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IoT-enabled Inventory Systems: Smart sensors and RFID tags allow real-time monitoring of
e-waste inventory—tracking quantity, type, and condition. This helps prevent leakage, ensures
compliance, and optimizes storage space.

Automated Hazard Detection: AI-driven monitoring systems with sensor technology can detect
gas leaks, overheating, or chemical spills, ensuring safe and compliant storage conditions.
Instead of dumping e-waste in open spaces—which leads to leaching of hazardous substances,
soil contamination, and exposure risks—smart storage facilities follow standardized protocols
under IS 17862:2022 to maintain closed, controlled environments.

These environments are equipped with ventilation systems, temperature controls, and digital
monitoring, ensuring that e-waste is stored securely until it is collected or processed for disman-
tling and recycling.

Smart Collection: Digital Traceability and Efficient Logistics

The collection stage is often the weakest link in the e-waste lifecycle, particularly in
02 developing countries where informal collection dominates. The lack of traceability and

segregation at source results in environmental risks and loss of valuable materials.
Smart technologies are transforming collection systems through:
Geo-Tagged Collection Bins and Smart Drop Points: IoT-enabled collection points equipped
with fill-level sensors optimize pick-up routes and reduce transportation emissions.
Digital Collection Platforms: Mobile apps and online portals link consumers, producers, and
recyclers—creating transparent, traceable, and incentivized collection networks.
Standardization ensures that these smart systems follow interoperable data formats and safety
practices under IS/ISO 14001:2015 to minimize environmental impact, and IS/ISO 45001:2018
to ensure worker safety during collection and handling.
By integrating formal and informal sectors through standardized digital interfaces, countries
like India can ensure responsible sourcing of e-waste while empowering local waste collectors.

Smart Dismantling and Refurbishing: Automation Meets Sustainability

03 Dismantling and refurbishing form the core of value recovery in e-waste management.
Improper manual dismantling—common in informal sectors in countries like India, Ghana,
and Nigeria—poses severe health and environmental hazards. IS 17862:2022 prescribes
structured dismantling processes, worker safety measures, and environmental controls.
Smart technologies enhance these through:
Robotic Dismantling Systems: Robots equipped with computer vision can safely dismantle devices,
segregating hazardous components from reusable materials.
AI-Assisted Sorting: Machine learning algorithms identify valuable components and assess refurbish-
ment potential, improving recovery rates and minimizing waste.
Refurbishment Data Platforms: Cloud-based systems manage repair histories, certification of refur-
bished devices, and resale tracking—extending product lifecycles and supporting circular economygoals.

By integrating ISO 45001 principles, these smart dismantling systems ensure occupational
health and safety, while ISO 14001 compliance ensures minimal environmental footprint.

-2025
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