Waste Management Issues Research Articles

Effective RhB Dye Removal Using Sustainable Natural Bioadsorbents Synthesized from Avocado Seed and Skin

Managing waste generated by the food industry is a pressing environmental challenge, and traditional disposal methods such as landfilling or incineration are no longer viable solutions. However, by recovering and valorizing waste in wastewater treatment, we can address the waste management issue and the energy-intensive nature of conventional treatment methods with processes compatible with renewable energy technologies. In this work, avocado skin and seed are valorized for their application in removing Rhodamine B (RhB) dye. Avocado skin (ASk) and seed (ASe) were recovered and recycled separately to develop natural bioadsorbents. Biomaterials were characterized by XRD, XPS, ICP-MS, ATR-FTIR spectroscopy, TGA, N2 adsorption/desorption, and SEM. The ASk and ASe bioadsorbents were employed to remove RhB at four experimental conditions: pH, RhB concentration, bioadsorbent concentration, and temperature. RhB removal was followed by UV–Vis spectroscopy. The results show that at pH 3, the highest percentages of dye removal are achieved, using ASk and ASe, with 88 and 92% removal, respectively. ASe bioadsorbent is more effective for removing RhB dye, reaching 92% after 4 h of contact with 2 g L−1 of bioadsorbent and at 30 °C. Experimental results better fit a pseudo-second-order kinetic model and the Langmuir adsorption model, with maximum adsorption capacities of 13.1240 and 17.9998 mg g−1 for ASk and ASe, respectively. The results show that natural bioadsorbents are suitable options for environmental remediation.

A SOCIAL MEDIA SENTIMENT ANALYSIS ON RENEWABLE ENERGY FORMS

This study conducts a sentiment analysis of public opinions on various energy sources, including hydro, solar, wind, and nuclear, using data from social media platforms like Facebook, Instagram, Quora, and Reddit. A dataset of 3,269 mentions and examining interactions, shares, and likes offers an extensive view of the current discourse on these energy forms. The methodology combines quantitative sentiment analysis with qualitative content examination to uncover underlying themes. The findings reveal strong positive sentiment towards renewable energy, mainly hydro and solar power, often described as “clean,” “sustainable,” and “efficient.” Hydro energy is highly regarded due to its minimal environmental impact, while solar energy is praised for combating climate change and technological advancements. Wind energy faces criticism for visual and noise pollution concerns and potential effects on wildlife, while nuclear power generates negative sentiments primarily due to safety and waste management issues. These results have important implications for shaping effective marketing strategies within the renewable energy industry.

A sustainable modelling for solid waste management using analytical hierarchy process, Monte Carlo simulation and NSGA-III

The issue of solid waste management is one of the greatest challenges of any society. Instead of leveraging solid waste's potential to produce energy using waste-to-energy (WTE) technologies, different countries especially developing countries stick to their ineffective and inferior methods to dispose of solid wastes. To fill this gap between energy production and waste management, this paper develops a novel methodology that integrates three efficacious tools, including Monte Carlo simulation, multi-attribute decision-making, and mathematical optimisation modelling to solve the problem from the perspective of economy, energy recovery, environment (3E), and social sustainability. In this paper, a multi-attribute decision-making method, namely AHP, is investigated to select the most suitable emerging WTE technological options as well as the optimal waste collection routes, to capture solid waste as a potential renewable energy source. Monte Carlo simulation and beta-PERT distribution are also applied to reduce the uncertainty intrinsic to decision-making. After validating the proposed methodology in a real-world case study of Tehran city, we apply a novel meta-heuristic algorithm namely NSGA-III to solve the problem on large scales with a reasonable computational time. The performance of this algorithm in solving waste location-routing problems is explored by conducting several trials. Highlights Addressing an integrated waste-to-energy and transportation network for solid waste management. Developing a novel methodology for finding the best waste-to-energy technological alternatives with respect to the sustainable criteria. Finding the high-quality set of waste collection routes, in addition to the location of facilities with the consideration of waste collection in a separated manner and vehicle's fuel consumption and emission in the MIP model. Monte Carlo simulation and beta-PERT distribution are proposed to stochastically model the absence of accurate data. Application of NSGA-III algorithm to handle the solid waste location routing problem.

GREEN TECHNOLOGY FOR SUSTAINABLE AGRICULTURE: BIO-FERTILIZER PRODUCTION FROM MUNICIPAL WASTE TO PRESERVE THE ENVIRONMENT

This study addresses the pressing issue of municipal waste (MW) management by proposing an innovative approach to transform residential solid waste into a valuable resource using green technology. MW, sourced from diverse sectors, undergoes various disposal methods, including incineration, recycling, and landfilling. In Malaysia, the composition of MW aligns with global trends, with food waste and plastic being the predominant categories. This research focuses on producing fertilizer from residential solid waste through a green technology process, utilizing a sequential procedure involving high pressure, high temperature, and energized water to de-polymerize hemicellulose and lignin, followed by microbial enzymatic fermentation. The developed green technology introduces a novel apparatus designed for treating MW in a high-temperature, low-pressure rotating vessel using indirect heating with thermal fluid. The experimental protocol involves four batches of MW samples, evaluating the mass differential before and after the treatment process. Furthermore, a 7-week observation period assesses chili plant growth as an indicator of fertilizer effectiveness. Results indicate a significant 71% mass reduction of MW, amounting to 201.26 kg, emphasizing the efficacy of the developed process. The investigation extends to plant height, comparing MW-derived fertilizer with commercial fertilizer over a 5-week period. Remarkably, chili plants fertilized with MW-derived fertilizer exhibit a greater height of 8.6 cm, surpassing the 7.3 cm observed with commercial fertilizer. This study concludes that MW-derived fertilizer is highly recommended for enhancing plant growth and health in Malaysia, suggesting a sustainable production system. The research not only contributes to waste management but also aligns with broader goals of promoting environmentally conscious and sustainable agricultural practices, emphasizing the potential of green technology in addressing the challenges of municipal waste.

Sustainable biodiesel production from waste olive oil: Utilizing olive pulp-derived catalysts for environmental and economic benefits

This paper introduces an environmentally and economically advantageous biodiesel production method using waste olive oil and pulp-derived catalysts. It tackles the critical issue of olive waste management by reusing discarded materials, reducing pollution, and minimizing landfill use. This sustainable approach preserves natural resources and reduces the carbon footprint associated with waste disposal. Olive pulp-derived catalysts offer a cost-effective and eco-friendly alternative to traditional catalysts, enhancing the economic viability of biodiesel production. Despite its low oil content, the waste olive pulp (WOP) is efficiently utilized for biodiesel production. The patent explores Sulfonated Carbon (SC) derived from dried olive pulp, serving as a robust acidic catalyst for transesterification. Characterization techniques comprising XRD, FTIR, and FESEM analyze SC properties. Biodiesel development optimization from waste olive oil (WOO) employs Response Surface Methodology (RSM), resulting in optimal conditions: a methanol-to-oil molar ratio of 15:1, a 60 °C reaction temperature, a 5-h transesterification time, and a 4% catalyst dose, yielding an impressive 94% biodiesel yield. The biodiesel's chemical structure is confirmed through analytical tools such as FT-IR, 1HNMR, and 13CNMR.In summary, this study highlights the potential of sulfonated carbon as a catalyst for sustainable biodiesel generation from waste olive oil. It offers a safe, efficient, and environmentally friendly alternative to traditional catalysts, delivering both environmental and economic benefits.

Politics and civil society in regional waste management

Indonesia, like the majority of countries throughout the world, is grappling growing waste management issues. On a national or regional level. As a result, an effective program to limit garbage disposed of in landfills is required. Collaboration between municipal government and civic society is one option. This study examines the pattern of synergy between local government and community organizations in enhancing trash management through the case of coordinating waste management in Garut Regency, West Java Province, Indonesia. We modified the Collaborative Governance Framework and performed in-depth interviews with stakeholders, as well as a search for documentary sources and transect tracing. We gathered qualitative information from stakeholders about their experiences and perceptions of synergy patterns between sub-district trash bank administrators and district governments. The data was analyzed in three stages: data reduction, presentation, and conclusion. The collaborative governance paradigm of Anshell and Alison is applied to data analysis. As a result, it was discovered that the Garut Regency waste bank WhatsApp group offered sub-district waste bank administrators with an effective waste management communication space. Waste managers might be subject to a variety of local government laws. However, because the number of Waste Bank management members is still restricted, it is insufficient to address regional waste management issues.

MSW Management in Two Italian Mountainous Areas

Abstract Two case studies are reported in the present work. They regard municipal solid waste (MSW) management trends in the last decades in two Italian provinces selected to analyse some issues of waste management in mountainous areas. The first case study refers to a selective collection (SC) rate expected to reach 80 % soon. This scenario assumes SC mainly in kerbside mode. The scenario is based on specific local conditions: the absence of a thermo-chemical plant in the territory (but with a part of the residual MSW burnt in a neighbour province), the presence of local plant of anaerobic, and a sanitary landfill for pre-treated residual MSW. The adopted tariff helped increasing the SC rate: indeed, since 2013, a tariff calculated at user level, depending on the behaviour of each user, has been adopted. This is called punctual tariff. The second case study concerns an area where SC reached about 75 %. The punctual tariff has been recently introduced. In this scenario, an incineration plant and a Solid Recovered Fuel (SRF) plant allow implementing an industrial symbiosis solution in conjunction with a cement factory. The work demonstrates that SC can be the core of a correct MSW management and that kerbside collection is fully compatible with mountainous area. However, other issues remain to be optimized yet: the low density of mountain areas makes difficult to implement enhanced solutions of SC (e.g. for diapers) and increases costs for light packaging collection; moreover, the presence of tourist fluxes can significantly affect SC efficiency.

REVIEW OF SOLID WASTE MANAGEMENT CHALLENGES AND SOLUTIONS IN IRAQ

Solid waste management (SWM) in Iraq faces significant challenges due to inadequate infrastructure, insufficient regulatory frameworks, and low public awareness. This review explores the current state of SWM in various Iraqi cities, highlighting key issues and proposing recommendations for improvement. In Babylon Governorate, open dumping and poor collection processes are prevalent, with waste production expected to increase significantly by 2030. Kerbala's SWM system is hindered by limited funds, requiring better disposal and recycling infrastructure and stakeholder engagement. Al-Nassyriah residents expressed dissatisfaction with current SWM practices, indicating a need for increased public awareness and proper waste sorting infrastructure. Sulaimania faces environmental threats from open dumping, with seasonal variations in waste generation and inadequate medical waste management. In Erbil, substantial recyclable materials remain untapped due to a lack of efficient treatment technologies and public awareness. Najaf's exploration of waste-to-energy solutions presents a promising alternative for addressing waste management issues. This review underscores the necessity of developing modern infrastructure, enforcing stringent regulations, enhancing public education, and integrating waste management with energy production to achieve sustainable SWM in Iraq.

Social Entrepreneurship: Towards Solving Environmental Problem and Creating Wealth Among Primary School Pupils an Ogun State

The issue of waste management has continued to attract global attention and several efforts have been made to find solutions to the problem of improper waste disposal mostly in the urban areas in the developing countries of the world. This study exploits the benefits of using social entrepreneurship in waste management and creation of wealth using primary school pupils in the central senatorial district of Ogun State. A descriptive survey research design was used for the study and 500 primary school pupils using volunteer sampling techniques. A self-constructed questionnaire titled “Students Perception on Social Entrepreneurship and Waste Management Questionnaire” (SPSEWMQ) (r =.82) was used as main instrument for the study. Data were analysed using descriptive statistics. The findings showed that social entrepreneurship helps pupils to gain skills of proper handling of waste, waste collection and disposal among others, also pupils benefited from the social entrepreneurship activities they embarked on in the area of helping them to develop skills of willingness to get things done, determination to achieve success, employment generation and wealth creation and social entrepreneurship activities did lead to gaining waste sorting skills by the pupils. It was recommended that social entrepreneurship skills should be developed in the pupils so as to participate as productive members of the society and that pupils should be encouraged to manage waste and turn it to wealth.

Improving Environmental Quality Based on Community Participation

Abstract. This community development program took place in Ngino XII Hamlet, Margoagung Village, Sleman Regency by tackling the issue of waste management. Empowerment of the environment was carried out through the recycling of plastic materials that could still be reused, thereby reducing the potential for waste accumulation. The recycling of plastic waste was done by turning those plastics into planting media called as hydroponics. In this program, it began with a socialization to the community about recycling. In addition, this program also provided training to the community to install hydroponics from used bamboo. The community was also encouraged to use mineral water bottles and used gallons for these hydroponic planting media. Hydroponic planting method was selected because in the related area, the public awareness of environmental cleanliness was still very low. In this community service program, UMY was accompanied by the youth and residents of Ngino XII Hamlet, especially the youth of RT 2- Rukun Tetangga 2- a neighbourhood association, who actively participated to make plans for environmental empowerment activities. The hope is that in the future after the community development time is over, the local residents and youth can continue these activities and keep the environment clean and beautiful.

Development of Non-Load Bearing Three-Core Stretcher Concrete Masonry Unit With Polyethylene Terephthalate Waste

Persistent problems stem from factors such as the difficulty of waste recycling wherein plastics are substantial contributors having strong environmental impact. To mitigate this dilemma, reengineered plastics are emerging as reforms in solving solid waste management issues. This study aimed to investigate the effects of utilizing Polyethylene terephthalate (PET) as an admixture in a non-load-bearing concrete masonry unit. Moreover, it sought to limit the amount of environmental degradation and prevent ecological and environmental strains caused by plastic. This study used the experimental method which involved compressive strength testing, unit weight, and unit cost analysis. In addition to this, the properties of the materials were studied to arrive at the optimum percent composition to generate the highest efficiency. Five treatments were utilized including the control (0%), 1.5%, 2.0%, 2.5%, and 3.0% PET waste admixture. In the findings, both the control CMU and the 1.5% PET waste admixture have qualified on the standard specification, ASTM C129, for CMU compressive strength. The unit weight decreases as the amount of admixture increases. In terms of unit cost, the sample with the highest percentage of PET waste has the lowest unit cost but with the lowest compressive strength. However, between the control CMU and the 1.5% PET waste admixture, the latter has a lower unit cost. Therefore, it can be inferred that adapting the use of PET wastes as admixture at 1.5% showed the most competence proving to reduce plastic waste environmental issues while gaining higher possible profit when introduced into the commercial industry of construction supplies. For future studies, a Comparative Analysis of walls made with plain and PET waste concrete masonry units may be conducted to improve the application of the material.

ECOLOGICAL PROBLEMS AND DECARBONIZATIONIN UKRAINE

The article with the reports of responsible researchers, in which the issues of industrial and household waste management are not an end in itself but the problems of environmental safety, environmental conservation and human health. The question was raised about the necessity for certification of dumps with instructions in the passports of general information. The issue of the system of state management of the development of the mineral resource and raw material base of the country is considered. The problems of waste management in Ukraine in particular in Vinnytsia region and other issues that were raised at the National Forums and at the Scientific Conference held in Ukraine were considered. Waste management is considered as a public program that must comply with European rules and standards. With the adoption of the concept of energy decarbonization in Europe it was said that it is necessary to pay attention to the issues of hydrogen production.

Sustainability analysis of neat waste tire oil powered diesel engine: A thermodynamics approach

The growing need for sustainable fuel sources and the expanding waste management issue have prompted researchers to investigate waste-to-fuel conversion technologies. By using the potential of 100% tire oil (TO), a profitable and environmentally acceptable alternative to waste tire disposal may be realized. Tire oil utilization addresses waste management difficulties, reducing dependency on traditional fossil fuels, and minimizes environmental impacts. The study examined the pure diesel and diesel-tire oil blended fuel to examine the energy, exergy, economic, and sustainability parameters. Diesel fuel (DF), TO10 (Diesel 90%, TO 10%), TO20, TO30, TO50, TO70, and TO were used as tested fuel. Single-cylinder diesel engines with crankshaft speeds from 1500–3500 rpm in steps of 500 rpm were used for the experiments. The TO10 had the most significant energy efficiency (31.49%) and exergy efficiency (32.51%) at 2500 rpm compared to the other tested fuels. In comparison to the other studied fuels, TO demonstrated the highest sustainability index with a value of 1.48 which was more sustainable than other fuels. Based on these data, it was feasible to conclude that TO10 was the most sustainable fuel and was well-suited for diesel engines with no modification.

Evaluation of landfill sites on Pašman Island and islanders’ perceptions regarding waste management issues

Islands and coastal regions are experiencing significant impact from sea-borne litter, and this issue also affects the Croatian islands, including Pašman Island. A comprehensive research approach has been adopted to assess the landfill sites on the island, which involves applying an integral list of indicators to existing landfills. Indicators have been connected to statistical data, and in the last phase of the research the perception of the islanders towards waste management was examined. The research done in 2018 involved accessing 32 solid litter sites, including 10 located on the coastline and 22 inland, with particular attention given to the composition of the waste. Results revealed that plastic litter was more prevalent in coastal sites (55%) than in inland sites (20.9%). Although the local government reported no landfills on the island in February 2021, islanders disputed this claim and confirmed the presence of solid waste disposal sites. A qualitative research study conducted in January 2022 indicated that waste management has recently improved. The data collected from the fieldwork has informed a proposal for future waste management measures in isolated, inhabited coastal areas.

(Invited) Transforming Metal-Containing Secondary Resources into Functional Materials for Electrochemical Energy Applications

Transforming metal-containing waste into functional materials for electrochemical energy applications presents an innovative and sustainable solution to address the growing issue of waste management and resource conservation. By utilizing end-of-life products, off-specification materials, waste materials, and spent materials as secondary resources, this approach can effectively reduce environmental impacts and promote the development of clean energy technologies.Gas-diffusion electrocrystallization (GDEx) is a novel electrochemical technology that can be used as a step to selectively recover and convert valuable metals from metal-containing waste streams into functional materials for electrochemical energy applications. By leveraging the electrochemical reduction of gases, such as O2 or CO2, for the in-situ production of oxidizing (H2O2) or reducing agents (H2 and CO)—which may also result in the formation of other chemical species, e.g., alkali (OH–) in aqueous media, GDEx facilitates the precipitation of soluble metal precursors. This process results in the formation of metal nanoparticles with controlled compositions, crystal structures, sizes, morphologies, and compositions, tailored for specific electrochemical applications.In this talk, the principles of the GDEx process will be explained and examples will be provided of its applicability in the direct transformation of metals contained in secondary resources for the production of functional materials for electrochemical applications. Specifically, the production of electrocatalysts for methanol oxidation from the recycling of automotive catalysts leachates will be conveyed, as well as the production of active battery materials for Li-ion batteries, and the recovery of lithium from geothermal brines.Gas Diffusion Electrocrystallization (GDEx) is a novel and sustainable approach to transform waste materials into functional materials for electrochemical energy applications. This innovative method enables the recovery and synthesis of valuable metal nanoparticles (NPs) from waste streams, such as end-of-life products and industrial leachates, for use in electrocatalysis, energy storage, and fuel cells.GDEx will be conveyed as a sustainable and scalable technology for the recovery of critical metals, contributing to a circular economy and reducing the environmental impact of mining and refining activities. The opportunity for producing materials with enhanced performance will be portrayed, together with the portent of a customizable and flexible solution which can be integrated with existing recycling chains.AcknowledgementThis research has received funding from the European Union’s Horizon 2020 and Horizon Europe research and innovation programmes under grant agreements 958302 (PEACOC Project), 101069685 (Rhinoceros Project), 101069644 (LICORNE Project), 101058163 (CRM-Geothermal Project), and 101091715 (FIREFLY Project).ReferencesPrato M.R.A., Van Vught V., Chayambuka K., Pozo G., Eggermont S., Fransaer J., Dominguez-Benetton X. (2020) Synthesis of material libraries using gas diffusion electrodes. J. Mater. Chem. A, 8:11674-11686. DOI:10.1039/D0TA00633E.Martinez Mora O., Pozo G., Leon-Fernandez L.F., Fransaer J., Dominguez-Benetton X. (2023) Synthesis of platinum group metal nanoparticles assisted by CO2 reduction and H2 cogeneration at gas-diffusion electrodes. RSC Sustain., 2023, Accepted Manuscript. DOI: 10.1039/D3SU00046J

Public Engagement Impact on Sustainable Waste Management in Indonesia: Examining Public Behavior

The primary objective of this study is to investigate the behavioral patterns and levels of public engagement in waste management practices within the context of Indonesia. The issue of waste management is a significant and unresolved one that continues to be prioritized by the government. The issue of waste management has received much scholarly attention over the past twenty years. The prioritization of solid waste management is necessary to effectively attain the Sustainable Development Goals (SDGs). The present state of excessive garbage accumulation is a significant concern, with a substantial portion of it remaining unattended. The presence of hazardous elements within solid waste presents a significant risk to human life, both in the immediate and long-term. One factor contributing to the limited engagement of the public in environmental policy is the inclination of individuals to prioritize legislation primarily concerning their fundamental needs. This finding suggests a deviation from the outcomes of other research undertaken in recent decades, which posit that community engagement plays a major role in addressing waste management challenges. The findings of the study indicate that individuals' behavior has a significant role in shaping their inclination toward participating in trash management initiatives throughout various urban areas in Indonesia.

Permasalahan Pengelolaan Sampah Desa Tegal Sari Kel. Mandala I Medan Denai, Kota Medan

Waste is a problem that often occurs in an area, one of which is the village of Tegal Sari Mandala I. Waste management that is not complex will create a problem for the village and will require innovative solutions to overcome the problem of waste in the village. The aim of this research is to identify waste management issues and the reasons why waste cannot be managed properly by the people of Tegal Sari Village. This research method uses a qualitative approach, sampling is carried out by interviewing information identified according to their identity and problems related to the area studied. Data analysis used in data reduction research, data presentation, and drawing conclusions. The main cause of the waste problem in the village is that the local community's livelihood is scavengers and this causes large piles of rubbish to be piled up by the community, lack of public awareness of managing waste or sorting waste and turning it into a craft with economic value. This research can be used as a guide for villages that have similar problems, by utilizing participatory and innovative waste management in rural areas.

Biocatalyst enhanced biogas production from food and fruit waste through anaerobic digestion

In recent years, the world has faced the adverse effects of global warming and waste management issues. Food waste is one of the major constituents of solid waste. Currently, the world is in the throes of finding an alternative source of fossil fuels, which could lower the energy demand and bring about a pollution-free environment. The stability of anaerobic digestion is significantly influenced by trace elements (TE), which are micronutrients for microbes. Experimental measurements were made of the effects of trace metals (cobalt (Co), nickel (Ni), magnetite (Fe2+Fe3+2O4) and biochar) on mesophilic and thermophilic anaerobic digestion of food waste. The study's major significance is identifying the potential catalyst for the anaerobic digestion system and achieving the best production efficiency. Adding micronutrients increased biogas generation, but it was hampered by the excessive addition of trace metalsthe excessive addition of trace metals hampered it. More biogas was produced when Co was added. We have achieved 42% of methane production with 28 days of hydraulic retention time. The findings can provide quantitative data on the replenishment of trace metals for efficient anaerobic digestion. This work presents novel information about the trace elements and their enhancement inside the biodigester for kitchen and fruit wastes.

Treated Oil Shale Ashes as Cement and Fine Aggregates Substitutes for the Concrete Industry.

The increased global demand for energy and the environmental concerns associated with fossil fuels highlight the need for alternative approaches. Fossil fuel combustion, particularly coal and oil shale, contributes to greenhouse gas emissions and generates large amounts of ash residues, posing environmental challenges. This study focuses on the potential of thermal treatment to upgrade oil shale bottom ash (OSBA) for use as a cement replacement in concrete, addressing both the economic viability of oil shale combustion and the environmental issue of ash waste management. The findings have significant implications for improving the economics and environmental sustainability of oil shale combustion in construction. By enhancing the properties of OSBA, this study contributes to the advancement of greener energy solutions and waste management practices in the energy and construction sectors.

From waste to eco-friendly biofilms: Harnessing cottonseed hull proanthocyanidins for sustainable solutions

A circular sustainable bioeconomy model, utilizing renewable resources like agricultural waste biomass, can address environmental issues caused by the massive utilization of fossil resources. The study aims at exploring the potential utilization of underutilized cottonseed hulls (CSHs) as a source of bioactive proanthocyanidins (PAs), and investigate their applicability in the production of biodegradable films. FT-IR, HPLC-QTOF/MS, MALDI-TOF/MS analyses served for characterizing the structure of PAs extracted from CSHs, and thiolysis reaction revealed that they primarily consisted of (epi)catechins with a few (epi)gallocatechins and (epi)afzelechin units, forming oligomeric proanthocyanidins of which the mean degree of polymerization (mDP) was 2.99. Three monomers, ten dimers, one tetramer, one pentamer, and one hexamer were theoretically identified in CSHs for the first time. The unique structure of CSHs sets them apart from most plants. The extracts displayed high in vitro antioxidant activity with IC50 value of 0.074 in DPPH assay and 0.018 mg/mL in ABTS assay. Additionally, the CSH extracts were incorporated as antioxidants into chitosan (CS)-based biodegradable films. The addition of 0.25% CSH extracts significantly improved film thickness and water vapor resistance, and also reduced the water solubility and visible light transmission. Furthermore, the films enhanced the blueberry quality and extended the shelf-life. This comprehensive study not only addresses waste management issues but also offers avenues for innovative applications in sustainable agriculture and packaging.