In this industry, plans are important—but performance is what really matters.
The systems you design and install don’t operate in perfect conditions. They face heat, storms, inconsistent terrain, and increasing performance demands. And when something fails, it impacts timelines, budgets, and the people relying on it.
That’s also why staying on top of funding and conservation programs matters.
Opportunities like EQIP are designed to support real improvements in water efficiency, soil health, and long-term land performance—but accessing them isn’t always straightforward. Understanding how these programs apply (and how to move from approval to execution) can make a meaningful difference in getting projects off the ground and keeping them moving.
That’s where we focus: helping connect the dots between what’s available and what’s actionable.
In this issue, you’ll find practical ways to build systems that hold up in the field—from storm protection and installation best practices to designing for harsh environments and maintaining reliable lighting control. You’ll also hear directly from the field, where real-world conditions always tell the full story.
As we recognize Smart Irrigation Month, it’s a timely reminder that efficiency isn’t just about saving water—it’s about building systems that perform reliably over time, even under pressure. That’s what ultimately determines long-term success.
That’s where we stay focused—helping you build systems that hold up, season after season.
Programs like EQIP continue to play an important role in helping move conservation projects forward—supporting improvements in water efficiency, soil health, and long-term land performance.
But many teams are finding that success doesn’t come from relying on a single program alone. It comes from understanding the full landscape of resources available—and how to use them more effectively together.
A recent milestone at the Irrigation Association Advocacy Summitbrings new opportunities for the irrigation industry. The IA and USDA'sNatural Resources Conservation Service (NRCS) have established an agreement to expand access to certified Technical Service Providers (TSPs). This partnership creates a more streamlined path for qualified irrigation professionals to support project design, implementation, and verification—helping projects move more efficiently once funding is approved.
What this means for your projects:
More flexibility in execution: Access to certified professionals who can support design and implementation alongside NRCS
Stronger project continuity: Improved alignment between planning, approval, and field execution
Broader application: Support across key infrastructure, including irrigation systems, pipelines, and pumping operations
As conservation programs continue to evolve, taking a broader, more connected approach can help turn funding opportunities into completed projects—more efficiently and with fewer delays.
Paige specified products help protect your irrigation system from electrical risks by combining surge protection, grounding, soil amendments, and shielding into one complete, field-ready solution.
What it helps you do:
Protect critical equipment from lightning strikes and voltage surges
Isolate faults to help prevent system-wide failures
Improve long-term reliability with proper grounding and shielding
The system includes Decoder Cable Fuse Devices (DCFD™), incoming power surge protection, grounding plates and rods, surge guards for communication paths, and other key components that work together to redirect damaging energy before it reaches your equipment.
Registration and housing for the 2026 Irrigation Show and Education Week are now open. This year's event will once again be co-located with Groundwater Week, bringing together irrigation and groundwater professionals for an expanded experience featuring industry-leading education, innovative products, and valuable networking opportunities. While you're there, expand your expertise by enrolling in IA University courses and registering for in-person certification exams offered throughout the show.
Celebrated every July during the peak of summer water demand, Smart Irrigation Month spotlights the value of advanced water efficiency. This industry campaign focuses on the real-world technologies that solve field challenges, such as climate-informed weather controllers, soil moisture sensors, and ruggedized low-voltage wiring networks.
For commercial landscapes and agricultural operations, adopting these practices optimizes water use, cuts utility costs, and builds crucial resilience against severe summer weather.
A central highlight of this month-long initiative is Wear Blue Wednesday on July 15th. This annual event provides a unified platform for professionals across the irrigation and infrastructure sectors to collectively advocate for sustainable water stewardship. To participate, businesses and field crews are encouraged to wear blue on July 15th, take a team photo, and share it on social media using the hashtag #SmartIrrigationMonth.
And if you're not already followingPaige Water & Outdoor on LinkedIn, be sure to check out our Smart Irrigation Month posts throughout July for insights, industry resources, and ways to join the conversation.
PFAS regulations continue to evolve, with new federal drinking water standards now in place and additional updates under consideration. As states begin adopting or expanding their own requirements, staying informed will be increasingly important for water infrastructure projects.
What this means for you: These changes aren't just about compliance—they can have a direct impact on your projects by:
Increasing costs associated with treatment and compliance
Extending project timelines due to permitting or redesign
Influencing system design decisions earlier in the planning process
Many of these challenges don't become apparent until installation or inspection if they aren't considered upfront.
How to stay ahead:
Monitor your state's environmental or water agency for regulatory updates.
Follow industry organizations like the EPA, AWWA, NGWA, and the Irrigation Association for guidance and best practices.
Stay in close communication with engineers, municipalities, and inspectors, who are often aware of changing requirements before they're formally published.
Taking a few minutes to review current PFAS requirements before design or bidding can help prevent costly redesigns, delays, and unexpected expenses later.
Policy shows up in execution—how systems are specified, installed, and approved. As standards evolve, details like material selection can make the difference between staying on track or facing delays.
Paige Water & Outdoor's focus is helping you account for that early—and delivering solutions like NSF-certified submersible pump cable for potable water applications that support compliance in the field.
As summer temperatures peak, more golf courses are extending play into the evening—turning after-dark hours into a meaningful revenue opportunity.
But longer hours only work if lighting systems perform reliably behind the scenes. Managing lighting across a full course isn’t just about turning lights on and off. It requires consistent, automated control that aligns with changing daylight hours, supports maintenance schedules, and avoids unnecessary runtime.
That's where more advanced control approaches come into play. Systems that can adjust automatically based on location and season help reduce manual intervention and keep operations running as expected—night after night.
Just as important is the infrastructure behind the system. Reliable connectivity, proper installation, and durable materials all play a role in ensuring lighting performs consistently, especially during peak summer usage.
When everything works together, courses can focus less on managing lighting—and more on creating a better experience for players while maximizing available hours.
The difference often comes down to planning ahead. Systems that are set up to adjust automatically, supported by reliable infrastructure, are far less likely to create mid-season disruptions when demand is at its highest.
Q: What should you prioritize when designing irrigation and pump systems for harsh environments?
A: The key is designing for what systems actually face in the field—not ideal conditions.
Across agriculture and municipal applications, equipment is routinely exposed to moisture, chemicals, temperature swings, and physical wear. Teams that consistently perform in these environments take a few core factors into account early in the design process.
What matters most:
1. Choose materials that match the environment Soil conditions, chemical exposure, and temperature extremes can impact long-term performance. Selecting the right jacketing and insulation helps systems withstand these variables without degrading over time.
2. Protect against physical and biological wear Underground systems face real-world challenges—from rodents to abrasion during installation and operation. Designing with added protection in mind can help prevent avoidable failures later.
3. Plan for submersion and moisture exposure In many applications, water isn't an exception—it's a constant. Using components designed for continuous exposure helps maintain performance and reduce risk in high-moisture environments.
4. Focus on connection points Connections are one of the most common failure points in the field. Designs that prioritize sealed, durable connections can significantly improve long-term reliability.
The takeaway: Systems that perform well in harsh environments aren't over-engineered—they're intentionally designed for the conditions they'll actually face. Addressing those realities upfront helps reduce downtime and keeps operations running as expected.
