Caliagua, Inc.

11/02/2026

Across the water industry, the conversation is evolving. It's no longer just about moving, treating, and delivering water. It's about building smarter, more connected systems that can anticipate challenges, adapt to changing demands, and deliver consistent performance for the long term.

// A New Chapter in Water Reliability is Here

From advanced filtration and treatment technologies to SCADA systems, automation, and real-time monitoring, every piece of the water infrastructure puzzle plays a critical role.

But the real opportunity comes when these technologies work together.

Filtration and treatment provide the foundation for water quality, helping remove contaminants and support increasingly demanding water standards.

SCADA and automation bring greater visibility and control to operations, allowing teams to monitor performance, respond to changing conditions, and make more informed decisions.

Sensors and real-time monitoring turn operational data into actionable insight, helping identify inefficiencies, detect potential issues, and move from reactive maintenance toward proactive management.

System integration and digital intelligence connect these capabilities, creating a more complete picture of water infrastructure and enabling operators to make decisions with greater confidence.

And behind all of it is a shared priority: reliability.

As water demands grow, infrastructure ages, and operational challenges become more complex, the industry needs solutions that do more than address today's problems. It needs systems designed to perform, evolve, and remain resilient into the future.

The next chapter in water reliability isn't defined by one filter, one control system, or one technology.

It's defined by how well they work together.

Because the future of water isn't just about better equipment. It's about smarter infrastructure, connected operations, and dependable performance at every stage.

A new chapter in water reliability starts with seeing the whole system.

10/26/2026

According to the U.S. Environmental Protection Agency (EPA), the country needs approximately $1.25 trillion in drinking water, wastewater, and stormwater infrastructure investments over the next two decades. These needs include replacing aging pipelines, upgrading treatment facilities, improving sewer networks, and modernizing stormwater systems. For underground utility contractors, this long-term demand could reshape the industry, accelerate consolidation, and increase the strategic value of experienced companies with specialized equipment and skilled crews.

Keep reading America's Water Infrastructure Boom and What it Means for the Construction Landscape >> https://bit.ly/americaswaterboom

Water Infrastructure Boom

10/22/2026

The Future of Water Is Being Built Today💧

As water demands grow and environmental standards evolve, the water industry is entering a new era of innovation. From advanced treatment technologies to smarter infrastructure, the solutions we implement today will shape the reliability and sustainability of our water systems for generations to come.

We recognize that the future of water management depends on combining proven engineering with emerging technologies to solve increasingly complex challenges.

Here are a few key innovations transforming the industry:

🔹 **Advanced PFAS Treatment**
Emerging treatment solutions, including granular activated carbon, ion exchange, and high-pressure membrane technologies, are helping utilities address per- and polyfluoroalkyl substances (PFAS) in drinking water. As regulatory requirements evolve, effective treatment strategies are becoming increasingly important to protecting public health and water quality.

🔹 **Smarter Pump Stations & Infrastructure**
Modern pump stations are evolving through advanced controls, remote monitoring, variable-frequency drives, and real-time performance data. These technologies, like SCADA, can improve operational efficiency, support predictive maintenance, and help water systems respond to changing demands.

🔹 **Intelligent Water Management**
Digital monitoring, automation, and data-driven decision-making are transforming how water infrastructure is operated and maintained. By identifying inefficiencies earlier and improving system visibility, these tools can help utilities make more informed decisions and build greater operational resilience.

🔹 **Sustainable, Future-Ready Solutions**
Energy efficiency, resource recovery, and adaptable treatment systems are becoming increasingly important as communities work to strengthen water security and manage limited resources.

Innovation in water isn't just about adopting new technology. It's about putting the right solutions to work where they matter most.

A team with a common goal and commitment to our community, this industry continues to engineer, improve, and advance the infrastructure ourselves and our neighbors depend on every day.

The future of water requires collaboration, technical expertise, and a commitment to continuous improvement. 💧

10/16/2026

Safety is more than a priority—it’s part of our culture.

Last week, members of the Caliagua team attended the AGC of California Construction Safety Excellence Awards, joining industry leaders committed to advancing safety across California's construction and water infrastructure sectors.

Events like these provide an opportunity to share best practices, learn from peers, and continue raising the standard for jobsite safety. From planning and training to ex*****on in the field, every project benefits from a strong safety culture and a team dedicated to protecting one another.

Thank you to AGC of California and Safety Mojo for bringing together professionals who are passionate about building safer jobsites and stronger teams.

Lead by pioneers, this industry that never stops striving for excellence.

10/14/2026

SCADA: Connecting Infrastructure with Intelligent Water Management

Every water facilit is only as effective as the information behind it.

Integrating SCADA (Supervisory Control and Data Acquisition) systems into water and wastewater infrastructure gives operators the visibility and control they need to keep California's water systems running safely, efficiently, and reliably.

From PFAS treatment facilities and booster pump stations to groundwater recharge and recycled water systems, our teams deliver complete automation and controls solutions that seamlessly integrate mechanical, electrical, and process equipment into a single intelligent operating platform.

With real-time monitoring and automated control, SCADA helps utilities:
💧 Monitor system performance 24/7
⚙️ Optimize pumps, filters, and treatment processes
📊 Track critical operating data and trends
🚨 Receive immediate alarms for abnormal conditions
🔧 Reduce downtime through proactive maintenance
🌎 Improve operational efficiency while protecting water quality

Whether commissioning a new facility or modernizing existing infrastructure, our expertise ensures every system is designed with long-term reliability, operator usability, and future scalability in mind.

As Southern California continues investing in resilient water infrastructure, intelligent controls and automation are becoming just as important as the facilities themselves.

Smarter water systems today help secure cleaner, more reliable water for tomorrow.

10/07/2026

Not all heroes wear capes—some stand quietly at a water treatment facility, removing contaminants that most people will never see.

// Project Equipment Spotlight: PFAS Treatment Filters

As California works to address PFAS, commonly known as "forever chemicals," advanced filtration systems have become one of the most important tools in protecting our drinking water. These treatment vessels are designed to capture and remove PFAS compounds before water reaches homes, schools, and businesses.

At our Santa Ana PFAS Treatment Project, these treatment vessels are at the heart of removing PFAS—commonly known as "forever chemicals"—from the City's groundwater supply. Once operational, the treatment system will help return local wells to service by removing PFAS before the water is delivered back into the potable distribution system.

While the treatment media inside these vessels does the work of capturing PFAS compounds, getting the system to that point requires precision construction. Every vessel must be carefully set, aligned, connected to process piping, integrated with controls, and prepared for commissioning so the entire treatment process operates as designed.

This is the first feature in our Equipment & Innovation series, where we'll highlight the technology helping solve today's water challenges—one piece of equipment at a time.

Stay tuned for what monitors and controls all the action, SCADA!

10/02/2026

California is facing one of the most significant water quality challenges in its history: addressing PFAS, commonly known as "forever chemicals." As new regulations continue to raise the bar for drinking water quality, the need for innovative treatment solutions has never been greater.

Meeting this challenge takes more than construction—it takes collaboration, engineering expertise, and the right technology. Across California, water agencies, engineers, and contractors are implementing advanced treatment systems that leverage cutting-edge equipment to remove PFAS and protect the communities they serve.

Being apart of that effort drives our team everyday. From installing massive ion exchange vessels and advanced filtration systems to constructing the infrastructure that supports these facilities, every project represents another step toward delivering cleaner, safer drinking water.

Innovation isn't just about developing new technology—it's about applying proven solutions with precision, efficiency, and a commitment to long-term reliability. The equipment we install today will help provide safe drinking water for decades to come.

Throughout this month, we'll be highlighting past and present projects to showcase the technology and equipment driving the future of water treatment as part of our Equipment & Innovation series.

Stay tuned for Project Equipment Spotlight #1: Filters, where we'll take a closer look at one of the essential components helping remove contaminants and safeguard California's water supply.

09/25/2026

Culture is built through people. Communication is what keeps us connected.

Our success comes from the strength of our team — from the people in the field making things happen every day, including our PMs and PEs, to the teams in the office supporting, coordinating, and keeping everything moving forward.

Great projects don’t happen in isolation. They happen when the field and office communicate, collaborate, share knowledge, and work toward the same goal.

What makes our team special is that connection. Every conversation, every challenge solved together, and every team member who steps up contributes to a culture built on trust, respect, accountability, and teamwork.

From the jobsite to the office, we’re one team — and that’s what makes the work we do possible.

Proud of the people and culture that make Caliagua what it is. 🤝🏗️

09/24/2026

🚧 We are hiring! 🤝

We’re looking for an Project Estimator to join our Fullerton, CA team and help estimate the next generation of critical water, wastewater, and heavy civil infrastructure projects.

From quantity takeoffs and subcontractor pricing to bid strategy and constructability, this role plays an important part in bringing major infrastructure projects from concept to construction.

What we’re looking for:
🔹 2+ years of relevant construction experience
🔹 Estimating & quantity takeoff experience
🔹 Bluebeam Revu or similar software experience
🔹 Knowledge of public works bidding
🔹 Strong analytical and communication skills
🔹 Heavy civil/water infrastructure experience preferred

💰 $90K–$120K starting salary DOE
📍 Fullerton, CA
📈 Career growth + full benefits

Ready to build what communities depend on?

👉 Apply today: https://bit.ly/applyprojectestimator

09/18/2026

Telemark is Taking Shape. 💪

A project like this booster station is built on more than equipment—it’s built on strong supplier partnerships.

From the major piping and valves to the specialized components supporting the station, dependable suppliers play a critical role in keeping the project moving. Close coordination, quality products, and a shared commitment to getting the job done right help turn plans into infrastructure that will serve the community for years to come.

We’re proud to work alongside trusted supplier partners who bring expertise, reliability, and solutions to the jobsite every day.

Strong projects start with strong partnerships. 🤝