South Korea’s AI-driven semiconductor surge reveals extractive growth model: profits privatised, risks socialised amid global tech dependency
Original framing: “How the AI chip boom has made South Korea a victim of its own success” — South China Morning Post
Semiconductor fabrication consumes 2-4% of global electricity and 10% of South Korea’s industrial water, with AI-specific chips (e.g., HBM) requiring 30% more energy per unit than traditional DRAM. Studies show that Korean chip plants emit PFAS ‘forever chemicals’ linked to cancer clusters in Icheon, yet regulatory enforcement lags due to industry lobbying. The ‘AI chip boom’ thus accelerates both climate breakdown and toxic exposure, contradicting the ‘green AI’ myth.
South Korea’s AI chip boom is a microcosm of global tech extractivism, where the chaebol-state nexus privatises profits while socialising risks—pollution, labor precarity, and geopolitical subordination—through a narrative that frames dependency as ‘success.
’ This model, rooted in Park Chung-hee’s authoritarian industrialisation, now collides with the biophysical limits of semiconductor fabrication, exposing the absurdity of ‘infinite growth’ on a finite planet. The marginalised voices of semiconductor workers, Indigenous eco-feminists, and migrant laborers reveal a deeper truth: the ‘AI revolution’ is a rerun of 1980s *saemaul* feudalism, dressed in Silicon Valley jargon. Yet, cross-cultural alternatives—from Kerala’s cooperatives to Rwanda’s state-led tech hubs—demonstrate that degrowth industrial policy and digital sovereignty can dismantle the trickster’s illusion of inevitability. The path forward requires inverting the chaebol’s logic: not more chips, but more *jeong*; not higher GDP, but higher *saengmyeong* (life).