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Microplastics Detection in Soil and Water: Leveraging IoT Technologies for Environmental Sustainability
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Researchers explored the integration of IoT sensor technologies for detecting and monitoring microplastics in soil and water environments, proposing a connected sensing framework for real-time environmental surveillance. The system enables automated data collection and remote monitoring of microplastic contamination.
In recent times, the widespread presence of microplastics in soil and water presents serious environmental and health challenges, highlighting the need for effective monitoring and detection strategies. This paper explores the application of Internet of Things (IoT) technologies to facilitate real-time and scalable identification of microplastics in various environmental contexts. It emphasizes the design and implementation of integrated IoT systems aimed at enhancing ecological monitoring and promoting sustainability. By utilizing advanced sensors, data analytics, and cloud computing platforms, IoT systems enable continuous and accurate tracking of microplastics distribution and concentration, providing vital information for pollution assessment and early warning. It also examines the deployment of affordable digital sensors, wireless communication methods, to improve the detection and monitoring of microplastics in both soil and water. These technologies using biosensors enable swift data transmission, remote access, data analysis of microplastics and classification based on its size, creates an effective framework for environmental management and pollution mitigation. This research highlights the significant potential of IoT based framework using biosensors in reducing the adverse effects of microplastics pollution on global ecosystems and promotes sustainable development.
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Researchers developed a low-cost, IoT-enabled system called TEMPT for real-time microplastic detection in water using turbidity sensors. The accompanying algorithm achieved 91.47 percent accuracy in identifying microplastic contamination, outperforming conventional methods. The study demonstrates how affordable sensor technology could enable large-scale monitoring of microplastic pollution in diverse water bodies.
Survey on IoT Based Microplastic Detection
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This research review summarizes new technology that uses internet-connected sensors to detect tiny plastic particles (microplastics) in water in real-time, rather than relying on slow lab tests. Microplastics are a growing health concern because they can get into our drinking water and food chain, potentially harming human health. Better detection methods could help protect our water supplies by catching pollution problems faster.
Towards an IOT Based System for Detection and Monitoring of Microplastics in Aquatic Environments
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This paper proposes using Internet of Things (IoT) sensors to build a real-time monitoring network for microplastics in aquatic environments. Automated, continuous monitoring systems could provide much better spatial and temporal coverage than current sampling-based approaches.
IoT Driven Smart Innovation for Microplastic Monitoring and Detection: A Multidimensional Review
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This review evaluates IoT-integrated systems for real-time microplastic monitoring and detection in water, covering sensor technologies, predictive modeling, and risk assessment frameworks applied to common polymer types including PP, PE, PVC, and PET. Scalable IoT-based detection infrastructure could transform environmental monitoring from periodic sampling to continuous surveillance, enabling faster regulatory response to microplastic contamination events.
Smart and Sustainable Technological Framework for Microplastic Pollution Mitigation
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Researchers proposed a smart technological framework for microplastic pollution mitigation that integrates IoT-based monitoring, machine learning analytics, and eco-friendly remediation technologies. The system uses low-power sensors for continuous detection of microplastic contamination and sustainable filtration mechanisms with biodegradable adsorbent materials for cleanup. The framework emphasizes modular design and renewable energy integration to support long-term deployment across diverse aquatic environments.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.