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Shaping Sustainable Solutions for Marine Plastic Debris Management: The Impact of Blockchain for Waste Management

Impact

Impact summary

My paper “Blockchain for Waste Management in Smart Cities: A Survey” has had a significant impact in the field of waste management and sustainability. It contributed to the development of a patent US12229733B2: Electronic Consignment Note Management System for Marine Plastic Debris Based on Blockchain Technology. This patent leverages blockchain to create a more efficient and traceable system for managing marine plastic debris, aligning with the findings of my research.

Research and engagement activities leading to impact

Through extensive literature review and analysis, my paper explored the role of blockchain in optimizing waste management processes in urban settings. This research was shared with relevant stakeholders, including industry professionals and researchers in the field of waste management, helping bridge the gap between theoretical blockchain solutions and practical applications.

Research outputs associated with the impact

The patent, "US12229733B2: Electronic Consignment Note Management System for Marine Plastic Debris Based on Blockchain Technology," cited only two works, one of which was my paper "Blockchain for Waste Management in Smart Cities: A Survey". This highlights the significant contribution of my research in advancing blockchain-based solutions for managing marine plastic debris.

Researcher involvement

As the corresponding author, I contributed significantly to the research's idea development, writing, and dissemination.

Outcomes of research leading to impact

The research provided a foundational understanding of how blockchain can enhance transparency and efficiency in waste management. It directly influenced the design of the system outlined in the patent, which applies blockchain technology to manage marine plastic debris. This system offers increased accountability and traceability in environmental waste management.

Beneficiaries of the impact

Zhejiang Lanjing Technology Co., Ltd.

Details of the impact achieved

The research contributed to the development of a blockchain-based consignment note management system for marine plastic debris, as outlined in the patent. This innovation enhances the efficiency, traceability, and transparency of plastic waste disposal and recycling processes, ultimately supporting global efforts to reduce oceanic plastic pollution.
Impact date2025
Impact levelInternational

Countries where impact occurred

  • United States
  • Japan
  • China

Sustainable Development Goals

  • SDG 11: Sustainable Cities and Communities