The escalation of e-waste globally presents both a challenge and an opportunity for sustainable tin production and the advancement of green technology. The rapid turnover of electronic devices has led to a massive generation of e-waste, with the Global E-waste Monitor reporting 62 million tonnes by 2022. This waste, rich in valuable metals like tin, is crucial for the production of green energy technologies such as solar cells, batteries, and hydrogen fuel cells. However, improper disposal methods, especially in developing countries where a substantial amount of e-waste is sent, pose severe environmental and health risks due to contamination by toxic elements like lead, mercury, and cadmium. To address this issue, policy interventions like Extended Producer Responsibility (EPR) legislation are being implemented, shifting the responsibility of end-of-life product management to manufacturers. Additionally, advancements in recycling technologies such as bioleaching and the use of green solvents offer more sustainable alternatives to crude recycling techniques. Education and awareness campaigns are also crucial to drive community involvement in e-waste recycling programs. By focusing on recovering valuable metals like tin from e-waste, industry players can reduce the environmental impact of electronic waste and support the circularity of the tin supply chain. As the growth of mined tin supply is anticipated to stall in the coming years, extracting tin from e-waste emerges as a promising opportunity for secondary tin production to meet the increasing demand for green technologies.