Waste Management Innovation Research Articles

The Effect of Innovation in Waste Management and Sustainable Packaging on Perceived Value and Consumer Satisfaction in the Snack Food Industry in East Java

This study investigates the impact of waste management innovation and environmentally friendly packaging on perceived value and consumer satisfaction in the snack food industry in East Java. Utilizing a quantitative approach, data were collected from 170 respondents using a Likert scale (1-5). The analysis was conducted using Structural Equation Modeling-Partial Least Squares (SEM-PLS 3). The findings reveal that both waste management innovation and sustainable packaging positively affect perceived value and consumer satisfaction, with sustainable packaging having a stronger influence on satisfaction. Additionally, perceived value mediates the relationship between sustainability initiatives and consumer satisfaction. These results underscore the importance of adopting visible and impactful sustainability practices to enhance customer perceptions and loyalty. Snack food manufacturers are encouraged to prioritize eco-friendly packaging while communicating the broader benefits of waste management innovations to consumers.

From Waste to Blessings: Waste Management Innovations at Baitul Qur’an Islamic Boarding School

From Waste to Blessings: Waste Management Innovations at Baitul Qur’an Islamic Boarding School

Technopolitics of fear: managing emotions about infrastructural collapse at a mining business conference

ABSTRACT Despite the regular occurrence of disasters such as infrastructural collapse and massive pollution, the mining industry has failed to introduce substantive innovations in waste management. In this paper, we explore a key factor behind such reluctance, which we have called a technopolitics of fear. Based on a science and technology studies framework, such technopolitics will be understood as a complex assemblage of affects, practices, and technologies with its governing logic and producing multiple effects. To explore the contours of such technopolitics we analyze a business conference of the mining industry occurring in Chile in 2019. Emerging first as an emotional outpour, the uncertainty caused by recent mining waste disasters was turned into something much more productive; first as “sound” economic valuations and then as conventional techno-fixes. In the conclusions, we will speculate about alternative ways in which the mining industry could truly enact the radical transformations needed to keep practicing extraction in vulnerable worlds.

Utilizing Used Cooking Oil for Aromatherapy Candle Production

Background: Environmental pollution from used cooking oil poses significant challenges. Specific Background: Improper disposal of this waste contributes to ecological damage, highlighting the need for effective recycling solutions. Knowledge Gap: Community awareness and skills in transforming used cooking oil into valuable products are limited. Aims: This study aimed to train local residents in recycling used cooking oil into aromatherapy candles, reducing pollution and enhancing economic prospects. Results: The training, facilitated by university students, successfully informed participants about the hazards of used cooking oil and demonstrated candle-making. Participants reported high satisfaction and a willingness to apply their new skills. Novelty: This initiative presented a practical method for converting waste into a marketable product, addressing both environmental and economic issues. Implications: The program not only raised environmental awareness but also empowered the community with sustainable business opportunities, fostering innovation in waste management and improving local economies. Highlights : Pelatihan mengajarkan keterampilan mengolah limbah minyak menjadi produk bernilai. Inisiatif ini meningkatkan kesadaran lingkungan di masyarakat. Produk lilin aromaterapi berpotensi meningkatkan perekonomian lokal. Keywords: Pencemaran, Minyak, Lilin, Aromaterapi, Pelatihan

Tempat Sampah Otomatis Menggunakan Sesnsor Ultrasonik Berbasis Arduino Uno

The importance of innovation in waste management is increasingly felt in this modern era. This research introduces an automated waste handling system utilizing Arduino Uno-based sensors. Arduino Uno, as a versatile microcontroller, is employed to control the automation process in waste bins. Integrated ultrasonic and load cell sensors assist in identifying the presence of individuals disposing of trash and monitoring the weight of the waste, triggering the automatic disposal mechanism. This implementation not only enhances the efficiency of waste management but also provides convenience for sanitation workers. The study details the design, implementation, and performance evaluation of the automated waste bin system, showcasing the potential utilization of Arduino Uno technology in creating intelligent and sustainable solutions for waste management.

Innovative Practices in Waste Bank Management at Citra Sentosa Mandiri

Waste management has become a critical issue in urban communities, necessitating innovative approaches for effective implementation. In Citra Sentosa Mandiri Housing, a waste bank initiative led by community leaders Mr. Agus Irwanto and Mr. Yanto exemplifies a successful model for fostering community engagement in waste management. Despite the growing interest in community-based waste management, there is limited understanding of the role of group communication in facilitating the diffusion of innovation within such contexts. This study aims to analyze communication strategies employed by waste bank activists to disseminate information and assess community adoption and participation in the waste bank program. Utilizing a descriptive qualitative research method and Miles and Huberman's interactive model for data analysis, findings reveal that effective group communication significantly enhances community participation and supports the adoption of waste management innovations. This research contributes to the literature by highlighting the crucial role of communication in transforming community perceptions of waste. The study underscores the importance of structured communication strategies in promoting sustainable waste management practices, providing insights for policymakers and community leaders seeking to implement similar initiatives in other urban settings. Highlights: Effective communication strategies enhance community engagement in waste management. Community leaders play a crucial role in driving waste bank initiatives. Structured communication transforms perceptions of waste within the community. Keywords: Waste Management, Group Communication, Innovation Diffusion, Community Participation, Sustainable Practices

A bibliometric review of waste management and innovation: Unveiling trends, knowledge structure and emerging research fronts.

The pressing challenges in waste management have motivated this comprehensive study examining prior research and contemporary trends concerning innovation and waste management. A meticulous investigation of 2264 documents (1968-2024) was conducted using bibliometrix R-tool to analyse Scopus and Web of Science databases, offering a holistic global perspective. Heightened societal concern about waste management, driven by soaring waste production from consumption patterns, requires urgent exploration of effective waste elimination and transformation systems. This study provides a comprehensive summary of the topic, delving deeply into its complexities. Through thorough analysis of global trends, it constitutes a significant stride towards identifying effective solutions, offering valuable contributions to both scientific understanding and practical applications. This research pioneers a comprehensive synthesis of innovation and waste management issues, showcasing originality and substantial contributions. The identified collaborative networks expose a lack of transnational cooperation, potentially hindering waste management innovation. Future research around waste management innovation should focus on synergies among competitors within the same industry and across industries to minimize waste and maximize resource utilization, 4.0 technologies, global waste chain impacts and challenges along with solutions for developing countries.

Source identification, characteristics, and spatial distribution of airborne microplastic deposition in Lahore City, Pakistan.

A large volume of atmospheric microplastics (MPs) has been observed worldwide and is considered an emerging global environmental issue. Nevertheless, no significant assessment of the atmospheric deposition of MPs in Pakistan has been reported yet. The present study was designed to highlight the source, type, and spatial distribution of MPs in atmospheric fallout in Lahore, Pakistan. A total of 23 sites were sampled in Lahore with a heterogeneous background of human activities. All samples were collected in a box with a one-foot depth fitted with a steel tray of 0.1 m2 at the bottom. Fenton's reagent and hydrogen peroxide were used to remove organic matter, and sodium chloride for density separation, while the MPs were quantified through a stereomicroscope, and polymers were identified through ATR-FTIR spectroscopy. The highest deposition rate (particles/m2/day) was observed at Badami Bagh, i.e., 6819, followed by Mall Road 4414, and Chung 4263, while the lowest was in Sabzazaar (i.e., 524) and Township (1047) with an average deposition rate of 2340 ± 1392. Among the MPs, the major portion was fiber, i.e., 96%, while fragment was 1.9%, sheets 0.78%, foams 1.12%, beads 0.04%, and other MPs 0.06%. At all sampling sites, 20 different types of polymers were identified with different percentages, of which polyester fibers were predominant with an abundance of 96.09% associated with clothes and textiles. A high frequency of MPs was found in populated areas with dense traffic, plastic wastes, household plastic materials, and mismanagement of wastes, which accelerates the atmospheric deposition of airborne microplastics. Evaluation and characterization of MP help assess health and environmental impacts, cleanup efforts, and guiding regulations. It also provides valuable information for waste management innovation to reduce plastic pollution.

Cross-national sanctions and green innovation: Worldwide investigation

Research background: Cross-national sanctions are external factors with high uncertainty. The current situation of green innovation is not optimistic and the future of the uncertain development is worth exploring. Purpose of the article: This study intends to investigate how cross-national sanctions affect green innovations by examining data from 130 countries from 1990 to 2020. We use six different forms of sanctions (including those from the U.S., EU, UN, as well as unilateral, plurilateral, and economic sanctions) as the primary explanatory variables, with environmental management innovations serving as a proxy for green innovations. Methods: Difference-in-Difference (DID) technique; Logit model. Findings & value added: The number of environmental management inventions produced by a nation's inventors is negatively affected by plurilateral and economic sanctions, as well as by the US and the EU sanctions, while other types of sanctions have weaker effects. In terms of sub-indicators, plurilateral and the US sanctions have a serious negative impact on air pollution control and water pollution control inventions, while plurilateral, The EU and economic sanctions have a negative impact on waste management innovations. However, unilateral and the UN sanctions have no apparent effect on any type of environmental technology. Further logit model tests show that the US and economic sanctions lead to a decrease in green innovations. Moreover, the difference between Asian and African countries is that the negative effects of plurilateral, the U.S., the EU, and economic sanctions are more obvious in African countries, while cross-national sanctions have no significant impact on Asian countries. The results of our study should help countries under sanctions to respond more effectively to environmental progress.

Proses Pemberdayaan Ibu-Ibu Rumah Tangga oleh Bank Sampah “Kebumen Gemilang ‎Sejahtera” di Kelurahan II Ilir Kecamatan Ilir Timur II Kota Palembang

Women's empowerment is a good step to develop and improve women's competencies, especially for ‎housewives. This research examines the process of community empowerment in recycled waste ‎management in Kelurahan II Ilir, with a focus on the Kebumen Gemilang Sejahtera (KGS) Waste Bank. ‎There are five main processes observed, namely enabling, strengthening, protecting, supporting, and ‎maintaining which are used to create a supportive climate, increase knowledge and skills, and encourage ‎community independence and innovation in waste management for housewives. The method used is ‎analytic descriptive qualitative method. The qualitative research method is considered capable of describing ‎the process of empowering housewives by the KGS Waste Bank. As a result, the community, especially ‎housewives, managed to develop skills in waste management, become independent and innovative, and can ‎spread their knowledge to other parties. This empowerment program has succeeded in creating a positive ‎impact in protecting the environment and improving the welfare of the community.

Pressing Strength of Plastic Bottle Couch as a Form of Waste Management Innovation in UMKM Sobotik

Abstract In general, people burn plastic waste openly because they do not know the impact it can cause. Couch from plastic bottles one of the effective alternative innovations. The objective of this study was to determine the strength of the plastic bottle couch from the UMKM Sobotik couch product as the effort to develop creativity in utilizing plastic waste. Plastic bottles that have been glued according to the size and shape designed are given a load (load cell) at the center point of the test object. The shortening of the specimen during compression was observed by two linear variable differential transformers (LVDT) which were placed on the top of the flat surface on different sides of the specimen. The difference in the compressive strength of the plastic bottle couch specimen was based on the variable height of the plastic bottles making up the couch, the cross-sectional shape of the couch, and the position of the fastener (duct tape). There are three types of plastic bottles that make up the couch for this test, namely 1500 ml, 600 ml and 330 ml with the height of each bottle being 290 mm, 226 mm and 170 mm respectively. The results of the compressive load test on the plastic bottles that make up the couch ranged from 241 kgf-621 kgf. The strength of the couch is influenced by the number of adhesives, the location of the adhesive and the shape of the couch. The specimen with the smallest rigidity is a rectangular cross section. Round cross sections tend to have advantages over other cross sections. Due to the pressure received by the test object can be spread evenly throughout the radius of the test object. For a square cross section, there is a cross section that is shorter than the other parts, resulting in non-uniformity of the load received by the parts of the cross section, so that the round shape has great strength.

Swadaya Masyarakat: Implementasi Metode Takakura dalam Pengelolaan Sampah Organik di Kampung Purbonegaran, Yogyakarta

Waste management is a serious issue, particularly in densely populated urban areas like Yogyakarta City. This study aims to analyze community-driven self-help programs through the Takakura method application, using a participatory action research approach in the management of organik waste in Kampung Purbonegaran, Yogyakarta. The full capacity of the final disposal site (TPA) Piyungan prompted the city government to implement limits on waste accumulation through several regulations. This situation highlights the importance of waste management innovation, one of which is Takakura. The Takakura composting method is presented as a form of organic waste processing innovation by centralizing waste-decomposing fermentation that prevents unpleasant odors. The research was conducted by the KKN-PPM team from Universitas Gadjah Mada through socialization and an action program for creating composters in Kampung Purbonegaran. The implementation results showed high interest and participation from the community of Kampung Purbonegaran. The self-provision of Takakura Baskets was done by 35 people out of 40 members, or reaching 80.7% of PKK members. This initiative fostered gradual social change through cognitive understanding, embedding affective awareness, forming psychomotor skills, and the spirit of behavioral change conatively. This form of social change facilitated the adoption of the Takakura method in the processing of organik waste among 35 PKK members representing the heads of families. The success of this program contributes to achieving the Sustainable Development Goals (SDGs) for environmental preservation.

When the solution becomes the problem: a review on antimicrobial resistance in dairy cattle.

Antibiotics' action, once a 'magic bullet', is now hindered by widespread microbial resistance, creating a global antimicrobial resistance (AMR) crisis. A primary driver of AMR is the selective pressure from antimicrobial use. Between 2000 and 2015, antibiotic consumption increased by 65%, reaching 34.8billion tons, 73% of which was used in animals. In the dairy cattle sector, antibiotics are crucial for treating diseases like mastitis, posing risks to humans, animals and potentially leading to environmental contamination. To address AMR, strategies like selective dry cow therapy, alternative treatments (nanoparticles, phages) and waste management innovations are emerging. However, most solutions are in development, emphasizing the urgent need for further research to tackle AMR in dairy farms.

Social Return on Investment (SROI) from the Community Waste Bank Implementation under the Learning Center of Systematic Waste Management Innovation According to the Circular Economy Concept

This article presents the results of social return on investment (SROI) evaluation in the community’s waste bank program implemented in the Moo 7 and Moo 8 Villages of Tan Diao Subdistrict, Kaeng Khoi District, Saraburi Province during 2020–2022, which is a part of the Learning Centre of Systematic Waste Management Innovation According to the Concept of Circular Economy project. This research employed participatory action research to collect data on total cost for investment and income from selling recyclable waste through in-depth interviews and focus groups with a total of 40 stakeholders including: 25 community members, 5 community leaders, 3 representatives from Tan Diao Subdistrict Administrative Organization, 5 village health volunteers, and 2 private waste buyers. The SROI analysis of the Moo 7 and Moo 8 waste banks (2020–2022) by using the discount rate based on the government bond yield at 3% shows the total net present value at 106,166.60 Thai Baht (2,941.76 USD), a ratio of cost-benefit analysis at 12.74 times, the payback period at 4.7 months, and the SROI result is 2.65 Thai Baht (0.073 USD). In other words, for every 1 Thai Baht invested in the community waste banks during this period, the benefits generated were equivalent to 2.65 Thai Baht (0.073 USD). This translates to a positive return on investment. The contribution of community waste bank under the project, can significantly change in 1) community relations with an intensive engagement in community waste management, 2) economic perspective as it generates employment and income, and reduces transportation costs for landfilling, and 3) environment term, as it reduces household waste and waste disposal. The suggestions have been developed in terms of policies and action plans for community waste management together with local administrative organizations to develop Tan Diao Subdistrict as a model of waste management.

AI-DRIVEN WASTE MANAGEMENT SYSTEMS: A COMPARATIVE REVIEW OF INNOVATIONS IN THE USA AND AFRICA

The burgeoning challenges of waste management have propelled the integration of artificial intelligence (AI) into waste management systems, aiming to enhance efficiency, sustainability, and environmental impact. This abstract delves into the comparative review of AI-driven waste management innovations in the USA and Africa, illuminating the divergent strategies employed to address distinct contextual demands. In the USA, where waste management infrastructures are relatively advanced, AI technologies are leveraged to optimize waste collection routes, automate sorting processes, and enhance recycling efficiency. Machine learning algorithms analyze historical data to predict waste generation patterns, enabling municipalities to allocate resources more effectively. Additionally, robotic sorting systems equipped with computer vision contribute to the accurate segregation of recyclables, reducing contamination and promoting a circular economy. Conversely, in Africa, where waste management infrastructures may be less developed, AI applications prioritize scalable and adaptable solutions. Mobile applications powered by AI facilitate crowd-sourced waste reporting, enabling citizens to actively participate in waste management efforts. Furthermore, sensor-equipped smart bins optimize collection routes in real-time, improving resource utilization. The emphasis on community engagement and decentralized solutions reflects the unique challenges and opportunities present in African waste management contexts. Despite these regional disparities, common themes emerge, such as the role of data analytics, automation, and community involvement in shaping effective waste management systems. The comparative analysis underscores the importance of tailoring AI-driven innovations to the specific socio-economic and infrastructural landscapes of each region. Ultimately, understanding the nuanced approaches in the USA and Africa can inform a more holistic and globally adaptable framework for AI-driven waste management systems.
 Keywords: Al, Waste Management, USA, Africa, Innovation, Sanitation.

Edukasi Pengelolaan Sampah Dengan Teknologi Daur Ulang Dalam Rangka Mewujudkan Kemandirian Yayasan Pondok Pesantren Darul Khuldi

Waste management in Kabupaten Ogan Komering Ulu is still facing problems. The size of the waste pile is not commensurate with the waste handling capacity. Plastic waste is a source of problems in landfills because it is quite large and difficult to decompose. Through research and innovation in waste management, we hope to create solutions that not only minimize negative impacts on the environment, but also create new opportunities for a sustainable economy. This research will be carried out at the Darul Khuldi Islamic Boarding School Foundation in Ogan Komering Ulu Regency. This research was conducted to process waste at the Darul Khuldi Islamic Boarding School Foundation, namely domestic waste in the form of plastic waste and organic waste. Plastic waste produced during activities carried out at the Islamic Boarding School is processed into pelleting plastic pellets and making ecoenzymes to manage organic waste. The results obtained are expected to increase the independence of the Darul Khuldi Islamic Boarding School Foundation and reduce the impact of pollution on the surrounding environment.

Edukasi Pengelolaan Sampah Dengan Teknologi Daur Ulang Dalam Rangka Mewujudkan Kemandirian Yayasan Pondok Pesantren Darul Khuldi

Waste management in Kabupaten Ogan Komering Ulu is still facing problems. The size of the waste pile is not commensurate with the waste handling capacity. Plastic waste is a source of problems in landfills because it is quite large and difficult to decompose. Through research and innovation in waste management, we hope to create solutions that not only minimize negative impacts on the environment, but also create new opportunities for a sustainable economy. This research will be carried out at the Darul Khuldi Islamic Boarding School Foundation in Ogan Komering Ulu Regency. This research was conducted to process waste at the Darul Khuldi Islamic Boarding School Foundation, namely domestic waste in the form of plastic waste and organic waste. Plastic waste produced during activities carried out at the Islamic Boarding School is processed into pelleting plastic pellets and making ecoenzymes to manage organic waste. The results obtained are expected to increase the independence of the Darul Khuldi Islamic Boarding School Foundation and reduce the impact of pollution on the surrounding environment

INNOVATION OF WASTE MANAGEMENT WASTE TO ENERGY TECHNOLOGY BASED IN MALANG CITY (SUPITURANG FINAL DISPOSAL SITE STUDY)

City waste continues to increase resulting from every human activity. The research objective is related to waste management innovation using waste to energy technology in the use of waste at the Supit Urang TPA. Gas emissions released by piles of rubbish piled up in final disposal sites not only try to reduce and prevent humans, the environment and the earth from being damaged, but also use renewable energy. Descriptive qualitative research method. Data collection techniques through documentation, interviews and field study observations. Data analysis techniques involve collecting data from field studies (written and verbal), researching, reducing and then drawing conclusions. Using Roger's innovation theory. The results of the research show that the waste problem is not only borne by the government. Waste management must be completed from upstream to downstream, namely from community settlements to the final disposal site. The renewal of the management system for waste utilization has been in effect since the decentralization of the program from the Ministry of Public Works and Public Housing to the Environmental Service to build the latest technology-based waste disposal system. German assistance in infrastructure development is one of the successful factors in implementing the renewal of the Supit Urang landfill waste utilization system. The output of the waste to energy program is electrical energy and gas. Increasing energy production from landfills provides benefits to the community and also local governments as energy producers. Keyword: Innovation, Waste Management, Waste into Energy

Upaya Meningkatkan Literasi Dan Numerasi Di Era Digital Pada Siswa Smk Dharma Bhakti Surabaya Melalui Program Kampus Mengajar Angkatan 6

As the times evolve and consumption rates increase, waste management has become one of the primary challenges faced by communities, particularly in the Rw 02 Gunungsari Surabaya area. In an effort to address the negative impacts of production and waste disposal, the city government, especially the Dinas Lingkungan Hidup Surabaya, has initiated the MBKM KZW ( Zero Waste Village ) as an innovative and sustainable solution. Zero Waste is not just a slogan, it is a lifestyle that teaches us to change consumption paradigms and appreciate natural resource. One of the main pillars of the Zero Waste movement is waste reduction. This involves awareness of the sources of waste around us and concrete steps to minimize it. From reducing the use of single-use plastics to choosing products with eco-friendly packaging, every small action has positive impact on the environment. The key to the success of the KZW program is collaboration and active involvement of various stakeholders. This is includes the Dinas Lingkungan Hidup Surabaya, the community of Rw 02 Gunungsari Surabaya, and students from the Universitas 17 Agustus 1945 Surabaya, working together to reduce waste. Innovation in waste management needs to be encouraged. Adopting a Zero Waste lifestyle is not an easy task, but with awareness, education, and sustainable actions, we can collectively create positive change towards a more sustainable and environmentally friendly future. Zero Waste is not just about minimizing waste, it is also about maximizing our potential to live in harmony with nature.

Pengolahan Pupuk Kompos Sampah Organik Yang Inovatif Dengan Metode Tongkura Menggunakan Limbah Bekas Melalui Program Kzw (Kampung Zero Waste) Di Rw 02 Gunungsari Surabaya

As the times evolve and consumption rates increase, waste management has become one of the primary challenges faced by communities, particularly in the Rw 02 Gunungsari Surabaya area. In an effort to address the negative impacts of production and waste disposal, the city government, especially the Dinas Lingkungan Hidup Surabaya, has initiated the MBKM KZW ( Zero Waste Village ) as an innovative and sustainable solution. Zero Waste is not just a slogan, it is a lifestyle that teaches us to change consumption paradigms and appreciate natural resource. One of the main pillars of the Zero Waste movement is waste reduction. This involves awareness of the sources of waste around us and concrete steps to minimize it. From reducing the use of single-use plastics to choosing products with eco-friendly packaging, every small action has positive impact on the environment. The key to the success of the KZW program is collaboration and active involvement of various stakeholders. This is includes the Dinas Lingkungan Hidup Surabaya, the community of Rw 02 Gunungsari Surabaya, and students from the Universitas 17 Agustus 1945 Surabaya, working together to reduce waste. Innovation in waste management needs to be encouraged. Adopting a Zero Waste lifestyle is not an easy task, but with awareness, education, and sustainable actions, we can collectively create positive change towards a more sustainable and environmentally friendly future. Zero Waste is not just about minimizing waste, it is also about maximizing our potential to live in harmony with nature.