
The FloMov™ pump is built on the principle of an airlift pump, designed for efficiency and reliability. An airlift pump works by injecting compressed air into a pipe that is submerged in liquid. As the air rises, it pushes the liquid upward along with it. The liquid continues to rise until the upward force from the air is balanced by gravity and the resistance of the system. This process allows liquids to be moved using only the rising air, with no internal moving parts.

However, airlift pumps can be energy-intensive, which is why our pump were engineered with optimal air-to-liquid ratios for maximum efficiency.
By using the optimal submergence ratio, our pump maximizes efficiency, ensuring the best performance with minimal energy use.
The FloMov™ features two adjustable injection points, allowing you to fine-tune the air-to-liquid ratio for your operation.
Axial Air injection - Enhances water lifting through a pipe inside the pump which directs injected air upward, creating a lifting force along the pipe wall.
Radial Air Injection - Improves aeration through a perforated tube with small holes which produce tiny air bubbles, increasing the surface area for oxygen transfer.
Our FloMov™ pump uses air alone to simultaneously circulate and aerate water, eliminating the need for separate systems.
Our patented technology dramatically cuts energy use by 50-70% while improving water quality by disrupting thermal stratification, improving oxygenation, stripping carbon dioxide, and assisting in the recovery of solid waste.
Our pumps use simple air blowers instead of mechanical pumps, reducing energy use and removing the need for extensive wiring, while creating a cleaner, safer, and more reliable environment.
First Engineered Airlift Pump

Engineered to move fluids with suspended solids without clogging or special designs.

Resists clogging, and keeps maintenance and downtime minimal.

Easy installation and seamless integration for new or existing systems.

Delivers cost-effective, high-flow performance with energy savings up to 70%

Operates quietly, making it suitable for both industrial and noise-sensitive environments.

Offers flexible operation by allowing air or other gases to be used for injection.

Delivers up to 70% energy savings and higher ROI compared to conventional pumps.

Enhances dissolved oxygen levels to support healthier growth conditions.
We support a wide range of applications, offering pump sizes from 0.5 inches, all the way up to 8 inches.
Our smaller pumps (0.5–2 in) are 3D-printed from food-grade, safe polymers, while our larger pumps are crafted from durable PVC. And because every project is unique, pump materials can be easily customized to meet your specific requirements.


Operations in Canada, USA, Chile, Brazil & More