"We Will Address Semiconductor Environmental Challenges"... SK hynix Moves to Establish AI Environmental Research Institute

Addressing challenges in electricity use, water consumption, and carbon emissions
Choi Tae-won: "We will lead the eco-friendly transition of the semiconductor ecosystem"
Supporting equipment, parts, and materials suppliers through the Decarbonization Transition Center

SK hynix is pursuing the establishment of an “AI Environmental Research Institute” to address environmental challenges arising from semiconductor manufacturing with artificial intelligence (AI) technology.

According to industry sources on October 8, SK hynix officially announced plans the previous day to establish an “AI Environmental Research Institute” to proactively address environmental issues in the age of AI. The announcement came at the government’s public-private joint K-GX (Korean Green Transformation) strategy launch ceremony, held at the Korea Chamber of Commerce and Industry in Seoul.

At the ceremony, the government and businesses presented ways to strengthen the competitiveness of eco-friendly industries. SK hynix outlined its plan to tackle environmental challenges accompanying the rapid growth in AI semiconductor production—including electricity consumption, water use, and carbon emissions—head-on with AI technology.

Choi Tae-won, chairman of the Korea Chamber of Commerce and Industry, attended the event as head of the private-sector council for the public-private joint K-GX initiative. In his opening remarks, he said, “We need to create a virtuous cycle in which AI technology accelerates the green transition, and the green transition, in turn, supports the sustainable growth of the AI industry.” He added, “In line with this vision, SK hynix will establish an ‘AI Environmental Research Institute’ and take the lead in the eco-friendly transition of the semiconductor ecosystem.”

Korea Chamber of Commerce and Industry Chairman Choi Tae-won speaks at a public briefing on the Korea Green Transformation (K-GX) strategy, hosted by President Lee Jae-myung at a conference venue in Seoul on the 7th. Yonhap News.

Through its newly proposed AI Environmental Research Institute, SK hynix aims to use AI technology to address complex environmental challenges arising from semiconductor manufacturing, enabling the AI industry to achieve sustainable growth alongside local communities. To that end, the institute will focus its research on technologies that reduce the environmental burden across operations, including the energy supply needed to run semiconductor factories and data centers.

It will use AI algorithms to forecast electricity demand and maximize data center cooling efficiency, while developing alternative gases to reduce greenhouse gas emissions and advancing technologies to purify and recycle process water. The institute also plans to set a precedent by actively applying AI to develop practical solutions to complex environmental and geographical challenges that are difficult to address with existing solutions. In addition, it will pursue the development of biodegradable, eco-friendly semiconductor materials and technologies for recycling electronic waste.

SK hynix will establish a Decarbonization Transition Center within the AI Environmental Research Institute to provide comprehensive support for the low-carbon transition of domestic semiconductor equipment, parts, and materials suppliers. Through a dedicated team at the institute, it plans to provide tailored consulting and support to more than 1,700 suppliers to help them reduce greenhouse gas emissions and energy consumption and adopt low-carbon processes. This will strengthen the competitiveness of the entire domestic semiconductor supply chain in responding collectively to the strict carbon reduction standards required by global IT companies and to overseas environmental regulations.

In particular, the AI Environmental Research Institute will not limit its work to initiatives led by businesses and the government. It will regularly gather input from a range of stakeholders, including academia, civic groups, and local communities, to select key research priorities. The institute plans to jointly pursue local environmental improvement projects through transparent communication based on scientific data and build a cooperative model grounded in trust with stakeholders.

Kim Hyung-hwan, who oversees safety, health, and environmental affairs at SK hynix, said, “Through the AI Environmental Research Institute, we will wisely address the complex environmental challenges facing the semiconductor industry.” He added, “With the newly established Decarbonization Transition Center at its core, we will strengthen the carbon competitiveness of the entire semiconductor ecosystem and work with the government, academia, and civil society to open a path to shared prosperity and a sustainable future.”

This content was produced with the assistance of AI translation services.