Cross-Linked Polyethylene Tanks

The Strongest Tank Solution for Industrial Applications

When it comes to chemical storage and industrial durability, not all tanks are created equal. If your operation demands maximum strength, long-term reliability, and full drainage, cross-linked polyethylene tanks are one of the best solutions on the market.

At CEJCO, we offer Carl Eric Johnson (CECO) cross-linked polyethylene tanks designed to outperform traditional polyethylene options in even the toughest environments.

What Is a Cross-Linked Polyethylene Tank?

Cross-linked polyethylene (XLPE) tanks are manufactured using a process that chemically bonds polymer chains together. This results in a material that is:

• Stronger than standard polyethylene
• More resistant to cracking and stress
• Highly durable in harsh chemical environments

Because of this enhanced structure, XLPE tanks are often used in industrial, chemical processing, and water treatment applications where performance is critical.

Why Choose Cross-Linked Polyethylene Tanks?

1. Superior Strength & Durability

These tanks are widely recognized as some of the strongest polyethylene tanks available. Their cross-linked structure helps them withstand:

• Heavy use
• Chemical exposure
• Environmental stress

If your operation can’t afford tank failure, XLPE is a reliable choice.

2. Full Tank Discharge Design

One standout feature of this CECO tank model is its true full-drain capability.

The flange is positioned:

• At the bottom of the sidewall
• Below the tank knuckle radius

This design allows for:

• Complete drainage of contents
• Reduced waste and leftover material
• Improved process efficiency

3. No Need to Enter the Tank for Cleaning

Because the tank fully drains, there’s no need for confined space entry for cleaning.

This means:

• Increased worker safety
• Reduced maintenance time
• Lower labor costs

4. Integrally Molded Flanged Outlet

Unlike bolt-on fittings, this tank features a homogenous, integrally molded flange system.

Benefits include:

• No weak points or stress areas
• Improved structural integrity
• Reduced risk of leaks or failures

This design is built directly into the tank during manufacturing, making it a true part of the tank—not an add-on.

Applications for XLPE Tanks

Cross-linked polyethylene tanks are ideal for:

• Chemical storage
• Industrial processing
• Water and wastewater treatment
• Corrosive material handling

Their durability and chemical resistance make them a go-to solution for demanding environments.

See the Strength for Yourself

Want proof? These tanks are known for passing extreme durability tests—demonstrating why they’re considered the strongest tanks on the market.

Request a Quote Today

At CEJCO, we don’t just supply tanks—we help you find the right solution for your application.

If you’re looking for a durable, long-lasting tank solution, cross-linked polyethylene tanks are worth the investment.

Contact CEJCO today to request a quote and find the right tank for your needs.

Low Water Pressure?

Your Heat Exchanger Could Be the Hidden Cause

Low water pressure is one of the most frustrating issues in any commercial or industrial system. It can impact performance, reduce efficiency, and put extra strain on your equipment.

While pumps, valves, and piping are often the first things to check, the real cause is sometimes less obvious—your heat exchanger.

How Low Water Pressure Shows Up in Your System

Water pressure issues don’t always present as a complete loss of pressure. In many cases, they show up as:

• Reduced flow at end points
• Inconsistent heating or cooling
• Longer system recovery times
• Pumps working harder than normal
• Increased energy consumption

If these problems sound familiar, it’s worth taking a closer look at your heat exchanger.

The Hidden Role of Heat Exchangers

Heat exchangers are designed to transfer heat efficiently between fluids—but they also introduce resistance to flow, known as pressure drop.

Under normal conditions, this pressure drop is minimal and accounted for in system design. However, when a heat exchanger becomes inefficient, it can significantly restrict flow.

While heat exchangers don’t generate pressure, they can reduce it when performance declines.

What Causes a Heat Exchanger to Restrict Flow?

Over time, several factors can increase pressure drop and reduce system performance:

• Fouling and Scaling – Buildup inside the plates or tubes restricts fluid movement and reduces efficiency.
• Aging Equipment – Older designs are often less efficient and more prone to performance issues.
• Improper Sizing – An undersized unit can create excessive resistance as system demand increases.
• Poor Maintenance – Without regular cleaning or inspection, even a well-designed exchanger can become a bottleneck.

Why This Matters for Your System

When your heat exchanger restricts flow, the impact goes beyond just pressure:

• Pumps must work harder to compensate
• Energy costs increase
• System efficiency drops
• Equipment wear accelerates

Over time, this can lead to higher operating costs and unexpected downtime.

How Modern Heat Exchangers Improve Performance

Upgrading to a modern heat exchanger can significantly improve system performance by reducing unnecessary resistance and improving efficiency.

Plate and frame heat exchangers, like those from Tranter, are specifically engineered to optimize flow while maintaining high thermal performance. Their design promotes better fluid distribution, reduces buildup, and allows for easier maintenance compared to traditional equipment.

Because of this, systems can operate more efficiently with less strain on pumps and other components.

Key Benefits of Tranter Heat Exchangers

Optimized Flow Design
Engineered channels allow fluid to move efficiently, reducing unnecessary resistance.

High Thermal Efficiency
Improved heat transfer means better performance with less energy.

Compact Footprint
Ideal for system upgrades where space is limited.

Serviceability
Easy to open and clean, helping restore performance quickly.

Signs Your Heat Exchanger May Be the Issue

If your system is struggling, there are a few consistent indicators that point toward the heat exchanger. Increased energy usage, uneven heating or cooling, and more frequent maintenance are all common signs. In many cases, performance gradually declines rather than failing all at once.

This gradual change is what makes heat exchanger issues easy to overlook.

Repair or Replace?

In some cases, cleaning your existing heat exchanger can improve performance. However, if your unit is older or outdated, frequently fouling, or undersized for your system…it may be time to consider an upgrade.

A modern, properly sized heat exchanger can help restore system balance and improve overall efficiency.

Work with CEJCO to Find the Right Solution

At CEJCO, we help facilities identify performance issues and recommend the right heat transfer solutions for long-term reliability.

If you’re dealing with low water pressure or suspect your heat exchanger may be the cause, our team can evaluate your system and guide you toward the best solution.

Rotech Pumps: Better ANSI Pump Alternative

When it comes to industrial pumping solutions, performance matters—but so do cost and lead time.

If you’ve been dealing with long wait times, high OEM pricing, or limited availability, it may be time to consider Rotech pumps—a reliable, cost-effective alternative designed to keep your operations running smoothly.

The Challenge with Traditional Pump Suppliers

Many facilities today are facing the same issues:

• Long lead times delaying projects
• Rising costs from OEM manufacturers
• Limited flexibility when replacing existing equipment

These challenges can lead to downtime, lost productivity, and increased operating costs.

Rotech Pumps: Same Quality, Better Value

Rotech pumps are built to deliver the same performance and reliability you expect from leading manufacturers—without the premium price tag.

Why customers are making the switch:

• Competitive pricing without sacrificing quality
• Fast lead times to keep your projects on schedule
• Reliable performance across demanding applications

This makes Rotech an ideal solution for both replacements and new installations.

ANSI 1196 Process Pumps: Built for Performance

Rotech’s ANSI 1196 process pumps are designed to meet ASME B73.1 standards, making them a dependable choice for a wide range of industrial applications.

Key features:

• End-suction centrifugal design
• Open impeller for handling various fluid types
• Available in multiple sizes and material options
• Compatible with a wide range of sealing solutions

These pumps are engineered to handle everything from clean fluids to more demanding process applications.

Drop-In Replacement: Interchangeable with ANSI Pumps

One of the biggest advantages of Rotech pumps is their direct interchangeability with other ANSI pump manufacturers.

That means:

• No major system redesign
• Easy retrofit into existing setups
• Reduced installation time and cost

You can upgrade your system without the headaches typically associated with switching brands.

Built to Handle Tough Applications: Trash Pumps

Rotech also offers solutions for more challenging environments, including trash pumps designed to handle fluids with solids and debris.

Ideal for applications involving:

• Mud, leaves, and debris
• Wastewater and industrial runoff
• Situations where clogging is a concern

These pumps are built to prevent damage and maintain performance where traditional pumps may fail.

Faster Lead Times = Less Downtime

In today’s environment, waiting weeks or months for replacement equipment isn’t always an option.

Rotech has shorter lead times, faster order fulfillment, and improved project timelines.

Why Work with CEJCO?

At CEJCO, we help you find the right pump for your application—quickly and efficiently. We offer expert guidance on pump selection, access to reliable solutions like Rotech, and support to improve system performance and reduce costs.

Our goal is simple: help you get the performance you need without overpaying or waiting longer than necessary.

Looking for a Better Pump Solution?

If you’re tired of long lead times and high OEM pricing, it may be time to make the switch to Rotech.

Contact CEJCO today to learn more about Rotech pumps and find the right solution for your system.

Boost Water Pressure with Grundfos Hydro MPC

Low water pressure isn’t just an inconvenience—it can disrupt operations and impact system performance in commercial and industrial facilities.

If your building struggles with inconsistent or insufficient water pressure, a booster system like the Grundfos Hydro MPC could be the solution.

What Causes Low Water Pressure?

Before jumping into solutions, it helps to understand the common causes:

• Multi-story buildings where gravity reduces pressure at higher levels
• Increased demand during peak usage times
• Aging infrastructure or undersized piping
• Municipal supply limitations
• System inefficiencies or outdated equipment

If any of these sound familiar, you’re not alone—and more importantly, you have options.

What Is the Grundfos Hydro MPC?

The Grundfos Hydro MPC is an intelligent, fully integrated booster system designed to maintain consistent water pressure in commercial applications.

Unlike traditional systems that run at fixed speeds, the Hydro MPC uses variable speed pumps and advanced controls to adjust in real time based on demand.

Key Features:

• Fully integrated, factory-built booster system (plug-and-pump design)
• Advanced multi-pump controller with intelligent cascade operation
• Variable speed pumps for constant pressure and energy savings
• Modular 2–6 pump configuration for scalability and redundancy
• Smart connectivity with BMS/SCADA integration and remote monitoring
• Built-in system protection, logging, and low-flow shutdown

Benefits of Using a Hydro MPC Booster System

1. Consistent Water Pressure

No more fluctuations during peak usage. The system automatically adjusts to maintain steady pressure across your facility.

2. Energy Efficiency

By only using the energy needed at any given time, Hydro MPC systems significantly reduce energy consumption compared to fixed-speed systems.

3. Reduced Wear and Tear

Soft starts and intelligent sequencing reduce mechanical stress on pumps, leading to longer equipment life and fewer repairs.

4. Scalable for Your Needs

Whether you’re running a small commercial building or a large industrial facility, the modular design allows for easy expansion.

5. Smart Monitoring & Control

Operators can easily monitor system performance and make adjustments, improving overall system reliability.

Ideal Applications

The Grundfos Hydro MPC is commonly used in:

• Commercial buildings
• Hospitals and healthcare facilities
• Hotels and multi-family housing
• Industrial plants
• Municipal water systems

Anywhere consistent pressure is critical, this system delivers.

Is a Booster System Right for You?

If you’re experiencing:

• Pressure drops during peak demand
• Complaints from tenants or staff
• High energy costs from outdated systems
• Inconsistent system performance

…it may be time to upgrade.

Work with CEJCO for the Right Solution

At CEJCO, we help you evaluate your current system and recommend the best booster solution for your application. Whether you’re upgrading an existing system or designing a new one, our team can guide you every step of the way.

Need help boosting your water pressure? Contact us today to get started.

Why Pumps Fail

Common Causes and Prevention Strategies

Pumps are the unsung workhorses behind industrial systems, food processing plants, and critical fluid processes. But when a pump fails unexpectedly, the consequences can range from production delays to costly repairs and lost revenue. Understanding why pumps fail — and knowing how to prevent those failures — empowers maintenance teams to maximize equipment life and optimize system performance.

In this article, we’ll break down the most common reasons pumps fail and share practical, proactive strategies to keep yours running longer and more efficiently.

By: CEJCO Services Division

1. Improper Installation

Why it fails: Misalignment, incorrect piping setup, and poor foundation support can introduce stress and vibration, accelerating wear.

How to prevent it:

• Follow manufacturer installation guidelines.
• Ensure proper alignment with precision tools.
• Support piping so it doesn’t transmit loads to the pump.

2. Cavitation

Why it fails: Cavitation occurs when the pump loses prime or experiences low inlet pressure, causing vapor bubbles to form and collapse — eroding metal surfaces and reducing performance.

How to prevent it:

• Check NPSH (Net Positive Suction Head) requirements.
• Minimize suction lift and avoid suction line restrictions.
• Ensure proper fluid levels and avoid excessive velocities.

3. Seal and Packing Failures

Why it fails: Leaks happen when seals wear out, are improperly installed, or the pumped fluid attacks the seal material.

How to prevent it:

• Use the correct seal type for the application.
• Install seals with care and proper lubrication.
• Monitor and replace seals before catastrophic failure.

4. Bearing Wear and Failure

Why it fails: Bearings are essential for smooth operation. Contamination, lack of lubrication, high loads, or misalignment can cause premature failure.

How to prevent it:

• Establish a regular lubrication schedule.
• Use quality bearings suited to the application.
• Check for misalignment and excessive loads during inspections.

5. Electrical & Motor Issues

Why it fails: Motors can overheat, fail insulation, or suffer from voltage problems — leading to pump downtime.

How to prevent it:

• Perform periodic motor electrical testing (megger, motor current analysis).
• Ensure proper voltage and starter protection.
• Keep motor cooling pathways clear of dust and debris.

6. Operating Outside Design Specs

Why it fails: Pumps run inefficiently when they aren’t sized or selected correctly — leading to overheating, vibration, and wear.

How to prevent it:

• Confirm system requirements before selecting a pump.
• Don’t operate too far from the Best Efficiency Point (BEP).
• Review system changes that could affect pump duty.

7. Lack of Preventive Maintenance

Why it fails: Pumps that aren’t routinely checked will develop problems that go unnoticed until failure occurs.

How to prevent it:

• Implement a PM program with digital checklists.
• Collect vibration, temperature, and flow data regularly.
• Use predictive tools like vibration analysis and thermography.

8. Contamination & Fluid Issues

Why it fails: Abrasive particles, entrained gases, or incompatible fluids can degrade internal pump components.

How to prevent it:

• Use proper filtration and strainers.
• Regularly monitor fluid condition.
• Choose pump materials suitable for the fluid.

Conclusion

Pump failures don’t have to be inevitable. With careful installation, correct selection, regular maintenance, and attention to system conditions, you can dramatically improve pump reliability — boosting uptime and reducing costs.

CEJCO Services is here to help you with expert pump inspections, preventive maintenance planning, and troubleshooting support. If you want a pump assessment or proactive maintenance program, contact us today!

CEJCO Expands Omega Thermo Territory to Arkansas and Mississippi

January 15, 2026 — CEJCO is pleased to announce the expansion of its authorized sales territory for Omega Thermo Products, now serving customers in Arkansas and Mississippi. This expansion builds on CEJCO’s established presence across Alabama, Florida, Georgia, Kentucky, Tennessee and West Virginia further strengthening the company’s ability to support industrial and municipal customers throughout the region.

Omega Thermo Products is a leading manufacturer of:

• Shell and Tube Heat Exchangers
• Plate Heat Exchangers
• Pump Protection Systems
• Heat Recovery Banks
• Bayonet Heaters

These products are used in a wide range of industrial, municipal, and commercial applications. By expanding into Arkansas and Mississippi, CEJCO can now provide faster response times, localized technical support, and expert product guidance to customers in these growing markets.

Customers in Arkansas and Mississippi will now have direct access to CEJCO’s experienced sales and technical team, offering assistance with product selection, system design support, replacement solutions, and ongoing service needs.

For more information about Omega Thermo Products or CEJCO’s expanded territory, visit our product page or contact us today!

Pump Solutions for Commercial and HVAC Systems

Powered by KSB

Commercial and HVAC systems depend on reliable pump performance to deliver consistent comfort, efficient heat transfer, and long term system stability. Pumps are responsible for circulating chilled water, hot water, and condenser water throughout mechanical systems that serve offices, healthcare facilities, schools, and industrial buildings. Selecting the right pump technology plays a critical role in system efficiency, operating cost, and equipment lifespan.

KSB offers a proven range of pumps designed specifically for commercial and HVAC applications. These solutions are engineered to handle variable loads, high flow demands, and continuous operation commonly found in large scale systems.

Boiler Feed Pump Applications

Boiler feed applications require consistent pressure, stable flow, and dependable operation under demanding conditions. KSB multistage pumps are well suited for these systems, offering high efficiency hydraulic design and reliable performance in commercial boiler feed service.

These pumps support proper boiler operation by maintaining steady water supply while helping reduce energy consumption when paired with modern controls and variable frequency drives.

General Boosting Applications

Pressure boosting is essential in commercial HVAC systems, particularly in multi story buildings where maintaining consistent water pressure can be challenging. KSB vertical multistage pumps are commonly used in general boosting applications to ensure proper system pressure while adapting to fluctuating demand.

When integrated with variable speed control, these pumps can adjust output in real time, improving energy efficiency and reducing unnecessary wear on system components.

General Duty HVAC Pump Applications

For chilled water and hot water circulation, general duty centrifugal pumps provide dependable flow and straightforward maintenance. KSB general duty pumps are designed to operate efficiently across a wide range of HVAC conditions, supporting stable temperature control and balanced system performance.

These pumps are frequently used in closed loop HVAC systems where reliability and serviceability are key considerations for facility managers.

Vertical Circulators

(For Hydronic Systems)

Vertical circulator pumps are a critical component in modern hydronic HVAC systems. Their compact footprint makes them ideal for mechanical rooms with limited space, while their vertical design supports efficient water movement and reduced installation complexity.

KSB vertical circulators are designed to deliver smooth, quiet operation and consistent flow, helping improve system balance and occupant comfort.

Split Case Pumps

(For High Flow HVAC Applications)

Large commercial HVAC systems often require pumps capable of handling high flow rates with minimal efficiency loss. KSB split case pumps are engineered for these demanding applications, offering balanced hydraulic design, high efficiency, and ease of maintenance.

These pumps are commonly used in central plants, cooling water loops, and large distribution systems where uptime and long term reliability are essential.

Energy Efficiency and Intelligent Pump Control

Modern HVAC pumping systems extend beyond basic pump selection. Integrating pumps with intelligent controls and variable frequency drives allows systems to match pump performance to actual building demand. This approach can significantly reduce energy consumption, improve system responsiveness, and extend equipment life.

KSB pump solutions are designed to work seamlessly with advanced control strategies and building automation systems, helping facility operators monitor and optimize performance across the entire HVAC system.

Supporting Commercial HVAC Systems

with KSB Pump Solutions

From boiler feed and boosting to circulation and high flow applications, KSB provides a comprehensive lineup of pump solutions for commercial and HVAC systems. Supported by technical expertise and system level understanding, these pumps help facilities operate efficiently, reliably, and cost effectively.

CEJCO supports engineered KSB pump solutions that align with the performance requirements of modern commercial HVAC systems.

Liquid Cooling for Data Centers

As data demands surge and computing power intensifies, managing heat in data centers has become more critical than ever. To maintain uptime and performance, data centers are turning to advanced liquid cooling technologies, and at the heart of these systems are precision-engineered pumps that keep the coolant moving.

Why Data Centers Are Turning to Liquid Cooling

Traditional air-cooled systems struggle to keep pace with the thermal loads of today’s high-density servers. Liquid cooling provides a more effective solution by transferring heat through water or other fluids, directly removing it from IT equipment.

This method offers several key advantages:

• Improved thermal efficiency and reliability
• Lower energy consumption and operational costs
• Enhanced Power Usage Effectiveness (PUE)
• Scalability for high-density, AI-driven workloads

The Role of Pumps in Water Cooling Systems

In a liquid-based cooling loop, pumps are the driving force that circulate coolant through heat exchangers, manifolds, and equipment. Reliable, efficient pump operation ensures stable temperatures, optimal heat transfer, and long-term data center performance.

KSB Liquid-Based Cooling Solutions

KSB delivers high-efficiency pumping systems tailored for liquid-based data center cooling. Designed to reduce operating costs, improve thermal performance, and enhance PUE, KSB’s pump technologies support a range of cooling methods, including:

• Immersion Cooling – Directly submerges IT hardware in dielectric fluid for maximum heat removal.
• In-Row Cooling – Targets cooling directly at server racks to eliminate hot spots.
• Direct-to-Chip Cooling – Circulates coolant through cold plates attached to processors and GPUs.
• CRAH Chilled Water – Utilizes chilled water loops to maintain room-level temperature control.
• Pumped Refrigerant – Transfers heat using pumped refrigerant systems for localized cooling zones.

Pump Models for Data Center Cooling

KSB offers a comprehensive lineup of pumps designed to perform reliably in demanding data center environments:

• Etabloc: A single-stage volute casing pump known for robust design, high efficiency, and easy maintenance — ideal for chilled water and general cooling circulation.
• Etachrom: A single-stage stainless steel pump offering superior corrosion resistance and clean operation for critical cooling applications.
• Etaline: A close-coupled, single-stage volute casing pump designed for compact installations with low space requirements.
• Etaseco: A horizontal or vertical sealless canned motor pump, ensuring zero leakage — perfect for environments where reliability and environmental safety are paramount.

Each pump is engineered to deliver energy efficiency, quiet operation, and long service life, helping data centers maintain consistent cooling performance and reduce total cost of ownership.

Enhancing Power Usage Effectiveness (PUE)

KSB’s liquid cooling pumps are designed for precision flow control and low lifecycle costs. With smart controls and variable speed drives, they optimize energy use across all load conditions — contributing to improved Power Usage Effectiveness (PUE) and sustainable data center operation.

The Future of Data Center Cooling

As AI workloads and high-performance computing continue to grow, liquid-based cooling will remain the key to managing thermal performance efficiently. With KSB’s proven pump technology, data centers can achieve the perfect balance of performance, efficiency, and reliability.

Contact CEJCO

Learn more about KSB’s liquid-based cooling solutions for data centers, and discover how our pump systems can help you build a more efficient and sustainable cooling infrastructure.