Taiwan Fertilizer Signs Contract with TSMC to Promote Sulfuric Acid Resource Regeneration at Zero Waste Manufacturing Center
Taiwan Fertilizer (TFC) and TSMC have signed a cooperation agreement to recycle waste sulfuric acid generated during semiconductor manufacturing at the Taichung Zero Waste Manufacturing Center, aiming to enhance circular economy and optimize TFC's profit structure.
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- 📰 Published: April 28, 2026 at 19:08
- 🔍 Collected: April 28, 2026 at 19:32 (23 min after Published)
- 🤖 AI Analyzed: April 28, 2026 at 20:13 (40 min after Collected)
(Taipei, April 28, CNA) Taiwan Fertilizer Co. (TFC) announced today a significant cooperation agreement with Taiwan Semiconductor Manufacturing Co. (TSMC) to promote the regeneration and utilization of sulfuric acid resources at the Taichung Zero Waste Manufacturing Center. This move is aimed at implementing a circular economy by recycling waste sulfuric acid into industrial-grade ammonium sulfate, thereby optimizing TFC's profitability.
TFC stated that its growth strategy focuses on 'Tech TFC' as the core, driving its fertilizer, chemical, and real estate sectors to align with the needs of the high-tech industry. Through circular economy practices and green building initiatives, TFC aims to fulfill ESG (Environmental, Social, and Governance) commitments and build a stable long-term growth model. TFC's chemical division has established a strategic partnership with the major semiconductor manufacturer, and the implementation of waste sulfuric acid recycling in advanced processes is seen as a representative result of the 'Tech TFC' transformation.
TFC pointed out that its chemical business has become a green partner for the semiconductor industry. Using a 'Plant-in-Plant' model, TFC leverages its expertise in 'semiconductor waste sulfuric acid recovery, purification, and reuse' to transition from a traditional fertilizer manufacturer to a key strategic partner in the high-tech industry's 'green chemical circularity.'
The current Plant-in-Plant model was designed by the advanced semiconductor manufacturer and involves a BOT (Build-Operate-Transfer) collaboration with TFC. Waste sulfuric acid recovery facilities have been set up at the Central Taiwan Science Park Zero Waste Center to convert waste from the semiconductor manufacturer's advanced processes into reusable resources, embodying the ESG spirit of zero waste and recycling.
TFC explained that the core of this model is to solve the most difficult resource recycling issues for the tech industry while improving the efficiency of critical process resources. This creates a highly integrated partnership between the high-tech and chemical industries. Looking ahead, TFC will explore more opportunities with advanced process manufacturers and other high-tech sectors to become an indispensable strategic partner for sustainable development.
In its fertilizer business, TFC aims to assist sustainable agriculture through technology upgrades, specifically in slow-release and controlled-release fertilizer technologies. These technologies improve fertilization efficiency and reduce environmental burdens. In real estate, TFC is focusing on tech clusters, with green building certification as a standard. Its buildings in Nangang and Hsinchu (TFC ONE) are nearly fully occupied, primarily by tech clients. Future projects in Nangang (C4) and Hsinchu (D7-B) will also target the tech industry, incorporating smart management and energy-saving designs.
Furthermore, TFC is integrating AI into its core operations, from system management to decision-making efficiency. AI tools are being applied to operational analysis and resource allocation. The focus of AI integration is to enhance safety, stability, and efficiency, acting as an internal engine for circular economy and operational upgrades.
TFC stated that its growth strategy focuses on 'Tech TFC' as the core, driving its fertilizer, chemical, and real estate sectors to align with the needs of the high-tech industry. Through circular economy practices and green building initiatives, TFC aims to fulfill ESG (Environmental, Social, and Governance) commitments and build a stable long-term growth model. TFC's chemical division has established a strategic partnership with the major semiconductor manufacturer, and the implementation of waste sulfuric acid recycling in advanced processes is seen as a representative result of the 'Tech TFC' transformation.
TFC pointed out that its chemical business has become a green partner for the semiconductor industry. Using a 'Plant-in-Plant' model, TFC leverages its expertise in 'semiconductor waste sulfuric acid recovery, purification, and reuse' to transition from a traditional fertilizer manufacturer to a key strategic partner in the high-tech industry's 'green chemical circularity.'
The current Plant-in-Plant model was designed by the advanced semiconductor manufacturer and involves a BOT (Build-Operate-Transfer) collaboration with TFC. Waste sulfuric acid recovery facilities have been set up at the Central Taiwan Science Park Zero Waste Center to convert waste from the semiconductor manufacturer's advanced processes into reusable resources, embodying the ESG spirit of zero waste and recycling.
TFC explained that the core of this model is to solve the most difficult resource recycling issues for the tech industry while improving the efficiency of critical process resources. This creates a highly integrated partnership between the high-tech and chemical industries. Looking ahead, TFC will explore more opportunities with advanced process manufacturers and other high-tech sectors to become an indispensable strategic partner for sustainable development.
In its fertilizer business, TFC aims to assist sustainable agriculture through technology upgrades, specifically in slow-release and controlled-release fertilizer technologies. These technologies improve fertilization efficiency and reduce environmental burdens. In real estate, TFC is focusing on tech clusters, with green building certification as a standard. Its buildings in Nangang and Hsinchu (TFC ONE) are nearly fully occupied, primarily by tech clients. Future projects in Nangang (C4) and Hsinchu (D7-B) will also target the tech industry, incorporating smart management and energy-saving designs.
Furthermore, TFC is integrating AI into its core operations, from system management to decision-making efficiency. AI tools are being applied to operational analysis and resource allocation. The focus of AI integration is to enhance safety, stability, and efficiency, acting as an internal engine for circular economy and operational upgrades.