Comparative Analysis of Bio-Based and Traditional Plastics: Life Cycle Assessment, Cost-Benefit Analysis, and Health Impact Evaluation

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Given the environmental concerns regarding traditional plastics today, studies on and applications of bio-based alternatives made from renewable feedstocks are now forthcoming. Based on a systematic review of the literature and empirical evidence, this paper compares the environmental performance of the two types of plastics along their entire life cycle, from raw material production to end-of-life treatment. Economic viability of bio-plastics is analyzed by cost-benefit analysis based on production prices, market conditions, and long-run economic impacts. This research also covers the health effects of the two plastics, which include toxicity, leaching of chemicals, and exposure routes for human beings. Results show that bio-plastics tend to have improved environmental performance and fewer health impacts, but are economically limited, which prevents their application at present. The review will be useful to policymakers, industry stakeholders, and researchers who aim to create green alternatives to traditional plastics. Bio-based plastics biodegradable polymers petroleum-based plastics life cycle assessment (LCA) cost-benefit analysis health impact assessment sustainability circular economy environmental impact biopolymers Figures Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 1. Introduction The world plastics industry has grown by leaps and bounds since the mid-20th century, with an output of over 380 million metric tons annually by 2023. Such excessive production and utilization of traditional petroleum-based plastics have posed acute environmental issues, such as water pollution, wildlife risk, and greenhouse gas emission (J.A. Callow & M.E. Callow, n.d.; Wang et al., 2013 ; Williamson et al., 2012 ). The ubiquity of plastic waste in the environment, with degradation timespans reaching hundreds of years, has led to extensive research and development into sustainable substitutes. Bio-plastics based on renewable biomass resources like corn starch, sugarcane, cellulose, and vegetable oils have appeared as viable alternatives that may counteract these environmental issues while fulfilling the functional needs of diverse applications (Forrest, 2004 ; Mittal et al., 2024 ; Tan et al., 2022 ). The shift from fossil-based to bio-based plastics is a paradigm shift in material science with far-reaching implications across environmental, economic, and health dimensions. While fossil-based plastics depend on non-renewable fossil fuels as raw material, bio-based plastics depend on renewable feedstocks, with the potential to lower carbon footprints and dependence on fossil fuels. But the net impact of such a substitution is multifaceted and intricate, and has to be balanced holistically on multiple parameters. Production of bio-based feedstock occurs through agriculture at the expense of food crops, entails land conversion, requires water and fertilizers, and therefore questions their overall sustainability factor (Darensbourg, 2007 ; Ioannidou et al., 2020 ; Jin et al., 2016 ; Porcelli et al., 2023 ; Yen et al., 2013 ; Zibunas et al., 2022 ). Notwithstanding the increased focus on bio-plastics, they have not significantly penetrated the markets, making up less than 1% of the total production of plastics. This low take-up is traceable to different reasons, among them the increase in cost of production, technology constraints in specific applications, and lack of appropriate end-of-life management infrastructure. Recognizing such barriers through quantitative comparative analysis is vital for driving research agendas, industrial policies, and policy options towards enabling an eco-friendly shift in the plastic industry (Demirbas, 2008 ; Mittal & Kushwaha, 2024b ; Rahimirad & Sadabadi, 2023 ; Rose, 1990 ). The objective of this paper is to deliver such analysis through the assessment of bio-based and conventional plastics by life cycle assessment, cost-benefit analysis, and health impact assessment, hence adding to the knowledge base necessary for well-informed decision-making in this pressing field of sustainable development (Asafu-Adjaye et al., 2016 ; Dufour et al., 2012 ; Lau et al., 2022 ). 2. Methodology This study employs an integrated multi-method approach to compare conventional plastics and bio-based plastics on three disparate yet interconnected parameters of health impact assessment (HIA), cost-benefit analysis (CBA), and life cycle assessment (LCA). This study design combines both quantitative and qualitative approaches in an attempt to offer a comprehensive analysis of these plastics from start to finish across the value chain. Data was collected through a systematic review of literature, published studies' meta-analysis, industry reports, and expert consultation on polymer science, environmental engineering, and health sciences. 2.1 Framework of Life Cycle Assessment The life cycle assessment adheres to the ISO 14040 and 14044 standards to quantify environmental effects throughout the entire plastic life cycle. The system boundaries include raw material production, manufacturing, distribution, use, and end-of-life treatment. The functional unit to be employed for the present analysis is 1 kg of plastic material utilized in packaging, whereupon effective comparison between different plastics can be made. (Garg et al., 2025 ; Karali & Shah, 2022 ; Mittal & Kushwaha, 2024a ; Thapa et al., 2018 ). Environmental impact categories being considered are global warming potential (GWP), energy use, water use, eutrophication potential, acidification potential, and land use. For bioplastic, the assessment considers agricultural inputs, efficiency in biomass conversion, and other end-of-life routes such as industrial composting, anaerobic digestion, and recycling. For traditional plastics, the calculation takes into account petrochemical production pathways, energy-intensive polymerization processes, and typical waste treatment pathways (Fei et al., 2011 ; Gerloff, 2021 ; Lashof & Ahuja, 1990 ; Palmer et al., 2021 ; Rose, 1990 ). 2.2 Cost-Benefit Analysis Method The cost-benefit analysis utilizes standard economic valuation techniques to assign a monetary value and compare direct and indirect benefits and costs associated with both plastics. The economic analysis features costs of production (raw materials, processing, manufacturing), market dynamics (economies of scale, supply chain management), externality costs (environmental damage, clean-up costs), and policy effects (regulation, subsidies, tax). A discount rate of 3% is applied to account for the time value of money and intergenerational fairness issues. Sensitivity analysis is carried out to analyze the economic viability of the bio-based alternatives to fossil-based plastics towards major parameters of oil prices, biomass feedstock availability, and policy incentives. Net present value and cost-benefit ratio are used to determine economic feasibility in terms of prevailing market conditions as well as expected future conditions (Liang-Chu et al., 2015 ; Liu et al., 2020 ; Snyder & Kaiser, 2009 ; Xiang et al., 2020 ). 2.3 Health Impact Assessment Strategy The health risk assessment considers potential threats to human health throughout the lifecycle of both types of plastics. The evaluation entails the determination of toxic chemicals, exposure routes, dose-response, and at-risk populations. For occupational production effects on health, the assessment takes into account occupational exposure to chemicals, process emissions, and particulates. For consumer exposure effects, the assessment takes into account chemical migration of plastics to food and beverages, dermal contact hazard, and inhalation of volatile chemicals. For end-of-life impacts, the research considers waste management activities-related risks, including incineration emissions and microplastic pollution. The comparative health risk evaluation relies on toxicological data, epidemiological evidence, and regulatory safety limits to characterize and differentiate health hazards in bio-based and traditional plastics (Deblonde et al., 2011 ; Jacobson, 2019 ; Matsuda et al., 1986 , 1988 ; Sanna et al., 2016 ). 3. Results Comparative study of bio-based and conventional plastics provided strong findings under the three evaluation criteria, giving substantial insights into their environmental, economic, and health effects. Below are the findings based on data gathered from several studies, business reports, and scientific journals, presenting a comparative analysis of the two types of plastics under uniform conditions. These results identify critical tradeoffs and factors that need to be balanced in assessing the viability of replacing conventional plastics with bio-based options for different uses and regions. 3.1 Findings of Life Cycle Assessment Life cycle assessment identified varying environmental performance patterns for bio-plastics and conventional plastics in many impact categories. Bio-plastics showed a greenhouse gas emission intensity reduction of 40–60% over corresponding petroleum-based materials, mainly by sequestered carbon during biomass maturation. Polylactic acid (PLA) from corn starch had the lowest global warming potential at 1.8 kg CO₂-eq per kg of material, versus 3.4 kg CO₂-eq for standard polyethylene terephthalate (PET). Bio-based plastics, however, had greater impacts in land use (310% increase), water use (200% increase), and eutrophication potential (185% increase), indicating the agricultural inputs needed to produce feedstocks. Traditional plastics had production efficiencies intact, using 30–45% less energy in manufacturing processes, for the most part, because of optimized industrial systems that took decades to implement. This chart illustrates the relative environmental impacts of Polylactic Acid (PLA) in the five most important life cycle assessment categories. The data shows PLA's environmental trade-offs to have significant greenhouse gas emissions (1.8 kg CO₂-eq/kg) with significant variability as evidenced by the error bars, significantly higher land use requirements (approximately 3 times traditional plastics), moderate water use and eutrophication potential (approximately twice that of petroleum-based alternatives), and efficient energy use in production (only approximately 40% of energy consumed in traditional plastics). These results indicate that although bio-plastics have wide benefits in terms of conserving fossil fuel as well as reducing the energy demands in the manufacturing process, there are also environmental disadvantages on the side of requirements on agricultural resources, attesting to the necessity of a comprehensive assessment while planning for green plastic substitutes. This figure illustrates the separation of plastics and bioplastics based on their source (fossil-based or biobased) and biodegradability. The y-axis is used to separate materials from renewable biological sources (biobased) and fossil-based materials, and the x-axis is used to separate biodegradable and non-biodegradable materials. The traditional plastics PE, PP, and PET, which are not biodegradable but are fossil-based, are in the bottom left. Bioplastics, however, fall under a general category: some, for instance, biobased PE, PET, PA, and PTT, are not biodegradable but biobased, and others such as PLA, PHA, and PBS are biodegradable and biobased. Others like PBAT and PCL, although fossil-based, are biodegradable. This classification illustrates plastic materials' variability and why both end-of-life and source must be taken into account in making the decision to compare their impact on the environment. End-of-life management played a significant role in contributing to the total environmental impact of both plastics. Bio-based plastics fared better under compostable and biodegradable conditions, fully degrading within 3–6 months in industrial composting conditions. Buried in typical landfills, however, bio-based plastics acted like traditional plastics, releasing methane from anaerobic degradation. Infrastructure for recycling remains to be more developed for traditional plastics, with recovery rates up to 35% for PET compared with less than 10% for bio-based plastics. Geographical disparities in analysis indicated that the environmental benefits of bio-based plastics are most favorable when there is sophisticated waste management infrastructure and renewable energy sources to fuel production activities. 3.2 Economic Viability Test Cost-benefit analysis indicated that bio-plastics presently have high economic disadvantages compared to conventional plastics. The production cost of bio-plastics was between 2.1 and 3.5 times the conventional counterpart, depending on more expensive feedstocks, processing difficulty at high levels, and smaller manufacturing scale. The average cost in the market of bio-based PLA varied between $ 2.50 and-3.00 per kg, while that of petrochemical PET was $ 1.00 to $ 1.30 per kg. These varying prices are a major hurdle to widespread use, particularly in price-sensitive applications and markets. The economic assessment also revealed noteworthy disparity between different categories of bio-polymers and applications, where, economically, drop-in substitutes based on bio-based materials (chemically identical to conventional plastics but biomass-derived) were more favorable than new biodegradable polymers. This pie chart shows the existing market share split between bio-based plastics and traditional fossil-based PET plastics. As indicated, bio-based plastics currently occupy just 33.3% of the market, with fossil-based PET holding a 66.7% share. This gap highlights the enormous market penetration hurdles that bio-based alternatives face, bound by higher production costs, captive manufacturing capacity, and less-refined supply chains. The dominance of fossil-based PET underscores the need for additional bio-based plastic technology innovations as well as supportive policy to drive their competitiveness and adoption within the plastics sector. The inclusion of externality costs significantly changed the economic comparison. When costs to society and the environment (carbon footprint, pollution cleanup, waste disposal) were estimated in dollars and included in the calculation, the cost difference between bio-based and conventional plastics was reduced by 30–45%. In carbon pricing environments of $ 50–100 per tonne of CO₂, several bio-based plastics were cost-equivalent to traditional counterparts in specific applications. Sensitivity analysis suggested that bio-based plastics would be economically viable in three scenarios: over $ 100 per barrel of oil, carbon pricing over $ 80 per ton, or 300% or more expansion of production scale. The learning curve forecast in bio-based production suggests that cost could decrease by 15–20% with each doubling of manufacturing capacity, suggesting possibilities for improved economic viability with increasing industry maturity. 3.3 Health Impact Comparison The risk assessment for health noted different risk profiles in the bio-based and conventional plastics in the production, use, and waste phases. At the production phase, the laborers working in the traditional plastic plants were exposed to 2.8 times carcinogenic and endocrine-disrupting chemicals relative to bio-based plants. The bio-based plastics industry exhibited much lower releases of volatile organic compounds (VOCs), phthalates, and heavy metals, corresponding to diminished occupational health impacts and community exposure in manufacturing areas. Yet, farmers involved in the production of biomass for bio-based plastics were subjected to greater pesticide and fertilizer exposures, posing a health risk rather and not its elimination. In consumer use scenarios, bio-based plastics generally exhibited lower migration of potentially harmful substances into food and beverages. Leaching tests showed that PLA released 75% fewer concerning compounds than conventional plastics when exposed to fatty, acidic, or hot contents. 0Traditional plastics, particularly those containing bisphenol A (BPA) and phthalate plasticizers, demonstrated concerning leaching behavior under common use conditions. The end-of-life health effects also varied significantly between the two plastic types. Burning traditional plastics produced 2.3 times higher volumes of toxic pollutants, such as dioxins, furans, and polycyclic aromatic hydrocarbons, than burning bio-based materials. Furthermore, the longevity of traditional plastic trash in the environment also raises issues regarding microplastic buildups in food chains and human consumption, a problem largely avoided by well-controlled biodegradable equivalents. 4. Conclusion This comprehensive comparative analysis of bio-based and traditional plastics against environmental, economic, and health criteria provides a multi-faceted picture with important implications for material choice and future policy. On environmental criteria, bio-based plastics are unequivocally the winner in terms of greenhouse gas savings and fossil fuel resource savings, but have drawbacks in land use, water use, and farm impacts. These compromises highlight the need to take regional settings and specific uses into account when measuring the environmental benefit of material substitution. The life cycle analysis reveals that bio-plastics have the most significant environmental gain if produced using sustainable agricultural practice and governed through appropriate end-of-life pathways such as industrial composting or premium recycling programs. In the future, the shift from fossil-based to bio-based plastics needs to be seen as part of a larger systemic change in material consumption and waste management, and not as a mere one-to-one replacement. Successful incorporation of bio-based plastics into current value chains will depend on stakeholder cooperation across industries, such as agriculture, chemical production, consumer goods, waste management, and policy-making. As innovations in technology continue to remedy present-day constraints and economies of scale advance manufacturing efficiency, bio-based plastics will be in the position to meet a more crucial position within the realm of sustainable materials. 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Computers Chemical Engineering 162:107798. https://doi.org/10.1016/j.compchemeng.2022.107798 Additional Declarations The authors declare no competing interests. Cite Share Download PDF Status: Posted Version 1 posted You are reading this latest preprint version Research Square lets you share your work early, gain feedback from the community, and start making changes to your manuscript prior to peer review in a journal. As a division of Research Square Company, we’re committed to making research communication faster, fairer, and more useful. We do this by developing innovative software and high quality services for the global research community. Our growing team is made up of researchers and industry professionals working together to solve the most critical problems facing scientific publishing. Also discoverable on Platform About Our Team In Review Editorial Policies Advisory Board Help Center Resources Author Services Accessibility API Access RSS feed Manage Cookie Preferences © Research Square 2026 | ISSN 2693-5015 (online) Privacy Policy Terms of Service Do Not Sell My Personal Information {"props":{"pageProps":{"initialData":{"identity":"rs-6677549","acceptedTermsAndConditions":true,"allowDirectSubmit":true,"archivedVersions":[],"articleType":"Research Article","associatedPublications":[],"authors":[{"id":457422170,"identity":"a21ca9fb-bb1b-4f86-9119-3302f48bed43","order_by":0,"name":"Anirudh Sehrawat","email":"","orcid":"","institution":"Guru Gobind Singh Indraprastha University","correspondingAuthor":false,"prefix":"","firstName":"Anirudh","middleName":"","lastName":"Sehrawat","suffix":""},{"id":457422171,"identity":"c3163b47-320a-4bbe-b6a6-45e885cf7baa","order_by":1,"name":"Rishi Mohan Bhatnagar","email":"","orcid":"","institution":"Singhania 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sustainability.\u003c/p\u003e","description":"","filename":"image1.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/1f1f0cc5bb68cee5739eaf8a.png"},{"id":83006295,"identity":"8d42159e-c46b-4b68-8ccb-4ffc5ea8f653","added_by":"auto","created_at":"2025-05-19 03:20:31","extension":"png","order_by":2,"title":"Figure 2","display":"","copyAsset":false,"role":"figure","size":541828,"visible":true,"origin":"","legend":"\u003cp\u003eLifecycle of plastic and recycling streams: From raw material to reuse and energy recovery.\u003c/p\u003e","description":"","filename":"image2.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/f0e299eedbc4cfac659bcb73.png"},{"id":83006302,"identity":"a699d756-6690-4d6b-8b50-6a54170c68f8","added_by":"auto","created_at":"2025-05-19 03:20:32","extension":"png","order_by":3,"title":"Figure 3","display":"","copyAsset":false,"role":"figure","size":106714,"visible":true,"origin":"","legend":"\u003cp\u003e\u003cstrong\u003eFigure 2: \u003c/strong\u003eComparative framework of integrated Bio-based and traditional plastics life cycle, economic, and health impact assessments.\u003c/p\u003e","description":"","filename":"image3.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/cf1bfaa50a8459a4ace2d087.png"},{"id":83006311,"identity":"eef8f880-f488-4ab3-8d0e-1f032671cae0","added_by":"auto","created_at":"2025-05-19 03:20:32","extension":"png","order_by":4,"title":"Figure 4","display":"","copyAsset":false,"role":"figure","size":14038,"visible":true,"origin":"","legend":"\u003cp\u003e\u003cstrong\u003eFigure 3: \u003c/strong\u003eLife cycle environmental profile of Bio-based plastics (PLA) for key life cycle categories.\u003c/p\u003e","description":"","filename":"image4.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/58f73502718619a13a3b8d7b.png"},{"id":83006299,"identity":"f87f8199-fef9-40fe-bc4d-262131bb065e","added_by":"auto","created_at":"2025-05-19 03:20:31","extension":"png","order_by":5,"title":"Figure 5","display":"","copyAsset":false,"role":"figure","size":45722,"visible":true,"origin":"","legend":"\u003cp\u003e\u003cstrong\u003eFigure 4:\u003c/strong\u003e Classification of Bioplastics and Plastics Based on Source and Biodegradability\u003c/p\u003e","description":"","filename":"image5.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/7aa55d16e2dda06bd9de1faf.png"},{"id":83006833,"identity":"f57fbfd8-f5fd-4b54-a28a-7ccb8ca6605c","added_by":"auto","created_at":"2025-05-19 03:28:32","extension":"png","order_by":6,"title":"Figure 6","display":"","copyAsset":false,"role":"figure","size":15731,"visible":true,"origin":"","legend":"\u003cp\u003e\u003cstrong\u003eFigure 5: \u003c/strong\u003eDistribution of Bio-based and Fossil-based PET plastics in the market share.\u003c/p\u003e","description":"","filename":"image6.png","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/e650903fb9ccaa8d95e277a6.png"},{"id":83006834,"identity":"aec1cca9-b643-4b5b-97e1-ca0ffd8a45b1","added_by":"auto","created_at":"2025-05-19 03:28:37","extension":"pdf","order_by":0,"title":"","display":"","copyAsset":false,"role":"manuscript-pdf","size":1847351,"visible":true,"origin":"","legend":"","description":"","filename":"manuscript.pdf","url":"https://assets-eu.researchsquare.com/files/rs-6677549/v1/6eedc342-d8e4-4c7e-a6c6-8cb141b31cbe.pdf"}],"financialInterests":"The authors declare no competing interests.","formattedTitle":"\u003cp\u003e\u003cstrong\u003eComparative Analysis of Bio-Based and Traditional Plastics: Life Cycle Assessment, Cost-Benefit Analysis, and Health Impact Evaluation\u003c/strong\u003e\u003c/p\u003e","fulltext":[{"header":"1. Introduction","content":"\u003cp\u003eThe world plastics industry has grown by leaps and bounds since the mid-20th century, with an output of over 380\u0026nbsp;million metric tons annually by 2023. Such excessive production and utilization of traditional petroleum-based plastics have posed acute environmental issues, such as water pollution, wildlife risk, and greenhouse gas emission (J.A. Callow \u0026amp; M.E. Callow, n.d.; Wang et al., \u003cspan citationid=\"CR32\" class=\"CitationRef\"\u003e2013\u003c/span\u003e; Williamson et al., \u003cspan citationid=\"CR33\" class=\"CitationRef\"\u003e2012\u003c/span\u003e). The ubiquity of plastic waste in the environment, with degradation timespans reaching hundreds of years, has led to extensive research and development into sustainable substitutes. Bio-plastics based on renewable biomass resources like corn starch, sugarcane, cellulose, and vegetable oils have appeared as viable alternatives that may counteract these environmental issues while fulfilling the functional needs of diverse applications (Forrest, \u003cspan citationid=\"CR7\" class=\"CitationRef\"\u003e2004\u003c/span\u003e; Mittal et al., \u003cspan citationid=\"CR23\" class=\"CitationRef\"\u003e2024\u003c/span\u003e; Tan et al., \u003cspan citationid=\"CR30\" class=\"CitationRef\"\u003e2022\u003c/span\u003e).\u003c/p\u003e \u003cp\u003eThe shift from fossil-based to bio-based plastics is a paradigm shift in material science with far-reaching implications across environmental, economic, and health dimensions. While fossil-based plastics depend on non-renewable fossil fuels as raw material, bio-based plastics depend on renewable feedstocks, with the potential to lower carbon footprints and dependence on fossil fuels. But the net impact of such a substitution is multifaceted and intricate, and has to be balanced holistically on multiple parameters. Production of bio-based feedstock occurs through agriculture at the expense of food crops, entails land conversion, requires water and fertilizers, and therefore questions their overall sustainability factor (Darensbourg, \u003cspan citationid=\"CR2\" class=\"CitationRef\"\u003e2007\u003c/span\u003e; Ioannidou et al., \u003cspan citationid=\"CR10\" class=\"CitationRef\"\u003e2020\u003c/span\u003e; Jin et al., \u003cspan citationid=\"CR13\" class=\"CitationRef\"\u003e2016\u003c/span\u003e; Porcelli et al., \u003cspan citationid=\"CR25\" class=\"CitationRef\"\u003e2023\u003c/span\u003e; Yen et al., \u003cspan citationid=\"CR35\" class=\"CitationRef\"\u003e2013\u003c/span\u003e; Zibunas et al., \u003cspan citationid=\"CR36\" class=\"CitationRef\"\u003e2022\u003c/span\u003e).\u003c/p\u003e \u003cp\u003e \u003c/p\u003e \u003cp\u003eNotwithstanding the increased focus on bio-plastics, they have not significantly penetrated the markets, making up less than 1% of the total production of plastics. This low take-up is traceable to different reasons, among them the increase in cost of production, technology constraints in specific applications, and lack of appropriate end-of-life management infrastructure. Recognizing such barriers through quantitative comparative analysis is vital for driving research agendas, industrial policies, and policy options towards enabling an eco-friendly shift in the plastic industry (Demirbas, \u003cspan citationid=\"CR4\" class=\"CitationRef\"\u003e2008\u003c/span\u003e; Mittal \u0026amp; Kushwaha, \u003cspan citationid=\"CR22\" class=\"CitationRef\"\u003e2024b\u003c/span\u003e; Rahimirad \u0026amp; Sadabadi, \u003cspan citationid=\"CR26\" class=\"CitationRef\"\u003e2023\u003c/span\u003e; Rose, \u003cspan citationid=\"CR27\" class=\"CitationRef\"\u003e1990\u003c/span\u003e). The objective of this paper is to deliver such analysis through the assessment of bio-based and conventional plastics by life cycle assessment, cost-benefit analysis, and health impact assessment, hence adding to the knowledge base necessary for well-informed decision-making in this pressing field of sustainable development (Asafu-Adjaye et al., \u003cspan citationid=\"CR1\" class=\"CitationRef\"\u003e2016\u003c/span\u003e; Dufour et al., \u003cspan citationid=\"CR5\" class=\"CitationRef\"\u003e2012\u003c/span\u003e; Lau et al., \u003cspan citationid=\"CR16\" class=\"CitationRef\"\u003e2022\u003c/span\u003e).\u003c/p\u003e"},{"header":"2. Methodology","content":"\u003cp\u003eThis study employs an integrated multi-method approach to compare conventional plastics and bio-based plastics on three disparate yet interconnected parameters of health impact assessment (HIA), cost-benefit analysis (CBA), and life cycle assessment (LCA). This study design combines both quantitative and qualitative approaches in an attempt to offer a comprehensive analysis of these plastics from start to finish across the value chain. Data was collected through a systematic review of literature, published studies\u0026apos; meta-analysis, industry reports, and expert consultation on polymer science, environmental engineering, and health sciences.\u003c/p\u003e\n\u003cdiv id=\"Sec3\" class=\"Section2\"\u003e\n \u003ch2\u003e2.1 Framework of Life Cycle Assessment\u003c/h2\u003e\n \u003cp\u003eThe life cycle assessment adheres to the ISO 14040 and 14044 standards to quantify environmental effects throughout the entire plastic life cycle. The system boundaries include raw material production, manufacturing, distribution, use, and end-of-life treatment. The functional unit to be employed for the present analysis is 1 kg of plastic material utilized in packaging, whereupon effective comparison between different plastics can be made. (Garg et al., \u003cspan class=\"CitationRef\"\u003e2025\u003c/span\u003e; Karali \u0026amp; Shah, \u003cspan class=\"CitationRef\"\u003e2022\u003c/span\u003e; Mittal \u0026amp; Kushwaha, \u003cspan class=\"CitationRef\"\u003e2024a\u003c/span\u003e; Thapa et al., \u003cspan class=\"CitationRef\"\u003e2018\u003c/span\u003e). Environmental impact categories being considered are global warming potential (GWP), energy use, water use, eutrophication potential, acidification potential, and land use. For bioplastic, the assessment considers agricultural inputs, efficiency in biomass conversion, and other end-of-life routes such as industrial composting, anaerobic digestion, and recycling. For traditional plastics, the calculation takes into account petrochemical production pathways, energy-intensive polymerization processes, and typical waste treatment pathways (Fei et al., \u003cspan class=\"CitationRef\"\u003e2011\u003c/span\u003e; Gerloff, \u003cspan class=\"CitationRef\"\u003e2021\u003c/span\u003e; Lashof \u0026amp; Ahuja, \u003cspan class=\"CitationRef\"\u003e1990\u003c/span\u003e; Palmer et al., \u003cspan class=\"CitationRef\"\u003e2021\u003c/span\u003e; Rose, \u003cspan class=\"CitationRef\"\u003e1990\u003c/span\u003e).\u003c/p\u003e\n\u003c/div\u003e\n\u003cdiv id=\"Sec4\" class=\"Section2\"\u003e\n \u003ch2\u003e2.2 Cost-Benefit Analysis Method\u003c/h2\u003e\n \u003cp\u003eThe cost-benefit analysis utilizes standard economic valuation techniques to assign a monetary value and compare direct and indirect benefits and costs associated with both plastics. The economic analysis features costs of production (raw materials, processing, manufacturing), market dynamics (economies of scale, supply chain management), externality costs (environmental damage, clean-up costs), and policy effects (regulation, subsidies, tax). A discount rate of 3% is applied to account for the time value of money and intergenerational fairness issues. Sensitivity analysis is carried out to analyze the economic viability of the bio-based alternatives to fossil-based plastics towards major parameters of oil prices, biomass feedstock availability, and policy incentives. Net present value and cost-benefit ratio are used to determine economic feasibility in terms of prevailing market conditions as well as expected future conditions (Liang-Chu et al., \u003cspan class=\"CitationRef\"\u003e2015\u003c/span\u003e; Liu et al., \u003cspan class=\"CitationRef\"\u003e2020\u003c/span\u003e; Snyder \u0026amp; Kaiser, \u003cspan class=\"CitationRef\"\u003e2009\u003c/span\u003e; Xiang et al., \u003cspan class=\"CitationRef\"\u003e2020\u003c/span\u003e).\u003c/p\u003e\n \u003cp\u003e\u003cimg 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\" width=\"584\" height=\"311\"\u003e\u003c/p\u003e\n\u003c/div\u003e\n\u003cdiv id=\"Sec5\" class=\"Section2\"\u003e\n \u003ch2\u003e2.3 Health Impact Assessment Strategy\u003c/h2\u003e\n \u003cp\u003eThe health risk assessment considers potential threats to human health throughout the lifecycle of both types of plastics. The evaluation entails the determination of toxic chemicals, exposure routes, dose-response, and at-risk populations. For occupational production effects on health, the assessment takes into account occupational exposure to chemicals, process emissions, and particulates. For consumer exposure effects, the assessment takes into account chemical migration of plastics to food and beverages, dermal contact hazard, and inhalation of volatile chemicals. For end-of-life impacts, the research considers waste management activities-related risks, including incineration emissions and microplastic pollution. The comparative health risk evaluation relies on toxicological data, epidemiological evidence, and regulatory safety limits to characterize and differentiate health hazards in bio-based and traditional plastics (Deblonde et al., \u003cspan class=\"CitationRef\"\u003e2011\u003c/span\u003e; Jacobson, \u003cspan class=\"CitationRef\"\u003e2019\u003c/span\u003e; Matsuda et al., \u003cspan class=\"CitationRef\"\u003e1986\u003c/span\u003e, \u003cspan class=\"CitationRef\"\u003e1988\u003c/span\u003e; Sanna et al., \u003cspan class=\"CitationRef\"\u003e2016\u003c/span\u003e).\u003c/p\u003e\n\u003c/div\u003e"},{"header":"3. Results","content":"\u003cp\u003eComparative study of bio-based and conventional plastics provided strong findings under the three evaluation criteria, giving substantial insights into their environmental, economic, and health effects. Below are the findings based on data gathered from several studies, business reports, and scientific journals, presenting a comparative analysis of the two types of plastics under uniform conditions. These results identify critical tradeoffs and factors that need to be balanced in assessing the viability of replacing conventional plastics with bio-based options for different uses and regions.\u003c/p\u003e \u003cdiv id=\"Sec7\" class=\"Section2\"\u003e \u003ch2\u003e3.1 Findings of Life Cycle Assessment\u003c/h2\u003e \u003cp\u003eLife cycle assessment identified varying environmental performance patterns for bio-plastics and conventional plastics in many impact categories. Bio-plastics showed a greenhouse gas emission intensity reduction of 40\u0026ndash;60% over corresponding petroleum-based materials, mainly by sequestered carbon during biomass maturation. Polylactic acid (PLA) from corn starch had the lowest global warming potential at 1.8 kg CO₂-eq per kg of material, versus 3.4 kg CO₂-eq for standard polyethylene terephthalate (PET). Bio-based plastics, however, had greater impacts in land use (310% increase), water use (200% increase), and eutrophication potential (185% increase), indicating the agricultural inputs needed to produce feedstocks. Traditional plastics had production efficiencies intact, using 30\u0026ndash;45% less energy in manufacturing processes, for the most part, because of optimized industrial systems that took decades to implement.\u003c/p\u003e \u003cp\u003e \u003c/p\u003e \u003cp\u003eThis chart illustrates the relative environmental impacts of Polylactic Acid (PLA) in the five most important life cycle assessment categories. The data shows PLA's environmental trade-offs to have significant greenhouse gas emissions (1.8 kg CO₂-eq/kg) with significant variability as evidenced by the error bars, significantly higher land use requirements (approximately 3 times traditional plastics), moderate water use and eutrophication potential (approximately twice that of petroleum-based alternatives), and efficient energy use in production (only approximately 40% of energy consumed in traditional plastics). These results indicate that although bio-plastics have wide benefits in terms of conserving fossil fuel as well as reducing the energy demands in the manufacturing process, there are also environmental disadvantages on the side of requirements on agricultural resources, attesting to the necessity of a comprehensive assessment while planning for green plastic substitutes.\u003c/p\u003e \u003cp\u003e \u003c/p\u003e \u003cp\u003eThis figure illustrates the separation of plastics and bioplastics based on their source (fossil-based or biobased) and biodegradability. The y-axis is used to separate materials from renewable biological sources (biobased) and fossil-based materials, and the x-axis is used to separate biodegradable and non-biodegradable materials. The traditional plastics PE, PP, and PET, which are not biodegradable but are fossil-based, are in the bottom left. Bioplastics, however, fall under a general category: some, for instance, biobased PE, PET, PA, and PTT, are not biodegradable but biobased, and others such as PLA, PHA, and PBS are biodegradable and biobased. Others like PBAT and PCL, although fossil-based, are biodegradable. This classification illustrates plastic materials' variability and why both end-of-life and source must be taken into account in making the decision to compare their impact on the environment.\u003c/p\u003e \u003cp\u003eEnd-of-life management played a significant role in contributing to the total environmental impact of both plastics. Bio-based plastics fared better under compostable and biodegradable conditions, fully degrading within 3\u0026ndash;6 months in industrial composting conditions. Buried in typical landfills, however, bio-based plastics acted like traditional plastics, releasing methane from anaerobic degradation. Infrastructure for recycling remains to be more developed for traditional plastics, with recovery rates up to 35% for PET compared with less than 10% for bio-based plastics. Geographical disparities in analysis indicated that the environmental benefits of bio-based plastics are most favorable when there is sophisticated waste management infrastructure and renewable energy sources to fuel production activities.\u003c/p\u003e \u003c/div\u003e \u003cdiv id=\"Sec8\" class=\"Section2\"\u003e \u003ch2\u003e3.2 Economic Viability Test\u003c/h2\u003e \u003cp\u003eCost-benefit analysis indicated that bio-plastics presently have high economic disadvantages compared to conventional plastics. The production cost of bio-plastics was between 2.1 and 3.5 times the conventional counterpart, depending on more expensive feedstocks, processing difficulty at high levels, and smaller manufacturing scale. The average cost in the market of bio-based PLA varied between \u003cspan\u003e$\u003c/span\u003e2.50 and-3.00 per kg, while that of petrochemical PET was \u003cspan\u003e$\u003c/span\u003e1.00 to \u003cspan\u003e$\u003c/span\u003e 1.30 per kg. These varying prices are a major hurdle to widespread use, particularly in price-sensitive applications and markets. The economic assessment also revealed noteworthy disparity between different categories of bio-polymers and applications, where, economically, drop-in substitutes based on bio-based materials (chemically identical to conventional plastics but biomass-derived) were more favorable than new biodegradable polymers.\u003c/p\u003e \u003cp\u003e \u003c/p\u003e \u003cp\u003eThis pie chart shows the existing market share split between bio-based plastics and traditional fossil-based PET plastics. As indicated, bio-based plastics currently occupy just 33.3% of the market, with fossil-based PET holding a 66.7% share. This gap highlights the enormous market penetration hurdles that bio-based alternatives face, bound by higher production costs, captive manufacturing capacity, and less-refined supply chains. The dominance of fossil-based PET underscores the need for additional bio-based plastic technology innovations as well as supportive policy to drive their competitiveness and adoption within the plastics sector.\u003c/p\u003e \u003cp\u003eThe inclusion of externality costs significantly changed the economic comparison. When costs to society and the environment (carbon footprint, pollution cleanup, waste disposal) were estimated in dollars and included in the calculation, the cost difference between bio-based and conventional plastics was reduced by 30\u0026ndash;45%. In carbon pricing environments of \u003cspan\u003e$\u003c/span\u003e50\u0026ndash;100 per tonne of CO₂, several bio-based plastics were cost-equivalent to traditional counterparts in specific applications. Sensitivity analysis suggested that bio-based plastics would be economically viable in three scenarios: over \u003cspan\u003e$\u003c/span\u003e100 per barrel of oil, carbon pricing over \u003cspan\u003e$\u003c/span\u003e80 per ton, or 300% or more expansion of production scale. The learning curve forecast in bio-based production suggests that cost could decrease by 15\u0026ndash;20% with each doubling of manufacturing capacity, suggesting possibilities for improved economic viability with increasing industry maturity.\u003c/p\u003e \u003c/div\u003e \u003cdiv id=\"Sec9\" class=\"Section2\"\u003e \u003ch2\u003e3.3 Health Impact Comparison\u003c/h2\u003e \u003cp\u003eThe risk assessment for health noted different risk profiles in the bio-based and conventional plastics in the production, use, and waste phases. At the production phase, the laborers working in the traditional plastic plants were exposed to 2.8 times carcinogenic and endocrine-disrupting chemicals relative to bio-based plants. The bio-based plastics industry exhibited much lower releases of volatile organic compounds (VOCs), phthalates, and heavy metals, corresponding to diminished occupational health impacts and community exposure in manufacturing areas. Yet, farmers involved in the production of biomass for bio-based plastics were subjected to greater pesticide and fertilizer exposures, posing a health risk rather and not its elimination.\u003c/p\u003e \u003cp\u003eIn consumer use scenarios, bio-based plastics generally exhibited lower migration of potentially harmful substances into food and beverages. Leaching tests showed that PLA released 75% fewer concerning compounds than conventional plastics when exposed to fatty, acidic, or hot contents. 0Traditional plastics, particularly those containing bisphenol A (BPA) and phthalate plasticizers, demonstrated concerning leaching behavior under common use conditions. The end-of-life health effects also varied significantly between the two plastic types. Burning traditional plastics produced 2.3 times higher volumes of toxic pollutants, such as dioxins, furans, and polycyclic aromatic hydrocarbons, than burning bio-based materials. Furthermore, the longevity of traditional plastic trash in the environment also raises issues regarding microplastic buildups in food chains and human consumption, a problem largely avoided by well-controlled biodegradable equivalents.\u003c/p\u003e \u003c/div\u003e"},{"header":"4. Conclusion","content":"\u003cp\u003eThis comprehensive comparative analysis of bio-based and traditional plastics against environmental, economic, and health criteria provides a multi-faceted picture with important implications for material choice and future policy. On environmental criteria, bio-based plastics are unequivocally the winner in terms of greenhouse gas savings and fossil fuel resource savings, but have drawbacks in land use, water use, and farm impacts. These compromises highlight the need to take regional settings and specific uses into account when measuring the environmental benefit of material substitution. The life cycle analysis reveals that bio-plastics have the most significant environmental gain if produced using sustainable agricultural practice and governed through appropriate end-of-life pathways such as industrial composting or premium recycling programs.\u003c/p\u003e \u003cp\u003eIn the future, the shift from fossil-based to bio-based plastics needs to be seen as part of a larger systemic change in material consumption and waste management, and not as a mere one-to-one replacement. Successful incorporation of bio-based plastics into current value chains will depend on stakeholder cooperation across industries, such as agriculture, chemical production, consumer goods, waste management, and policy-making. As innovations in technology continue to remedy present-day constraints and economies of scale advance manufacturing efficiency, bio-based plastics will be in the position to meet a more crucial position within the realm of sustainable materials. How effectively the move towards a successful transformation hinges upon how well environment advantages, cost feasibility, and health are managed against functional necessities that have positioned plastics as the nearly universal material within contemporary society.\u003c/p\u003e"},{"header":"References","content":"\u003col\u003e\u003cli\u003e\u003cspan\u003eAsafu-Adjaye J, Byrne D, Alvarez M (2016) Economic growth, fossil fuel and non-fossil consumption: a Pooled Mean Group analysis using proxies for capital. 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Computers Chemical Engineering 162:107798. \u003cspan class=\"ExternalRef\"\u003e\u003cspan class=\"RefSource\"\u003ehttps://doi.org/10.1016/j.compchemeng.2022.107798\u003c/span\u003e\u003cspan address=\"10.1016/j.compchemeng.2022.107798\" targettype=\"DOI\" class=\"RefTarget\"\u003e\u003c/span\u003e\u003c/span\u003e\u003c/span\u003e\u003c/li\u003e\u003c/ol\u003e"}],"fulltextSource":"","fullText":"","funders":[],"hasAdminPriorityOnWorkflow":false,"hasManuscriptDocX":true,"hasOptedInToPreprint":true,"hasPassedJournalQc":"","hasAnyPriority":true,"hideJournal":true,"highlight":"","institution":"","isAcceptedByJournal":false,"isAuthorSuppliedPdf":false,"isDeskRejected":"","isHiddenFromSearch":false,"isInQc":false,"isInWorkflow":false,"isPdf":false,"isPdfUpToDate":true,"isWithdrawnOrRetracted":false,"journal":{"display":true,"email":"[email protected]","identity":"researchsquare","isNatureJournal":false,"hasQc":true,"allowDirectSubmit":true,"externalIdentity":"","sideBox":"","snPcode":"","submissionUrl":"/submission","title":"Research Square","twitterHandle":"researchsquare","acdcEnabled":true,"dfaEnabled":false,"editorialSystem":"","reportingPortfolio":"","inReviewEnabled":false,"inReviewRevisionsEnabled":true},"keywords":"Bio-based plastics, biodegradable polymers, petroleum-based plastics, life cycle assessment (LCA), cost-benefit analysis, health impact assessment, sustainability, circular economy, environmental impact, biopolymers","lastPublishedDoi":"10.21203/rs.3.rs-6677549/v1","lastPublishedDoiUrl":"https://doi.org/10.21203/rs.3.rs-6677549/v1","license":{"name":"CC BY 4.0","url":"https://creativecommons.org/licenses/by/4.0/"},"manuscriptAbstract":"\u003cp\u003eThis article compares extensively the essential parameters of three important parameters between bio-plastics and their traditional petroleum-based counterparts: life cycle analysis, cost-benefit analysis, and health impact analysis. Given the environmental concerns regarding traditional plastics today, studies on and applications of bio-based alternatives made from renewable feedstocks are now forthcoming. Based on a systematic review of the literature and empirical evidence, this paper compares the environmental performance of the two types of plastics along their entire life cycle, from raw material production to end-of-life treatment. Economic viability of bio-plastics is analyzed by cost-benefit analysis based on production prices, market conditions, and long-run economic impacts. This research also covers the health effects of the two plastics, which include toxicity, leaching of chemicals, and exposure routes for human beings. Results show that bio-plastics tend to have improved environmental performance and fewer health impacts, but are economically limited, which prevents their application at present. The review will be useful to policymakers, industry stakeholders, and researchers who aim to create green alternatives to traditional plastics.\u003c/p\u003e","manuscriptTitle":"Comparative Analysis of Bio-Based and Traditional Plastics: Life Cycle Assessment, Cost-Benefit Analysis, and Health Impact Evaluation","msid":"","msnumber":"","nonDraftVersions":[{"code":1,"date":"2025-05-19 03:20:17","doi":"10.21203/rs.3.rs-6677549/v1","editorialEvents":[{"type":"communityComments","content":0}],"status":"published","journal":{"display":true,"email":"[email protected]","identity":"researchsquare","isNatureJournal":false,"hasQc":true,"allowDirectSubmit":true,"externalIdentity":"","sideBox":"","snPcode":"","submissionUrl":"/submission","title":"Research Square","twitterHandle":"researchsquare","acdcEnabled":true,"dfaEnabled":false,"editorialSystem":"","reportingPortfolio":"","inReviewEnabled":false,"inReviewRevisionsEnabled":true}}],"origin":"","ownerIdentity":"0fd36cc2-1f8c-4c33-85c4-37d25cab139f","owner":[],"postedDate":"May 19th, 2025","published":true,"recentEditorialEvents":[],"rejectedJournal":[],"revision":"","amendment":"","status":"posted","subjectAreas":[],"tags":[],"updatedAt":"2025-05-19T03:20:17+00:00","versionOfRecord":[],"versionCreatedAt":"2025-05-19 03:20:17","video":"","vorDoi":"","vorDoiUrl":"","workflowStages":[]},"version":"v1","identity":"rs-6677549","journalConfig":"researchsquare"},"__N_SSP":true},"page":"/article/[identity]/[[...version]]","query":{"redirect":"/article/rs-6677549","identity":"rs-6677549","version":["v1"]},"buildId":"8U1c8b4HqxoKbykW_rLl7","isFallback":false,"isExperimentalCompile":false,"dynamicIds":[84888],"gssp":true,"scriptLoader":[]}