Using AI to Minimize Electronic Waste and Optimize Phone Production

By Fredrique Achieng

The use of artificial intelligence [AI] in manufacturing mobile devices significantly enhances sustainability. This approach boosts resource and energy efficiency, optimizes supply chains, and improves recycling processes, thereby minimizing the ecological footprint of mobile device production. As AI technology evolves, its contribution to a sustainable manufacturing ecosystem will become increasingly vital, ensuring that the growing demand for mobile devices does not detrimentally affect our environment.

We must acknowledge that the intersection of AI and sustainability in mobile device manufacturing involves understanding the connections between technological progress, environmental responsibility, and economic factors. For instance, electronic waste [e-waste] presents considerable environmental and economic challenges worldwide. Kenya, generating over 50,000 metric tonnes of e-waste annually, has limited recycling capabilities, highlighting the urgent need for tech companies to prioritize sustainability alongside economic viability.

Fredrique Achieng, Public Relations Manager at OPPO Kenya

OPPO is a notable example of efforts to curb e-waste through initiatives such as trade-in programs that promote the responsible disposal of old devices. Their commitment extends to using recyclable materials in packaging to lessen environmental impacts across their product lifecycle. Additionally, OPPO’s Battery Health Engine ensures that devices retain 80% battery capacity even after four years of use, in contrast to the industry norm of two years. This not only enhances user experience but also diminishes the need for frequent device replacements, thereby reducing waste.

OPPO has integrated AI in their manufacturing processes to detect and rectify issues like chipset malfunctions, which extends device lifespans and reduces the necessity for premature replacements. Their AndesBrain IDC, powered entirely by renewable energy, exemplifies the use of AI in resource optimization. The adoption of immersion cooling technology in these centers boosts energy efficiency and lowers carbon emissions, further minimizing the environmental impact.

OPPO’s dedication to merging technology with sustainability serves as a model for the industry. It is crucial that consumers, policymakers, and industry stakeholders support and replicate such initiatives to ensure that technological advances do not compromise the health of our planet.

Fredrique Achieng is the Public Relations Manager at OPPO Kenya

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