WEBINAR: Addressing Water Reuse and PFAS Challenges in Semiconductor Manufacturing

Is your fab ready for the future of water?
Semiconductor manufacturing is one of the most water-intensive industrial sectors.* As fabs expand globally and water stress increases in key manufacturing regions, the industry faces mounting pressure to reduce freshwater consumption and improve wastewater management. At the same time, emerging contaminants such as per- and polyfluoroalkyl substances (PFAS) are becoming a growing regulatory and environmental concern, particularly in semiconductor wastewater streams such as scrubber blowdown and specialty process waste.

Ready to tackle water reuse and PFAS head on?
Watch our ON-DEMAND WEBINAR to discover how semiconductor manufacturers can address two critical challenges simultaneously: reducing water consumption through reuse and managing PFAS in complex wastewater streams.

*Source

 WHAT TO EXPECT 

In this webinar, our experts discuss how advanced water reuse strategies can help semiconductor manufacturers significantly reduce water consumption while improving operational resilience. Michael Boyd highlights new approaches for treating segregated streams containing silica, fluoride and hydrofluoric acid, enabling greater recovery while minimising discharge volumes.

The discussion then turns to PFAS, which are expected to remain present in semiconductor wastewater streams for many years as the industry transitions away from these substances. Expert, John Peichel, outlines the risks and regulatory drivers associated with PFAS and explore treatment strategies currently being deployed or developed for semiconductor applications.

SUBMIT THE FORM TO ACCESS THE WEBINAR

 4 KEY LEARNING OUTCOMES: 

1. Understand the key water management challenges facing semiconductor manufacturing, including water scarcity and increasing wastewater complexity.
   

2. Explore advanced water reuse technologies enabling high recovery rates in semiconductor wastewater streams.

3. Gain insight into PFAS sources within semiconductor operations and the regulatory and environmental drivers for action.

4. Learn about treatment and destruction technologies available to address PFAS in semiconductor wastewater streams.