Romtec Utilities

08/26/2026

Delivering Efficient Wastewater Infrastructure for Commercial Growth

Romtec Utilities designed and supplied a compact cutter pump wastewater lift station for a growing commercial development in Bear, Delaware. Serving multiple retail and commercial buildings along U.S. Route 40, this value-engineered system was tailored to the site's actual flow requirements, helping reduce costs while meeting New Castle County standards.

Featuring a duplex Tsurumi cutter pump configuration, the lift station pumps up to 60 GPM at 16 feet TDH, providing reliable wastewater conveyance while minimizing maintenance concerns often associated with solids and fibrous materials. The result is an efficient, cost-conscious solution built for long-term performance.

At Romtec Utilities, every lift station is engineered to match the specific needs of the site, helping developers and engineers avoid oversizing equipment while maintaining dependable operation.

Learn more about this project: https://na2.hubs.ly/H07hbP30

08/19/2026

Reliable wastewater infrastructure is critical to keeping power generation facilities running efficiently.

For the Shawnee Fossil Plant in Paducah, Kentucky, Romtec Utilities partnered with the Tennessee Valley Authority (TVA) to design, manufacture, and supply a complete industrial wastewater lift station tailored to the facility's operational needs. The system features duplex Goulds submersible pumps, a 23-foot-deep wet well, a precast concrete valve vault, and integrated controls designed for dependable performance in a demanding industrial environment.

With extensive experience serving the power generation industry, Romtec Utilities provided a single-source solution that included system design, engineering, manufacturing, startup assistance, and operator training.

Learn more about this project and how Romtec Utilities supports industrial and power generation facilities across the U.S.: https://na2.hubs.ly/H07h7z40

08/12/2026

When challenging site conditions demand a unique solution, custom engineering makes all the difference.

For this stormwater lift station project in Eagle River, Alaska, Romtec Utilities designed and supplied a complete system to help mitigate recurring flooding issues caused by freeze-thaw conditions and poor surface drainage. A key feature of the project was a stepped-down wet well design, allowing the station to fit within a tight site footprint while accommodating numerous existing underground utilities. The result is a stormwater solution that helps protect nearby homes and infrastructure from future flooding.

Project Partners:
City of Anchorage
McKenna Brothers Paving Company

Learn how Romtec Utilities delivered a custom stormwater pumping solution for this challenging Alaska project: https://na2.hubs.ly/H074R_30

07/29/2026

For the IBM Boulder Data Center in Colorado, Romtec Utilities engineered and supplied a replacement wastewater lift station to address failing infrastructure and reduce the need for extended bypass pumping. Working directly with IBM and Fluor, our team delivered a reliable system that met the project's schedule and operational requirements. The new lift station was designed to handle wastewater flows of 270 GPM at 36' TDH, providing long-term reliability for this important facility.

From engineering and site planning to manufacturing and startup support, Romtec Utilities provided a complete lift station solution to keep this data center's wastewater system operating efficiently.

Learn more about this project: https://na2.hubs.ly/H06H9sC0

07/22/2026

At the Virgil C. Summer Nuclear Generating Station near Jenkinsville, South Carolina, Romtec Utilities designed and supplied a specialized process water pump station to support nuclear power generation operations. The system was engineered to handle low flows of industrial process water while meeting the demanding requirements of a power plant environment.

This package lift station features duplex Flygt grinder pumps, a below-grade valve vault, and a control system designed for reliable performance and redundancy. Romtec Utilities worked directly with Shaw Power Group to design, manufacture, and supply a complete solution tailored to the plant's operational needs.

From engineering and manufacturing to site layout assistance, startup support, and warranty management, our team delivered a turnkey pumping solution built for long-term performance in a challenging industrial application.

Learn more about this project: https://na2.hubs.ly/H06H3LV0

Romtec Utilities supplied a Nuclear Power Plant Process Water Pump Station for the Virgil C. Summer Nuclear Generating Station in SC.

07/15/2026

When a new combined heat and power plant near Purdue University needed specialized industrial pumping infrastructure, Romtec Utilities delivered. Working with F.A. Wilhelm, our team designed and supplied a custom Wash Drains Basin lift station to collect and manage high-temperature engine wash water from the facility's combustion turbine system. The project was part of a larger effort that included multiple pumping systems supporting the plant's efficient power generation process.

From industrial water applications to complex power plant infrastructure, Romtec Utilities provides engineered pumping solutions designed for demanding environments.

Learn more about this project and how our team supports industrial facilities across the country: https://na2.hubs.ly/H06GJ900

07/09/2026

Stop by Booth 646 at the WEF Collection Systems & Stormwater Conference this week in Portland, OR. Kiah, Sanne, and Kyle are representing the Romtec Utilities team, and they can't wait to connect with you!

07/08/2026

When industrial facilities need reliable water management solutions, every detail matters.

For a hydrogen production facility in McIntosh, Alabama, Romtec Utilities partnered with Linde Engineering Americas to design and supply an industrial process water lift station that handles both stormwater and condensed process water. The system was engineered to accommodate occasional high-temperature flows while meeting a tight project schedule.

The completed system features a polymer precast wet well, above-grade valve assembly, Goulds vertical suspended shaft pumps in a duplex configuration, and a Primex control panel, all working together to support ongoing facility improvements and increased liquid hydrogen production capacity.

At Romtec Utilities, we provide complete design-build pumping solutions for industrial facilities, delivering systems tailored to unique site conditions and operational requirements.

Learn more about this project: https://na2.hubs.ly/H06vpX20

07/02/2026

Heading to the WEF Collection Systems & Stormwater Conference in Portland? Stop by Booth 646 and say hello to Kyle and Sanne from the Romtec Utilities team!

We're excited to connect with utility professionals, discuss stormwater and wastewater challenges, explore new technologies, and learn from the industry’s leading experts. We look forward to the conversations and insights that help build stronger, more resilient utility systems.

See you at Booth 646!

06/24/2026

Power generation facilities demand pumping systems that can handle extreme conditions, and this project in Middletown, Ohio is a strong example.

For the Middletown Energy Center, a combined cycle power plant, Romtec Utilities designed and supplied multiple pump stations to support HRSG blowdown and process water operations. These systems manage high-temperature, high-flow water that can be both corrosive and challenging to handle.

To meet these demands, the pump stations were engineered with:
- Above-ground pump assemblies to reduce exposure to harsh conditions
- Duplex Goulds pump configurations for reliability and performance
- Systems designed for flows ranging from 480 to 850 GPM at 25’–35’ TDH

Romtec Utilities worked alongside Gemma Power to deliver a solution tailored to the facility’s operational needs, from design through construction and startup support.

Projects like this highlight the importance of designing pump systems specifically for the realities of industrial and energy applications.

View the full project: https://na2.hubs.ly/H06c-yy0