was significant. The application of eco enzyme 0%, 2%, 4%, and 6% respectively during 10 hours exposure showed the nitrite removal were 0.3 %, 20%, 29%, and 35 %. It can be seen that the reduction of nitrite concentration in samples added by eco enzyme was caused by eco enzyme activity. The application at a higher concentration of 10%, 15%, and 20% showed that nitrite removal efficiencies were 35.7%, 36.7%, 46.7%, 49.4% respectively during 7 hours exposure. It can be concluded that a longer time exposure, and also the more eco enzyme concentration, showed the more result in the effect of nitrite reduction concentration in water. 4. By this study it is proven that application of eco enzyme made from organic garbage can be an alternative solution for garbage and wastewater quality problem.

Tourism Impacts of a Waterfall Leisure Camp: An Explanatory Sequential Mixed Methods Inquiry

This explanatory sequential mixed-methods study determined the residents' perceived tourism impacts and provided an in-depth explanation of these tourism impacts to the community. The positive tourism impacts help enhances residents' living. Conversely, the negative tourism impacts are the challenges in the destination. Residents positively perceived the environmental tourism impacts while negatively perceived the economic impacts. Generally, positive tourism impacts outweigh the negatives. From the thematic analysis, three themes emerged, namely economic tourism impact, environmental tourism impact, and sociocultural tourism impact, with sub-themes of road development as an effect of tourism, tourism as a source of residents' income, and increased land value due to tourism; landslide as destination image concern and increased garbage volume due to tourists' influx; and interaction between tourists and residents and safety and security condition in tourism destination, respectively. The findings indicate that residents recognized the positive contribution of the Waterfall Leisure Camp to the economic, environmental, and sociocultural aspects of the community, notwithstanding its negative impacts.

PERAN PEMULUNG DALAM SISTEM PENGELOLAAN SAMPAH DI TEMPAT PENAMPUNGAN SEMENTARA (TPS) SLEMAN YOGYAKARTA

Every year, Indonesia faces the population growth that impacted to public growth consumption and it is conduces the amount of litters. The scavenger indicated as an important role to detract the volume of litter from the initial sources. The research aims to indicate the scavengers performances who are responsible to reduce and sort the litters. The temporary disposal garbage known as TPS is one of the initial sources take place. TPS Condongcatur, TPS Tridadi and TPS Tambakboyo have the highest volume litters in Sleman, Yogyakarta. These three places used as the samples to this research. 
 The method was adapted through SNI 19-3964-1994 followed by interview sections and questionnaires. This study took 8 days sequential and the total scavengers has interviewed was 17 people for all the places. 
 The outcome of this study shown that the average of garbage volume in TPS Condongcatur was 18,86m³/days. TPS Tridadi has 16,31m³/days and TPS Tambakboyo 25,66m³/days for the average of garbage volumes. Whilst, The garbage percentage volume that sorted by scavengers in TPS Condongcatur was 5,4% meanwhile in TPS Tridadi was 8,23% and Tambakboyo was 22,1%. The average litter residues was 8,44% for TPS Condongcatur, TPS Tridadi was 8,05% and TPS Tambakboyo was 7,94%. The residuals garbage was opium by trucks while picked the garbage up. 

Analysis of 3E (Energy-Economical-Environmental) for Biogas Production from Landfill: A Case Study

Nowadays, generating energy is discussed as a paramount option in waste management, because the share of energy from waste is increasing annually. The ever-increasing need for energy and limitations of using fossil resources, and also the increase in environmental pollution from consuming these resources have made the use of renewable energies of especial importance. In this research, we first studied renewable energies, followed by technologies related to the biogas system. Biogas systems have been referred to by landfill and discussed comprehensively in this scheme for utilization. For this purpose, the input source of this system is considered as the volume of garbage in the city of Germi as the study area. In the next step, the amount of garbage produced in this city was extracted and the Landfill software was used for methane production potential assessment from this system and the Homer software was used for economic analysis and reliability evaluation. The most important results are payback period, which is about 10 years, and the amount of electricity produced per year, which is 11658.265 MWh.

Viability of milk pouch recycling into monolayer blown films

Due to the wide versatility and properties of plastics, they have replaced many other materials in food packaging and other products. Multilayer films are highly used in the food industry since they bring together the properties of several polymers in the same container. However, the marked growth has not been accompanied by an adequate recovery and recycling plan, currently leading to a large volume of garbage and no adequate solutions for the mismanaged plastic waste. Through this work, the feasibility of recycling of commercial multilayer milk pouch is explored. The main goal is to obtain films with good enough performance to be used in applications such as e-commerce envelopes. To this aim, different processing conditions were applied, and blends with a compatibilizer and virgin polyethylene in varying content were evaluated. Obtained blown films were physically characterized by performing FTIR, thermal, water permeation and rheological tests. Finally, mechanical and fracture performance was deeply characterized in both quasi-static and dynamic loading conditions in order to assess the overall performance of films. It was found that the analyzed properties of the multilayer and recycled films are highly dependent on their composition. The addition of only 2% of the correct compatibilizer can improve mechanical behavior. However, it was also found that a large amount of compatibilizer has a negative impact on films' performance, since it can agglomerate and act as stress concentrator inhibiting plastic deformation.

Review of Plasma Technologies for Contribution of Environmental Purification

Since the beginning of the 20th century, plasma technology has been used in a variety of fields. In the 1980s, R&D related to arc plasma welding and waste disposal, as well as etching, painting, and gas removal equipment that used plasma technology in the processes associated with semiconductor manufacturing. In the 1990s, research on removing air pollutants using atmospheric pressure plasma technology became active. In the 2000s, research on the application of thermal/non-thermal plasma technology to air pollution, waste and water treatment became active. Electrostatic precipitators (ESP) can remove a wide variety of particles such as soot from thermal power plants, coal, and oil mist, resin powder, glass powder, dust, and iron powder generated from incinerators, boilers, and various manufacturing plants. Waste treatment aims to reduce the volume of garbage, recycle incinerated materials, and utilize waste heat from incineration, and plasma technology is used in each process. Various techniques have been used for making purified water. Water quality requirements vary according to the objective. Plasma technology uses an electrical field to encourage seed germination and growth. Due to the spread of such applied technology, plasma technology has attracted attention again in recent years.

EDUKASI DAN MANAJEMEN PENGELOLAHAN SAMPAH BERBASIS WEBSITE DAN MENGURANGI VOLUME SAMPAH DI KELURAHAN LIMAU MANIS, PADANG

Based on the data of Indonesia National Plastic Action Partnership in 2020, about 67.2 million tons of garbage in Indonesia are still left off every year. Garbage problem from year-to-year still have not been taken seriously by the government. A way in decreasing the volume of garbage is by building temporary waste storage. Sadly, some of the Indonesian temporary waste storage are not working properly. Not to mention the temporary waste storage in Limau Manis Selatan. Therefore, an education, socialization and training are needed. The main goal of this project is to minimalize the amount of waste with the help of information technology based website, to serve informations to the waste bank in Limau Manis Selatan. By creating this waste management app, people in there will feel the ease to manage their waste, and become more aware of the importance of proper waste handling. From this activity, satisfying result was obtained. People in the community start building a good habits, from sorting the trash based on the variety, building aquaponics, and maggots cultivation in terms of reducing the waste volume. Keywords: Information technology, website, waste management.