The Evolution and Excellence of Cornell’s Agricultural Pumps


Significance of Machinery and Tools in Agriculture

The realm of agriculture is a vast expanse of fields, crops, and most significantly, methods that have evolved over millennia. With the onset of the Industrial Revolution in the 18th century, there was a significant shift from manual labour and traditional farming techniques to machinery-assisted agriculture. This change was pivotal, ushering in a new era of increased production and efficiency.

Machinery and tools in agriculture are more than just an aid; they are catalysts that have transformed the way we produce food, manage resources, and ensure sustainability. Modern farming relies on an array of equipment, ranging from tractors to harvesters, and from irrigation systems to pest control mechanisms. These innovations not only increase yield but also reduce the time, effort, and resources required, which in turn contributes to global food security. Furthermore, as the global population burgeons, the need to maximise agricultural output becomes even more critical. Here, the importance of advanced machinery and tools becomes undeniable, making them the backbone of contemporary agriculture.


Cornell’s Pioneering Role in Agricultural Pump Manufacturing

Cornell’s journey began in the year 1946, post World War II, a period marked by reconstruction and innovation. At this time, agriculture was undergoing significant transformation, and there was a growing demand for advanced machinery to meet the needs of modern farming.

Recognising this need, Cornell embarked on a mission to revolutionise agricultural pump manufacturing. Their approach was rooted in engineering excellence and a vision to provide the agricultural sector with reliable, efficient, and innovative pumping solutions. As a result, Cornell didn’t just manufacture pumps; they crafted solutions tailored for the demanding applications of the agricultural world.

Over the decades, Cornell’s pumps have come to be known for their unique features such as Cycloseal, Run-Dry®, and Redi-Prime®, setting them apart in a competitive market. These innovations not only addressed the immediate needs of farmers but also anticipated future challenges, making Cornell a benchmark in the agricultural pump industry.

Cornell’s commitment to agricultural innovation, combined with their dedication to quality and efficiency, has solidified their pioneering role in agricultural pump manufacturing. It is a testament to their vision that today, after more than seven decades, they remain at the forefront of providing cutting-edge solutions to the agricultural community.


Key Features That Define Cornell Pumps

Cornell’s agricultural pumps have been at the forefront of the industry since their inception, setting benchmarks in both design and efficiency. Their commitment to continuous innovation has led to the creation of several unique features that enhance the longevity, operational capability, and overall efficiency of their pumps. Let’s delve deeper into these standout attributes:


1. Cycloseal®:

Purpose: One of the primary causes of pump degradation and failure is the continuous exposure to the fluids they handle. The Cycloseal® technology was developed to combat this.

With the Cycloseal®, pump mechanical seals have a significantly extended lifespan, ensuring that users get the most out of their investment. By providing a robust sealing mechanism, Cycloseal® decreases the maintenance costs significantly due to fewer breakdowns


2. Run-Dry®:

Purpose: Traditional pumps can face severe damage if they run without any liquid, leading to operational halts and increased maintenance.


  • Continuous Operation: Run-Dry® technology allows Cornell pumps to operate even in the absence of liquid. This ensures that there’s no unexpected downtime, especially in scenarios where liquid flow can be intermittent.
  • Protection: The feature protects the pump’s mechanical seal from damage that could be caused due to dry operation, thereby enhancing the pump’s durability.


3. Redi-Prime®:

Purpose: The priming process can be a time-consuming activity in traditional pumps, often leading to operational delays.


  • Immediate Start: Redi-Prime® ensures that the pumps are always ready for action. The technology facilitates instant priming, allowing operations to begin without any waiting periods.
  • Operational Efficiency: The reduction in start-up time can translate to significant operational efficiency, especially in setups where pumps need to be turned on and off frequently.
  • Environmentally safe priming with almost no liquid carryover
  • Handles air ingress with ease dealing with air/liquid mixtures
  • Low power consumption with snore mode


Cornell’s Diverse Range of Agricultural Pumps


  • Clear Liquid Pumps

In the vast and diverse realm of agriculture, the need for efficient and reliable water transfer is paramount. From irrigating expansive fields to managing aquaculture systems, water is the lifeblood that ensures bountiful yields and healthy livestock. Enter Cornell’s Clear Liquid pumps – a beacon of durability, reliability, and efficiency tailored for the agricultural sector.

Distinguished Features

  • Durability & Robustness: Agricultural operations often present challenging conditions, from fluctuating water qualities to the wear and tear of daily use. Cornell’s Clear Liquid pumps are crafted with top-grade materials and intricate designs to withstand these conditions, ensuring longevity in the field.
  • Reliability: In agriculture, timing can be everything. Whether it’s the critical watering period for a crop or ensuring a steady supply to an aquaculture pond, these pumps guarantee consistent and smooth operations, making them a reliable partner for farmers.
  • Peak Efficiency: Efficient water transfer means optimal resource utilisation. With their superior efficiency levels, Cornell’s pumps ensure that every drop of water is utilised effectively, conserving both energy and water resources.


Versatile Configurations for Farming Applications

  • Close-Coupled Pumps: Their compact nature makes them ideal for farms with spatial constraints or for mobile water transfer needs, ensuring immediate pump-motor alignment.
  • SAE Engine Mounted Pumps: Suited for larger agricultural setups requiring mobility, such as farms with disparate fields or large orchards.
  • Horizontal Pumps: The workhorses of the farming world, these are versatile and cater to a plethora of agricultural water transfer needs, from crop irrigation to drainage.
  • Vertical Pumps: Often used in deeper wells or sumps, they are perfect for farms with limited horizontal space but require deep water extraction.


In the agricultural landscape, where water is a crucial resource, Cornell’s Clear Liquid pumps emerge as a trusted ally for farmers. They encapsulate Cornell’s commitment to support the agricultural community with tools that marry innovation with reliability, ensuring bountiful harvests and thriving farms.


  • Solids Handling Pumps for Manure


Manure management is a crucial facet of modern agriculture, ensuring not only the efficient use of waste but also safeguarding environmental health. Cornell’s Solids Handling Pumps for Manure offer a comprehensive solution, streamlining manure slurry applications with precision and power. Among their range, the MP series stands out as an embodiment of versatility, durability, and superior design.

Special Design Attributes

Tailored for Coarse Material: Unlike typical pumps, Cornell’s solids handling pumps are explicitly designed to manage manure slurry, which often contains coarse abrasives and larger solid chunks.

Versatile Configurations: With options like Close-Coupled, Frame Mounted, and SAE Engine mounted pumps, farmers can choose a configuration best suited for their specific needs, ensuring optimal functionality.

Robust Construction: These pumps are built to handle the rigours of manure slurry applications, ensuring longevity and reduced maintenance hassles.


Emphasis on the MP Series

The MP series from Cornell takes manure management to a new zenith, making it a favourite among agricultural professionals for several reasons:

Handling Large Solids: One of the standout features of the MP series is its ability to manage solids up to 3″ in diameter. This means even if the manure slurry has larger chunks, the MP series can handle it without clogging or operational issues.

High Discharge and Flow Rates: With a range of discharge sizes, the MP series is capable of impressive heads up to 190m. Moreover, its superior design allows flow rates up to 2000m3/h, making it ideal for larger farms and extensive agricultural operations.

Application Versatility: The MP series isn’t just about power; it’s also about versatility. It can be employed for a variety of tasks including slurry transfer, field injection, hard hose machines, and even big gun sprinklers, making it a multi-functional tool in the realm of manure management.


  • Hydro-Transport Pumps


The transportation of food, particularly in its raw form, demands gentle care to preserve quality and minimise wastage. Cornell’s Hydro-Transport pumps, introduced four decades ago, ushered in a new era of food process transportation, setting industry benchmarks and highlighting the brand’s penchant for innovation and excellence.

Historical Significance

  • Pioneering Innovation: Four decades ago, the food industry saw the introduction of the first Hydro-Transport food process pump by Cornell, marking a significant leap in food transportation technology. It was not just a new product but a paradigm shift, offering a gentler way to move food items without compromising their integrity.
  • Setting Standards: Since its inception, Cornell’s Hydro-Transport pumps have set industry standards. They have become synonymous with reliability and efficiency in food transportation, emphasising the company’s commitment to advancing industry practices.


Role in the Food Transportation Sector

  • Gentle Handling: The primary appeal of the Hydro-Transport pumps is their ability to move a broad spectrum of food items, from chunky potatoes to delicate tomatoes, with minimal damage. This means reduced wastage, preserved quality, and a more efficient process, which translates to cost savings for producers.
  • Versatility with the P and PP Series: The P and PP series pumps stand out in Cornell’s lineup, specially designed to handle different applications within the food industry. Whether it’s managing wastewater, transporting hot oil, or ensuring the smooth flow of clear liquids, these pumps are up to the task.
  • Broad Application Range: Beyond just the transport of whole foods, Cornell’s Hydro-Transport pumps have found utility in various aspects of the food industry. Their versatility is seen in applications ranging from the actual processing phases, where consistency and quality are paramount, to waste management, emphasising sustainability and environmental responsibility.


Cornell’s Hydro-Transport pumps, with their rich history and enduring significance, have shaped the food transportation sector, emphasising quality, efficiency, and sustainability. Their lasting impact is a testament to Cornell’s vision of providing innovative solutions that stand the test of time, ensuring the food industry continues to thrive and evolve.


  • Cutter Pumps

Agriculture, a sector marked by its constant evolution and dynamic challenges, has long grappled with the problem of clogging. With the influx of diverse organic and inorganic materials in agricultural water sources, clogging is a roadblock that can seriously hamper efficiency and productivity. Enter Cornell’s Cutter Pumps – a ground-breaking solution to this perennial problem.

Rising to Address the Challenge

The impetus for the Cutter Pump’s design was the escalating issue of clogging in the agricultural sector, magnified by the use of newer ‘flushable’ materials and a variety of cleaning products. Such obstructions not only result in operational downtimes but can also lead to considerable equipment damage and even impact the infrastructure, such as pipes.

Innovation at its Core

Cornell’s Cutter Pumps distinguish themselves through their ingenious stationary and rotating blade design. This unique setup ensures that materials, which would typically obstruct a conventional pump, are effectively processed and allowed to pass through the impeller. The result? A significant reduction in clogging incidents.

Balancing Efficiency and Durability

While the Cutter Pump offers an excellent solution to the clogging conundrum, it does not compromise on efficiency. The pump is carefully crafted to minimise any drop in product efficiency, even as it combats clogs. Furthermore, its construction from specially hardened metal ensures that it stands up to the wear and tear of agricultural operations.

Versatility Meets Adaptability

Understanding the diverse needs of the agricultural realm, the Cutter Pump has been designed with adaptability in mind. It’s adjustable, ensuring it can cater to various requirements. Plus, for those already using other pumps, the Cutter Pump’s impeller can be seamlessly retrofitted without altering the external dimensions.


Cornell’s Cutter Pumps represent more than just a solution; they signify a paradigm shift in how the agricultural sector approaches and resolves the clogging challenge. Through innovation and adaptability, these pumps promise a smoother, more efficient future for agricultural operations.


  • Self-Priming Pumps


In the expansive realm of agriculture, where every drop of water counts and efficiency is the name of the game, pumps play a crucial role. Cornell’s Self-Priming Pumps stand out as a hallmark of performance, promising both reliability and unparalleled efficiency, all thanks to the integration of the patented-Cycloseal® technology.

Elevating the Benchmark for Efficiency

Cornell’s self-priming pumps aren’t just another addition to the industry; they’re a testament to what peak efficiency looks like. Widely recognised as industry leaders, these pumps are the epitome of power and energy conservation.

The Magic Behind the Efficiency: Patented-Cycloseal®

At the heart of Cornell’s self-priming pumps lies the patented-Cycloseal® back plate technology. This ingenious innovation not only boosts the pump’s overall efficiency but also contributes significantly to its durability. In the challenging terrains of agriculture, where equipment often faces wear and tear, the Cycloseal® technology ensures that the pumps remain hardy and long-lasting.

Diverse Models for Diverse Needs

Understanding the multifaceted needs of modern agriculture, Cornell offers a range of self-priming pumps, namely the STX, STH, and STL. Whether it’s handling waste water, transferring water across fields, or managing slurry, these pumps are equipped to handle the task with ease. Their reliability and ease of maintenance make them the go-to choice for many in the sector.

Cornell’s Self-Priming Pumps, backed by the power of patented-Cycloseal® technology, are more than just equipment. They represent a commitment to elevating agricultural practices, ensuring that farmers and agricultural enterprises can operate at maximum efficiency. In a world where sustainable and efficient farming practices are more crucial than ever, these pumps rise to the occasion, setting new standards for the industry.


Agriculture, one of humanity’s oldest endeavours, has always been intertwined with innovation, relying heavily on the tools and machinery that facilitate growth and production. As the industry has evolved, so has the sophistication and capability of these tools, ensuring that farms can meet the demands of an ever-growing global population.

Cornell has emerged as a stalwart in this progression, consistently pushing the boundaries of what’s possible in agricultural machinery. Their relentless pursuit of innovation in agricultural pumps, in particular, has not only addressed the immediate challenges faced by farmers but has also set new industry standards. By revolutionising pump technology and offering efficient, durable solutions, Cornell underscores its unwavering commitment to advancing agricultural practices. In the grand tapestry of agriculture’s evolution, Cornell’s contributions shine bright, reminding us of the potent combination of tradition, innovation, and dedication.

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