A STUDY ON ANALYSIS OF GLOBAL PLASTIC FOOTPRINT: MICRO PLASTICS AND NANO PLASTICS THREATS

Abstract

Global plastic production has surged to hundreds of millions of tons per year, outpacing improvements in waste management and recycling and driving persistent environmental leakage. ([Our World in Data Micro- and Nano plastics now contaminate marine, freshwater and terrestrial systems, and recent detection methods reveal hundreds of thousands of nano plastic particles in a single litre of bottled water. AP News These particles act as vectors for chemical additives and adsorbed pollutants, amplifying oxidative stress, immune disruption and inflammatory pathways observed in laboratory and epidemiological studies associations that include potential cardiovascular and neurological impacts. American Chemical Society Publications3 Agricultural soils and urban environments have emerged as important reservoirs, transferring micro plastics into crops and the food chain and complicating remediation. Policy analyses indicate that systemic solutions production reduction, product redesign, expanded producer responsibility and scaled circular-economy strategies are essential to curb long-term risks rather than relying solely on downstream waste management. This paper synthesizes recent monitoring, toxicology and policy literature to inform urgent interventions that reduce plastic leakage, protect public health and guide transition to safer material systems. To evaluate how global plastic consumption contributes to rising micro plastic pollution and identify the potential threats of a no-plastic future on ecosystems and human well-being. Recent scientific reports, satellite ocean-pollution datasets, and industry sustainability reviews were comparatively analysed using a qualitative evidence-mapping approach. Provides actionable insights to support policy reforms, circular-economy models, and responsible plastic-use strategies