Model Essay
Pre-released statement
Tracking e-waste recycling through digital systems
This pre-released statement is provided to support your planning for extended inquiries into a real-world digital society challenge. You should conduct research that can be applied to new stimulus material, including stakeholder perspectives and practical implementation constraints.
Discarded electronics contain valuable materials but also hazardous substances. When devices are dumped, burned, or informally dismantled, toxins can enter soil and water and expose workers and nearby residents to serious health risks. At the same time, formal recycling systems may struggle with low participation, weak collection networks, and limited trust that items are handled safely. Leakage can occur when devices intended for responsible recycling are diverted to informal brokers, exported without proper controls, or “lost” during transport.
Digital technologies are often proposed to improve traceability and accountability. Yet such systems may exclude people who lack smartphones, stable internet, transport options, or official documentation. Incentive programs can raise collection rates but also motivate fraud (for example, repeated claims for the same item, or substitution with counterfeit tags). Effective governance requires balancing ease of participation with credible verification, and ensuring that benefits (such as rewards) are distributed fairly.
Source 1: Text item
A city launches “ReTrace,” a system for tracking small household e-waste (phones, cables, chargers, small appliances). Key features:
- QR tags are issued at participating retailers and community centers; users attach a tag when dropping off an item.
- Each handover is scanned and logged (drop-off point → transporter → sorting facility → certified recycler).
- Users receive rewards (public-transport credits or mobile-data vouchers) after the item is scanned at a certified sorting facility.
- Audit checks: random inspections of transport loads; periodic reconciliation between logged weights and recycler output certificates; flags for unusual scan patterns (high volume from one account, repeated tag re-use).
- Data stored includes scan timestamps, location IDs, item category, approximate weight, and an account identifier used to deliver rewards.
Stakeholder comments (Source 2)
- A recycler operations manager states that “speed at intake matters. Extra scanning steps slow queues and increase unsafe stockpiling.”
- A consumer advocate counters that without transparent dispute handling, users may lose trust if rewards are delayed, accounts are flagged incorrectly, or drop-off sites are concentrated in wealthier districts.
(e) With reference to ReTrace and your own inquiries, recommend an intervention which would reduce e-waste pollution and increase responsible recycling.
Essay preview
I recommend a redesigned version of ReTrace based on inclusive traceability: the city should keep the chain-of-custody system, but expand access, reduce friction at intake, and make accountability visible to users. That is the most effective intervention because the problem is not only pollution from dumped or inform