CE-IoT Framework Extends Electronic Product Lifecycles and Reduces E-Waste
Category: Resource Management · Effect: Strong effect · Year: 2019
Integrating Circular Economy principles with the Internet of Things (IoT) can create a framework that prolongs the productive life of electronic equipment, facilitates its redistribution, and ultimately reduces electronic waste.
Design Takeaway
Incorporate IoT capabilities into the design of electronic products to enable better tracking, maintenance, and facilitate circular economy strategies, thereby extending product life and minimizing waste.
Why It Matters
This approach addresses the growing challenge of electronic waste by creating a more sustainable lifecycle for ICT products. By enabling better tracking, maintenance, and redistribution, businesses can reduce their environmental impact and potentially create new revenue streams or social benefits from retired equipment.
Key Finding
By using IoT to track and manage electronic devices throughout their lifecycle, companies can extend their usability, facilitate their reuse or resale, and provide valuable data to recyclers, thereby significantly reducing electronic waste.
Key Findings
- A CE-IoT framework can effectively manage the lifecycle of electronic equipment.
- Extending the productive period of electronic assets benefits both the primary business and collaborating organizations.
- Recycling companies can leverage supply chain data to inform investment strategies, contributing to e-waste reduction.
Research Evidence
Aim: How can a CE-IoT framework be implemented to enhance green innovation and e-waste management within ICT organizations?
Method: Framework proposal and pilot system development
Procedure: A framework for integrating Circular Economy (CE) and Internet of Things (IoT) was proposed. A pilot system was developed and implemented in a telecommunications company to manage electronic equipment lifecycles and supply chains. This involved regular maintenance, repair, fabrication, application of green computing techniques, and extending the productive period of assets. Retired equipment was managed through sales to start-ups or donations.
Context: Telecommunications industry, ICT organizations
Design Principle
Design for longevity and circularity through connected systems.
How to Apply
Develop a system that uses IoT sensors and a central platform to monitor the condition, usage, and location of electronic assets. This data can then inform maintenance schedules, identify opportunities for refurbishment, and track equipment for redistribution or responsible recycling.
Limitations
The study focused on a single telecommunications company, and the broader applicability to other ICT sectors or company sizes requires further investigation. The economic viability of the redistribution channels was not extensively detailed.
Student Guide (IB Design Technology)
Simple Explanation: Using smart technology (like the Internet of Things) to manage electronics can help them last longer and reduce the amount of electronic trash we create.
Why This Matters: This research shows how technology can be used to solve environmental problems like e-waste, which is a major concern in product design and manufacturing.
Critical Thinking: To what extent can the proposed CE-IoT framework be generalized across different types of electronic products and industries, and what are the primary barriers to its widespread adoption?
IA-Ready Paragraph: The CE-IoT framework proposed by Hatzivasilis et al. (2019) offers a valuable model for extending the lifecycle of electronic equipment through the integration of Circular Economy principles and the Internet of Things. This approach facilitates proactive maintenance, informed repair, and strategic redistribution of assets, directly contributing to the reduction of electronic waste and promoting sustainable practices within ICT organizations.
Project Tips
- Consider how IoT can be used to track product usage and condition over time.
- Explore how data from connected products can inform decisions about repair, refurbishment, or responsible disposal.
How to Use in IA
- Reference this study when discussing strategies for product lifecycle management, sustainability, and the role of technology in reducing waste in your design project.
Examiner Tips
- Demonstrate an understanding of how interconnected systems can support sustainable practices beyond initial product use.
Independent Variable: ["Implementation of CE-IoT framework"]
Dependent Variable: ["E-waste reduction","Product lifecycle extension","Green innovation"]
Controlled Variables: ["Type of ICT organization","Existing supply chain infrastructure"]
Strengths
- Proposes a novel framework combining CE and IoT.
- Includes a practical pilot study demonstrating feasibility.
Critical Questions
- What are the data privacy and security implications of extensive IoT tracking of electronic assets?
- How can the economic incentives be structured to encourage participation from all stakeholders in the CE-IoT ecosystem?
Extended Essay Application
- Investigate the potential for a decentralized IoT network to manage the lifecycle of shared electronic resources, such as in co-working spaces or community technology hubs.
Source
The CE-IoT Framework for Green ICT Organizations: The interplay of CE-IoT as an enabler for green innovation and e-waste management in ICT · 2019 · 10.1109/dcoss.2019.00088