Tuesday Tip: Understanding Priming Methods for Centrifugal Pumps
Before a centrifugal pump can move liquid, its casing and suction line must be filled with fluid. Air is the enemy of pump performance—just 3% entrained air can cause a centrifugal pump to lose prime.
Cornell pumps can be primed in several ways depending on installation, duty cycle, and automation needs. Here is a clear overview of common priming methods—how they work, and their advantages and disadvantages.
How Industrial Pumps Support Critical Manufacturing Processes
In every major manufacturing sector—from food processing and chemical production to mining, pulp and paper, and general industry—industrial pumps are the hidden workhorses that keep processes running smoothly. They move raw materials, manage waste streams, regulate heat transfer, and maintain pressure in systems that must operate with precision and reliability. Without pumps, production lines would stop, safety systems would fail, and efficiency would collapse.
Diesel Skids vs. Electric Packages: Choosing the Right Power for Your Pump System
When designing or specifying a pump package, one of the most important early decisions is the power source. Cornell Pump offers both diesel-driven skid packages and electric-motor packages—each designed for reliability, efficiency, and ease of installation. But their advantages differ depending on your site conditions, mobility needs, and cost priorities.
Throwback Thursday – The Cornell Advantage, 1950s Style
We’re stepping back in time to the 1950s, when Cornell Pumps was already leading the way in reliability and innovation. This lighthearted brochure, filled with hand-drawn illustrations and bold red lettering, highlighted the qualities that defined Cornell then and still define us today.
Unlocking Efficiency: How to Use the Cornell Pump eCatalog
In today’s fast-paced pump specification environment, access to real-time product information and configurable solutions is key. That’s where the Cornell Pump eCatalog comes in — a powerful, user-friendly online platform giving engineers, specifiers, distributors and end-users direct access to Cornell’s full pump portfolio.
Tuesday tip: Common Locations for Pump Leaks and How to Fix Them
When a pump begins leaking, it is often a sign of underlying issues in installation, operation, or wear. Knowing where leaks originate and how to correct them can prevent costly repairs and unplanned downtime. The following sections describe the most common leak locations in centrifugal pumps and how to address them effectively.
Cornell’s Cycloseal® Pumps Prove Their Worth in Colombian Nickel Mining
Cornell Pump’s patented Cycloseal® technology is redefining pump reliability in mining. Learn how a Colombian nickel mine achieved over 9,000 hours of flawless operation, zero downtime, and massive cost savings using Cornell’s mining pumps.
Cornell Co-Pilot™ External Vibration Sensor: Smart Monitoring for Smarter Pump Performance
Cornell Pump Company continues its tradition of innovation with the Co-Pilot™ External Vibration Sensor (EVS)—a rugged, intelligent, and highly adaptable device that helps operators monitor the health of pumps, motors, and other rotating equipment in real time. Designed for reliability and ease of integration, the EVS provides actionable insights that can prevent costly downtime and extend equipment life.
The Critical Role of Lubrication in Reducing Parts Wear
In any rotating equipment, whether pumps, motors, or gear drives, lubrication is one of the most essential yet often overlooked factors in long-term reliability. A proper lubrication strategy doesn’t just make parts run smoother; it directly affects equipment life, maintenance costs, and total operating efficiency.
Celebrating National Manufacturing Day
Today we recognize the importance of American manufacturing and the people who power it. At Cornell Pump Company, we are proud to design, engineer, and assemble our pumps right here in the United States.