
Discover how the enduring partnership between Revere Control Systems and one leading water infrastructure company is transforming critical infrastructure projects worldwide. From North America’s largest desalination plant to power plants across the globe, they’re protecting aquatic ecosystems and ensuring access to clean water.
As a leading supplier of raw water intake screens and material handling solutions, Revere’s client is at the forefront of protecting critical waterways and keeping industrial systems operational. Their massive water intake screens, designed to filter debris from rivers, oceans, and other waterways, are used in a wide variety of industries—including power plants, steel mills, and in some cases, desalination plants. Revere Control Systems’ partnership with this company spans years and continents, supporting projects across North America. One such collaboration is at the largest desalination facility in the Western Hemisphere.
At this major desalination plant, the water intake screens ensure clean seawater is filtered into the desalination process, providing fresh drinking water to communities in the drought-stricken region. With 11 massive screens in place on-site, this project represents the vital work Revere and its partner are doing together. These screens are no ordinary filters—they stretch as large as buses and are built entirely of American-made components.
While this partner is responsible for the design and construction of the water screens, Revere builds and integrates the control panels that ensure the entire system runs smoothly. Revere provides the programmable logic controllers (PLCs) and variable frequency drives (VFDs) that power and regulate the screens, controlling the torque and ramp-up speed of motors to extend equipment lifespan. This sophisticated technology not only enhances efficiency but also reduces mechanical wear and tear, ultimately preventing costly breakdowns and protecting the local environment. Revere’s control systems integrate seamlessly with the infrastructure, keeping the desalination plant running smoothly to deliver clean water to the surrounding area.
This is just one of many successful projects Revere has partnered on. Their collaboration spans multiple locations across the globe, including New York, Wisconsin, and Florida, and even internationally in Canada. Together, they are delivering solutions that support the critical infrastructure people rely on every day.

Powering Clean Water for Thousands
The work that Revere and its partner do together is essential for safeguarding critical infrastructure and promoting sustainable development. Many of their projects sit on or near vital waterways, and ensuring that they run smoothly and according to sustainability standards is key to protecting both the environment and the people who depend on these systems.
“The stakes are high,” said Heath Proctor, Account Manager at Revere Control Systems. “When you look at these critical infrastructure projects, particularly on waterways, the environmental impact can be massive if things go wrong. It’s about being good stewards of the environment while keeping the plant’s operations running efficiently.”
In many of these projects, sustainability is not just a priority—it’s a necessity. The partner company is known for meeting EPA 316(b) requirements, which mandate that all intake systems protect aquatic life by minimizing the entrainment and impingement of fish. These regulations ensure that industrial water intake systems don’t harm local ecosystems, and the company’s expertise in this area has made them a go-to provider for sustainable water screening solutions.
Beyond meeting environmental regulations, Revere also plays a critical role in sustainability by helping extend the life of the machinery with their VFD systems. These drives regulate motor speed, ensuring a smooth ramp-up that reduces wear and tear on equipment. “With these VFDs, we’re able to control torque and prevent damage to the equipment,” said Chad McMicken, Project Engineer at Revere. “This extends the life of the system and ensures reliable operation for years to come.” Running these motors at a lower speed has the added benefit of boosting energy efficiency, too.
The importance of this work is especially apparent in projects like the desalination plant, which provides clean drinking water to thousands of people. “It’s really humbling to be part of a project that impacts so many people,” Proctor noted. “Water scarcity is a huge issue in the US right now, and we’re proud to be part of the solution.”
More Than a Vendor: How Trust and Expertise Define the Partnership
This partnership between Revere and its partner is more than just a typical vendor-client relationship; it is built on trust, collaboration, and shared expertise. Greg Graves, Vice President at Revere, highlighted how much the partner company relies on Revere’s ability to adapt and offer solutions. “On complex projects like this, where the scope can change frequently, it’s critical to have that trust. They know we won’t upsell them—we recommend what’s truly needed for the project.”
The level of trust extends beyond just technical solutions. When unexpected challenges arise, the partner looks to Revere not just for answers, but for advice on how to move forward. As McMicken explained, “It’s not just, ‘Hey, give us a price and get it done.’ It’s more like, ‘Here’s what’s happening—what should we do?’ We’re like their electrical and controls arm in a lot of ways.”
This trust didn’t develop overnight. Over the years, Revere has invested heavily in integrating their two teams, building a partnership that goes deeper than a typical business transaction. Heath Proctor described this relationship: “We’ve got conventions, we’ve got lingo, and we know what to expect from each other. It didn’t start that way, but through years of collaboration, we’ve developed a real shorthand with each other.”
Another key factor in the success of this partnership is the continuity of the team. Revere has ensured that the same team members are available for multiple projects, creating a sense of familiarity that makes collaboration easier. As McMicken noted, “Having the same few people who really know their group has helped a lot. It helps things move faster and keeps communication open when things don’t go as planned. We’re definitely on a first name basis with each other.”
Critical Infrastructure, Lasting Impact: Safeguarding Communities and Ecosystems
The partnership between Revere and its partner is set to continue growing as the demand for sustainable water systems and critical infrastructure expands across the globe. With increasing pressure on natural resources and the need for modernized solutions in industrial sectors, the collaboration between these two companies becomes even more crucial. Graves remarked, “This isn’t just about one project. It’s about being part of something bigger—protecting our water systems and ensuring that communities have the resources they need for the future.”
As the world continues to face growing environmental challenges, partnerships like this provide a blueprint for how companies can come together to create innovative, sustainable solutions. Whether it’s providing clean water to drought-stricken communities or protecting aquatic ecosystems from industrial operations, Revere is leading the way.
Their work is a testament to what can be achieved when expertise, trust, and collaboration come together. This is not just about building systems; it’s about building a future where critical resources are protected and accessible to all.
Did You Know?
- This major desalination plant is the largest in the Western Hemisphere, pumping out 50 million gallons of clean water every day.
- The company’s water intake screens are built entirely in-house in the USA, starting from raw steel. Everything from the sprockets to the massive frames is constructed on-site.
- To manufacture these giant screens, the company uses a sandblaster the size of a house to ensure top quality.
- Revere’s VFD systems not only protect the equipment but also ensure a “smooth ride for the fish” by controlling motor speeds and reducing mechanical shocks.