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Ruhrpumpen´s Spotlight: April 2025

Currently, the combined capacity of the existing vaporizers inside an LNG Energy Center in Northern US, is insufficient to meet the forecasted peak demand for upcoming winters. Therefore, 2 new vaporizers were built to keep providing gas services to customers in the community, when the weather is coldest, which avoids the need to shut down gas service leaving customers in the cold.

When emergencies occur, it is better to be prepared. In case that happens, you want to be able to rely on the efficiency of your firefighting equipment to ensure the adequate water supply at required pressure. Our industrial fire pumps are available in electric motor or diesel engine driven configurations. They can be skid mounted fire pumps or fully housed packaged systems ready for installation.

During the assembly process each pump goes through meticulous production controls, inspections, and tests. We use advanced testing techniques and measure with precise calibration instruments that enable us to accurately inspect every fire suppression equipment. We guarantee that the operation of each Fire Pump complies with the required standards, NFPA-20 and UL/FM.

The fire water pump package delivered this month consisted of two (2) vertical, three-stage pumps of model 28C-980. Each pump featured a 28-inch bowl with three stages and was engineered for high durability and performance in demanding fire protection applications.

Key Specifications:

· Pump Type: Vertical, 3-stage (Model 28C-980)

· Bowl Size & Configuration: 28" diameter, 3 stages

· Pump Construction Material: Super Duplex Stainless Steel

· Bowl Material: Super Duplex Stainless Steel

· Impeller Material: Super Duplex Stainless Steel

· Discharge Nozzle Assembly: 18" Carbon Steel nozzle head with all wetted parts constructed from Super Duplex Stainless Steel

This configuration ensures superior resistance to corrosion, especially in harsh environments, while maintaining high operational efficiency and reliability in critical fire protection systems.

Find more information about our vertical pumps clicking here

Ruhrpumpen's Fire Campus: March 2025

Electrical safety is a critical responsibility for everyone involved in the design, installation, and maintenance of electrical systems. NFPA offers knowledge and training resources on three essential codes and standards—known as the Electrical Cycle of Safety™ (ECoS™)—to help ensure a safe, reliable, and effective approach to achieving comprehensive electrical safety.​

When used collectively, these codes complete the Electrical Cycle of Safety. Where just one is missing, it could result in preventable incidents that put people, property, and critical processes at risk.

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Let's see them one by one:

Install with NFPA 70 (NEC).​

NFPA 70®, National Electrical Code® (NEC®): The benchmark for electrical design and installation for residential, commercial, and industrial applications. The NEC is updated every three years—staying in sync with industry practices, emerging trends, and the development and introduction of new technologies—and sets the foundation for safe electrical design and installation to help protect people and property from electrical hazards.​

Maintain with NFPA 70B​

NFPA 70B, Standard for Electrical Equipment Maintenance: Details preventive maintenance for electrical, electronic, and communications systems and equipment. NFPA 70B helps prevent electrical failures and contributes to electrical safety with guidance on establishing a condition of maintenance for electrical equipment and systems, which is required by NFPA 70E. When businesses apply the requirements in NFPA 70B—in conjunction with those in the NEC and NFPA 70E—they can help avoid preventable downtime of key electrical equipment, systems, and core processes, all while helping to ensure employees stay safe. ​

Protect with NFPA 70E​

NFPA 70E®, Standard for Electrical Safety in the Workplace®: Provides safe work practices to help protect employees by reducing exposure to electrical risks. NFPA 70E is a key asset in helping to prevent injuries and assisting in safeguarding employees by working to mitigate hazards like shock, arc flash, and electrical fires. NFPA 70B and NFPA 70E are particularly interconnected through the "condition of maintenance" requirement in both, since electrical equipment that isn’t well maintained poses safety risks to employees and, in some cases, even the public.

Ensuring electrical safety is a fundamental responsibility that must be prioritized at every stage of an electrical system’s lifecycle, from initial design and installation to ongoing maintenance and operational procedures. The Electrical Cycle of Safety™ (ECoS™), which incorporates NFPA 70, NFPA 70B, and NFPA 70E, provides a comprehensive framework to safeguard both people and property from electrical hazards, as we mentioned above. These standards work together to establish a robust system of electrical safety, where each code plays a vital role in achieving a safe and reliable electrical environment.

By applying these standards collectively, organizations can create a safe work environment, ensuring that electrical systems are not only functioning properly but are also well-maintained and free from hazards that could harm employees, disrupt operations, or cause significant property damage. It highlights the importance of ongoing attention to electrical systems to prevent safety incidents. Ultimately, the commitment to following these codes leads to a more resilient, efficient, and secure workplace, safeguarding employees, critical processes, and infrastructure from preventable electrical risks.

Did you know Ruhrpumpen is a proud NFPA member?

As per NFPA-20, each pump is tested at our manufacturing facilities to provide detailed performance data and to demonstrate its compliance with the required specifications.

Download the Fire Systems Brochure to find more details of our pumps and systems.

Ruhrpumpen´s Spotlight: March 2025

Power plants under construction around the world follow strict health and safety controls and regulations.​ The NFPA and the Industrial Fire Protection Association focuses on helping to improve safety in refineries, mills, ​mines, utilities, and other manufacturing environments.

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Ruhrpumpen Fire Systems and its fire protection pump packages are the most reliable pumps for fighter fighting applications delivering outstanding fire suppression pumping systems. When emergencies occur, it’s better to be prepared. In case that happens, you want to be able to rely on the efficiency of your firefighting equipment to ensure the adequate water supply at required pressure.​

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Ruhrpumpen is a world leading specialist in the design and manufacture of fire protection pump packages. Our durable fire water pumps offer a reliable solution to thousands of commercial, residential and industrial facilities worldwide.

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We are getting ready to ship another Pre-Engineered packaged system with enclosure that includes two ZW Horizontal Split Case Pumps, one electric motor driven and one driven by a UL/FM diesel engine. Our ZW pump is a horizontal, between bearings, single stage, axially split centrifugal pump. Its innovative design allows a more compact installation and ensure perfect alignment. Built according to the Hydraulic Institute (HI) standard (BB1 type).

The electric fire water pump includes a UL electric motor drive, induction type, with 150hp / 3550 rpm.  Additionally, includes an across the line, 60Hz, Tornatech control panel, UL Listed / FM Approved with a NEMA 4X enclosure. All mounted on a steel baseplate certified with its performance test and a hydrostatic pressure test.​

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The diesel fire water pump has a UL & FM diesel engine rated at 175hp @2350 rpm. A double-wall diesel tank, UL-142 listed, and all accessories and valves as per NFPA-20 included too.​

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Visit our Fire Pump House page to see more details about this product, click here.

Ruhrpumpen would like to take a moment to highlight a recent success that underscores the value and effectiveness of its Re-Engineering Services for Aftermarket Parts.

A major U.S. Gulf Coast end-user approached Ruhrpumpen with a severely worn 14-inch open impeller made from carbon steel. The deterioration of this critical component placed their pump at risk of prolonged downtime, potentially impacting their operations.

When they contacted the OEM for a replacement, they were faced with an unacceptably long lead time; one they simply couldn’t afford to wait for. They needed a high-quality, cost-effective solution with minimal turnaround time.

Thanks to the expertise and collaboration between the REAP team, PMC and the Houston Service Center, Ruhrpumpen successfully:

✔ Scanned, analyzed, and re-engineered the impeller to restore it to OEM specifications.
✔ Manufactured and delivered a new precision-machined impeller in stainless steel within just 3 weeks.
✔ Ensured the customer had a durable, corrosion-resistant replacement that enhanced long-term performance.

This achievement demonstrates Ruhrpumpen’s ability to provide rapid, high-quality aftermarket solutions that minimize downtime and maximize efficiency. Its re-engineering capabilities continue to be a key differentiator in the market, reinforcing its reputation as a trusted provider of engineered solutions.

A special congratulations goes to the REAP, PMC and the Houston Service Center for their outstanding efforts in making this project a success. Their dedication and technical expertise played a crucial role in delivering a solution that exceeded the customer’s expectations.

For customers struggling with long OEM lead times or dealing with worn or obsolete components, Ruhrpumpen’s Re-Engineering Services provide a faster, high-quality alternative.

Ruhrpumpen's Fire Campus: February 2025

Between 2014 and 2018, local fire departments responded to an average of 970 structure fires annually that originated from the ignition of flammable or combustible liquids. These incidents resulted in an estimated three civilian deaths, 57 civilian injuries, and $180 million in direct property damage each year. According to a March 2021 analysis by the National Fire Protection Association® (NFPA®) Applied Research, these fires primarily occurred in manufacturing, industrial, warehouse (including cold storage), and storage tank facilities.  

Ignitable (flammable and combustible) liquids produce vapors that can ignite and burn. NFPA 30, the Flammable and Combustible Liquids Code, outlines fundamental fire and explosion prevention requirements for the safe use and storage of these liquids, helping to protect both people and property from potential hazards.  

 EXAMPLES OF IGNITABLE LIQUIDS  

• Fuels: Gasoline, diesel, home heating oil   

• Hand Sanitizers: Many types contain alcohol  

• Coatings: Paints, stains, varnishes, and other finishes  

• Cooking Oils: Peanut oil, olive oil, canola oil  

 Since 1913, NFPA 30 has provided guidance to professionals such as plant managers, environmental health and safety managers, design consultants, regulatory personnel, and fire protection engineers in safely handling ignitable liquids. Its requirements, shaped by decades of experience, aim to reduce the risk of fires and explosions in industrial, mercantile, and warehouse settings. Adhering to this code helps minimize accidents, fires, and regulatory penalties while ensuring safe operations and preventing business disruptions.  

Implementation of the requirements of NFPA 30 can help to control the fire hazards related to the storage and handling of ignitible (flammable or combustible) liquids in the following areas:  

Changes to the storage requirements of ignitible (flammable and combustible) liquids have been developed for the 2021 edition based on results of recent fire testing and include:  

• The application of NFPA 30 container requirements to beverages, medicines, food, cosmetics, and other consumer products containing water-miscible ignitible liquids that are greater than 20 percent by volume ignitible liquids instead of greater than 50 percent by volume. 

• Six new storage designs for containers storing Class IB, IC, II, IIIA, and IIIB liquids. 

• Additional storage options for protected general-purpose warehouses. 

The requirements of NFPA 30 are established by five committees comprising representatives from manufacturing, consulting, insurance, research and testing, industry and trade organizations, and government agencies. NFPA follows a consensus-based standard development process that is open to the public. To address emerging challenges in the handling and storage of ignitable liquids, NFPA 30 undergoes a revision cycle every three years.  

Ruhrpumpen´s Spotlight: February 2025

The natural gas that powers homes, fuels industries and generates power is delivered daily through a robust network of pipelines. The Natural Gas, LNG, and Simple or Combined Cycle Power Generation industries provide confidence in design and equipment specifications to maximize performance and operations.

Ruhrpumpen’s principles are mirrored in every product we deliver. We remain committed to our values as a key driver of customer satisfaction. With this in mind, we recently delivered a Fire Pump House that embodies our values: Safety, Innovation, Responsibility, Collaboration, and Integrity. A safety mindset, creative solutions, sustainability and accountability for results, and engaging others to solve problems with honesty and respect to create value and fulfill commitments. 

A vertical diesel fire water pump was supplied today UL listed and FM approved. Its 18” flanged bowls in duplex material and 10” discharge head also in duplex as well as a flanged high-pressure column 10” in duplex too. A Clarke diesel engine C13H0-UFAD68 at 422HP and 1760RPM was supplied including a right-angle Deran gear drive.

Our pumphouse also includes a controller, Tornatech, model GPD 1PH/60 HZ/12 VDC/ 12O VAC. It includes a low fuel level switch, weekly test alarm contacts, over speed alarm contacts, low oil pressure alarm contacts, high temperature alarm contacts and failure to start alarm contacts. 

Our factory acceptance test, our hydrostatic pressure test, our non-destructive examinations, impeller balancing, and tortional analysis were part of our scope of supply and results were above satisfactory.

A special feature, requested by our customer, was added to our pumphouse. A jib crane with hoist was included to manipulate or remove equipment from the pumphouse using the double hatches on the rooftop.

Don't forget to visit this link to find more information about our Fire Pumps & Systems: Fire Pumps and Systems for Firefighting Applications - RP Systems