Irrigation & Agriculture

Pump Stations for Supplying & Distributing Water for Irrigation Systems

Pumps & Engineering to Meet All Ranges of Irrigation & Agricultural Flow Requirements

Romtec Utilities engineers pumping systems for irrigation and agriculture applications utilizing axial flow pumps, vertical turbine pumps, and other high flow capable pump technologies. These pumps, together with Romtec’s proven irrigation engineering, are great for all types of irrigation and agriculture systems.

Engineering for Deep Well Applications & Above-Grade Pump Manifolds

If your irrigation system has a deep well or requires an above-grade pump assembly, we have experience engineering pump stations for those applications. Romtec’s in-house metal shop fabricates complete pump manifolds that can be installed onsite or prefabricated if the size allows for shipping.

Get Any Accessory Options You Need to Meet Your Irrigation Needs

Romtec provides many types of system accessory options for your irrigation pump station. Get added functionality from flow meter assemblies, water intake structures, air-release valves, and many other options. Our engineers will meet all types of specifications to have your system function as intended.

Complete Design Engineering with O&M Documentation

Your system will be engineered with comprehensive documentation complete with component specifications and datasheets, scope of supply, and our full scope of services. You will also receive O&M documents for the long-term operation and training on the use and maintenance of your irrigation pump station.

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View Irrigation & Agriculture Projects

City of Hesperia | Booster Station

700 GPM | 150′ TDH

The City of Hesperia Booster station receives water from the Victor Valley Reclamation facility, which discharges reclaimed water into tanks adjacent to the booster station.

Pacific Grove Golf Course | Wastewater Pump Station for Effluent Recycling

230 GPM | 18.5′ TDH

The Pacific Grove Golf Course in California needed a wastewater lift station to pump medium flows of raw sewage to an effluent treatment and recycling system. This lift station was engineered with 3 hp Ebara submersible centrifugal pumps in a duplex configuration.

McBryde Resources | Continuous High Flow, High Head Pumping

9600 GPM | 415′ TDH

To create new potable water, this lift station pumps clean stormwater from a collection/storage basin to a treatment facility. Duplex vertical turbine pumps move high flows of water very efficiently and use soft starters to reduce torque on the vertical shaft and provide additional pump diagnostics.

Engineering

Romtec Utilities offers comprehensive engineering and design services to fulfill your project goals. We specialise in water conveyance systems for a variety of water kinds and uses including domestic water supply and industrial processes. From initial designs and budgetary estimates to submission and review procedures, installation, start-up, training, and warranty, we handle every stage of the process so you can sit back and relax. Every pumping system is made to comply with site-specific regulatory requirements by our technical team. What sets us apart is our flexibility, which enables us to satisfy needs from the present and the future.

Project Assistance

From planning to installation, Romtec Utilities’ committed project management staff is at your side every step of the way. In order to guarantee the success of your pump system, Romtec Utilities offers a wide range of services that assist with its design, supply, building, testing, and training. To keep projects on pace and within budget, our project managers monitor deadlines, coordinate amongst parties, and proactively handle problems. Our staff is dedicated to your success, regardless of whether you are in charge of a single location or a complicated municipal system.

Manufacturing

A majority of our systems are prefabricated before the system is delivered to the job site, making installation a quick and easy process. This significantly lowers any project delays and modification orders, as well as construction costs and installation time from a few weeks to just a few days. Romtec Utilities also takes pride in our quality control procedures, which guarantee that everything will work as intended when the system is delivered to the job site. Our methods help lower the possibility of field adjustments by assisting contractors and site teams in expediting the build process ensuring a swift installation.

Construction

From the initial phases of planning to installation and construction, Romtec Utilities guarantees the success of every pumping system. To ensure that the station is built and eventually operates as intended, we will dispatch skilled installation consultants straight to your location to counsel the installing contractor for a hassle free and smooth construction process. In order to ensure an accurate build-out based on designed drawings and specifications, our advisers help with layout verification, equipment location, and system integration so you don’t have to worry about anything.

Commissioning

Having robust setup, testing, and training services are important to the performance of any pumping system and that’s where Romtec Utilities excels. After installation, our professionals are on-site, collaborating closely with all stakeholders to conduct system testing, operate the pumps, field check the control panel, and give all maintenance staff top-notch training. Our hands-on approach guarantees that every part works as it should and that your team is completely comfortable with how the system works.

Warranty

Every complete pump station from Romtec Utilities comes with a standard one-year guarantee. Throughout the life of our products, Romtec Utilities additionally offers continuous assistance from our whole staff. To guarantee that your pump station keeps running effectively, we offer technical help, troubleshooting, maintenance advice, and access to replacement parts upon request. Our staff is dedicated to providing dependable, knowledgeable support at every stage so that you may optimize performance, reduce downtime, and increase the system’s longevity.

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