New Facility Set to Support Global Semiconductor Demand and Cutting-edge Technologies
Pall Corp, an American filtration solutions producer, officially opened a US$150 million manufacturing facility in Singapore on June 13, 2024, aimed at meeting the growing global demand for semiconductor chips. The 2.8-hectare facility, located in Jurong Industrial Estate, is the company’s second plant in the region and its first microelectronics filter facility.
The state-of-the-art facility is designed to primarily produce lithography and wet-etch filtration, purification, and separation solutions for advanced semiconductor manufacturing, a sector that requires contamination-free processes. With phase one now operational, Pall Corp plans to scale its production capacity significantly, with future phases poised to increase capacity “multiple folds.”
The facility spans over 18,000 square meters, offering high-volume manufacturing and office space. It will also integrate research and development capabilities to support future technological advancements, such as generative AI. This expansion will enable Pall Corp to partner with customers for technology and process development, further solidifying its position in the semiconductor industry.
The demand for semiconductor chips is expected to soar, driven by trends like artificial intelligence (AI) and 5G technologies. Singapore’s Minister of State for Trade and Industry, Alvin Tan, highlighted the projected 22% compound annual growth rate for AI chip demand, noting that this would require increased manufacturing capabilities. Pall Corp’s new facility is positioned to meet this demand, with the company also planning to create over 300 new jobs in science, engineering, and advanced manufacturing over the next few years.
Narasimhan, Pall Corp’s president, emphasized the importance of Singapore’s strong supply chain infrastructure and global reach in the decision to establish the facility there. The company has been operating in Singapore since 1984, and this new investment marks a significant step in advancing semiconductor manufacturing technology while addressing global challenges related to increased chip demand and greener manufacturing practices.
