• INDUSTRY OUTLOOK •
Automation Integration in Water Infrastructure
are identified and prioritized for timely production. Ultimately, this helps ensure the system operates as designed, with performance, reliability, and integration fully aligned.
Establishing and validating the valve and automation schedule at the outset of the design timeline enables all stakeholders, including manufacturers, to align their planning, production, and procurement strategies. This reduces uncertainty and creates a more predictable project path.
Taking a proactive approach helps reduce scheduling conflicts, supports smoother system integration, and lowers exposure to risks like delays, unexpected design costs, and potential liquidated damages. Effective strategies may involve exploring alternative solutions, conducting transient analysis, identifying critical valves, and defining network protocols early in the project.
One suggested approach is to clearly define application-specific and performance-based specifications to ensure the optimal product selection is aligned with the operational requirements and system performance criteria. It is important to verify that the valves and actuators are properly sized for system demands and fully compatible with the control architecture to ensure reliable communications and seamless operator interface.
Another key advantage is the ability to deliver a fully integrated assembly tailored to the specific application. It is essential to accurately define the appropriate valve and automation assembly prior to procurement to ensure proper actuator-to-valve compatibility and functional performance under the specified operating conditions.
Engaging in early discussions with the engineer( s) is critical to ensuring that
Engaging in early discussions is critical to ensure that each assembly is properly configured for its intended function.
each assembly is properly configured for its intended function. Assembly integration can be approached in various ways, each with increasing levels of complexity.
Even seemingly simple configurations can generate unexpected complications, creating frustration and inefficiencies for owners and operators alike. Sometimes, the most crucial components of a system are those that operate quietly in the background.
Return on Investment In the realm of water and wastewater infrastructure, there are often overlooked components that play crucial roles in maintaining efficiency, safety, and the longevity of plants and pipelines. In many circumstances, the best route is for end users to focus on an easily projectable cost that ensures quality along with the best value.
Early value engineering creates opportunities to identify cost savings and efficiency improvements during the design phase, ultimately leading to stronger project outcomes with a higher ROI. By engaging collaborative teams early, project stakeholders can combine their expertise to develop innovative, practical solutions that enhance both performance and longterm reliability.
Valve World Americas | May 2026 | www. valve-world-americas. com 37