Securing Water Supply & Water Reuse for Semiconductor Manufacturing

Welcome to the Ultra-Pure Water Summit 2027, where semiconductor manufacturers, water technology providers, engineering firms, and utilities unite to secure water supply and reuse.

Rapid growth in semiconductor manufacturing is straining regional water resources, compelling fabs to secure dependable supply, maintain consistent water quality, and meet stricter environmental requirements. The summit will explore advanced treatment trains, water recovery and reuse, zero-liquid discharge, and AI-driven monitoring and optimization to improve efficiency and reliability.

Join us to gain practical insights, strengthen water security, and achieve operational excellence in ultra-pure water systems.

Scaling water infrastructure for semiconductor manufacturing expansion

Evaluate how rapid fab expansion is increasing water demand and driving capital investment in supply reliability, treatment capacity, and resilient infrastructure.

Maximizing water reuse and resource recovery for sustainable fabs

Discover advanced reclamation, filtration, and metal recovery technologies that reduce freshwater consumption while recovering valuable resources from wastewater.

Case studies on zero-liquid discharge implementation in semiconductor fabs

See how fabs implement zero-liquid discharge in practice, the operational hurdles they encounter, and the effects on freshwater draw and cost.

Advanced treatment trains for consistent water quality and process reliability

Examine RO, UF, EDI, ion exchange, UV oxidation, and polishing technologies that improve ultrapure water quality, system performance, and operational reliability.

Applying AI-driven monitoring and predictive control to UPW systems

Leverage AI analytics, digital twins, smart sensors, and automated controls to enable real-time monitoring, predictive maintenance, and improved UPW optimization.

Meeting evolving standards and compliance requirements for fab operations

Understand how EPA wastewater requirements, NPDES permits, PFAS limits, state regulations, and SEMI/ASTM standards influence fab water management.

Expert Speakers

Past Attendees