Malaysia Gets $125M for Green Chip Factory

A game-changing factory rising in Malaysia could help power the next generation of smartphones, computers, and artificial intelligence systems with clean energy at its core.

The International Finance Corporation just approved a $125 million loan to build Southeast Asia's first semiconductor-grade polysilicon manufacturing facility in Sarawak, Borneo. Korean producer OCI and Japanese chemical company Tokuyama Corporation broke ground on the plant last July.

The facility will produce ultra-pure polysilicon, the essential raw material needed to make silicon wafers and semiconductor chips. With a planned capacity of 10,000 metric tons and total investment reaching $435 million, the plant represents a major bet on the region's tech future.

What sets this factory apart is its power source. The entire operation will run on renewable energy, proving that high-tech manufacturing can align with climate goals.

Construction is already underway at the Samalaju Industrial Park, where the facility will eventually supply materials for the exploding semiconductor market. Global chip demand continues climbing as artificial intelligence applications multiply across industries.

The Ripple Effect

This project signals a broader shift in how the world makes its technology. By building clean-energy semiconductor facilities in new regions, companies are creating jobs while reducing the carbon footprint of our digital lives.

The IFC previously backed similar progress with a $250 million loan for a 100,000 metric ton polysilicon plant in Oman. That facility reached financial close in January and began production this quarter, showing these projects can move from blueprint to reality quickly.

OCI TerraSus chairman Lee Woo Hyun noted that high-purity materials will only grow more critical as AI and semiconductor demand accelerates. His company is positioning Southeast Asia to be part of the solution rather than just a consumer of technology made elsewhere.

The Malaysia plant brings manufacturing closer to major Asian tech hubs while distributing economic opportunity beyond traditional semiconductor powerhouses like Taiwan and South Korea. Local workers will gain specialized skills in one of the world's most advanced industries.

Every smartphone, laptop, and data center depends on the kind of materials this facility will produce, and now those materials can come from renewable-powered factories in emerging markets.