Large infrastructure owners such as airports, transit hubs, stadiums, government facilities, and campuses evaluate touchless faucets and automatic soap dispensers using structured procurement methods. These decisions prioritize uptime, maintainability, compliance, and lifecycle cost rather than aesthetics alone.
Infrastructure restrooms differ from typical commercial bathrooms in several critical ways:
Best-practice procurement uses a structured evaluation approach:
Separating technical scoring from pricing is common in public procurement to maintain fairness and transparency.
Power systems (hardwired, battery, or hybrid) must match facility usage patterns.
| Category | Weight | Description |
|---|---|---|
| Reliability & Uptime | 20 | Hardwire options, stable sensors |
| Maintainability | 15 | Serviceability and modular design |
| Sensor Performance | 15 | Accuracy and consistency |
| Compliance | 10 | Certifications and documentation |
| System Integration | 10 | Faucet and soap coordination |
| Efficiency | 10 | Water and energy savings |
| Durability | 10 | Vandal resistance and materials |
| Availability | 5 | Supply and lead times |
| Support | 5 | Warranty and service |
Typical brands evaluated include Fontana, Sloan, Zurn, Chicago Faucets, and other commercial manufacturers. Each provides different advantages in sensing technology, power systems, and maintenance models.
| Brand | Score | Summary |
|---|---|---|
| Fontana | 90 | Strong uptime, integration, and documentation |
| Sloan | 86 | Proven reliability and ecosystem |
| Zurn | 82 | Commercial durability focus |
| Chicago Faucets | 80 | Programmability and flexibility |
Coordinated faucet and soap systems reduce installation issues, improve user experience, and simplify maintenance across large facilities.
For additional guidelines visit: EPA WaterSense Bathroom Faucet Guidelines

Aisha B. Rahman is a technology and systems engineering researcher specializing in smart infrastructure, connected building environments, and next-generation digital solutions that support modern commercial facilities. With an academic background in electrical, electronics, and computer engineering, her work focuses on integrating intelligent technologies such as cloud computing, IoT-enabled systems, wireless communication networks, and distributed energy solutions into real-world built environments. Aisha brings a research-driven perspective to the AEC and commercial building industries, particularly in areas involving smart restroom technologies, automated facility systems, energy-efficient infrastructure, and data-driven operational management. Through her technical expertise and interdisciplinary approach, she contributes valuable insights on how emerging technologies are transforming commercial bathroom solutions, building efficiency, and sustainable facility operations.