agriculture

Modern agriculture is rapidly evolving as greenhouse, hydroponic, vertical, and other controlled-environment systems become increasingly important to global food production. These systems enable year-round growing, higher yields, and precise control over water, nutrients, and climate, but also introduce greater operational complexity and energy demands.

As production scales, efficient water circulation, root-zone oxygenation, and nutrient distribution become essential to maintaining consistent growing conditions and long-term productivity.

INDUSTRY CHALLENGES

Modern growing systems require continuous control of water, nutrients, gases, and environmental conditions across increasingly large and automated facilities. Key challenges include:

• Rising energy costs
• Increasing production scale
• Precise nutrient and water management
• Root-zone oxygenation
• Labor and operational constraints
• Variable growing conditions
• Pressure to reduce environmental impact


Pumping, mixing, and aeration can operate continuously, making energy efficiency and reliable fluid movement critical to both operating costs and crop performance.

OUR SOLUTION
FLOMOV™AIRLIFT PUMPS

FloMov™ provides an efficient, gentle approach to circulating and aerating nutrient-rich water in hydroponic and controlled growing systems.

By using a single low-power air blower, the pumps lift and gently circulate the nutrient-rich water while simultaneously oxygenating it, so roots receive a constant supply of both nutrients and dissolved oxygen.

• Simutaneous circulation and oxygenation
• Gentle, uniform nutrient flow
• Low-power operation
• No moving parts in the water
• Reduced clogging and maintenance
• Improved root-zone conditions

FloMov™ airlift pump graphic for aquaculture water circulation, aeration, and fish farming applications.

CASE STUDIES

FloMov™ in AGRICULTURE

Transforming Nutrient Circulation in Vertical Farming

JUST VERTICAL, TORONTO, CANADA

Just Vertical partnered with FloNergia to evaluate FloMov™ airlift technology as an innovative alternative to conventional mechanical pumps for hydroponic nutrient circulation. Working alongside researchers from the University of Guelph and Seneca Polytechnic, the project successfully demonstrated the integration of FloMov™ into a commercial-style vertical farming system. The study established the engineering foundation for improving nutrient circulation, root-zone oxygenation of next-generation controlled environment agriculture (CEA) systems.

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Key Benefits

FloMov™  in AGRICULTURE

Dual function icon representing FloMov™ pump circulation and aeration for agriculture systems.
Dual Function:
Circulation & Aeration

FloMov™ pumps move and oxygenate nutrient-rich water at the same time, giving plant roots a steady supply of oxygen and nutrients for faster, healthier growth.

Root-friendly flow icon representing gentle water movement that protects plant roots and improves nutrient uptake.
Gentle, Root-Friendly Flow

The bubble-driven pumping action circulates water without harsh turbulence, protecting delicate root systems and improving nutrient uptake.

Nutrient distribution icon representing stable pH and uniform nutrient delivery across grow beds.
Even Nutrient Distribution

Continuous, well-mixed water flow helps maintain stable pH and uniform nutrient levels across all grow beds, supporting more consistent plant yields.

Energy-efficient operation icon representing reduced energy use in FloMov™ agricultural pumping systems.
Energy-Efficient Operation

Using a single low-power air blower instead of multiple mechanical pumps, FloMov™ technology can cut energy use by up to 70%, lowering costs and supporting sustainable growing practices.

Low-maintenance icon representing durable FloMov™ pumps built for reliable long-term agricultural use.
Long Service Life & Low Maintenance

Built from durable, food-grade materials, FloMov™ pumps deliver reliable, long-lasting operation while reducing labor and replacement costs for hydroponic growers.

Clog-resistant performance icon representing FloMov™ pumps resisting clogging and biofilm buildup in hydroponic systems.
Clog-Resistant Performance

With no moving mechanical parts underwater, FloMov™ pumps resist clogging and biofilm buildup, keeping nutrient flow consistent and reducing unplanned maintenance.