Moleaer products

Moleaer’s XTB nanobubble generators transfer any gas into any liquid with near perfect efficiency. The system does this via a unique two phase gas transfer system that both saturates a liquid with both dissolved gas and trillions of nanobubbles in the 70-100 nm range providing greater than 200x the interfacial surface area compared to micro bubbles. Nanobubble aeration has a distinct advantage over traditional aeration since the nanobubbles remain in suspension for prolonged periods of time, creating a reserve of available gas in the liquid.  This low turbulent, gas diffusion process results in the most efficient method to enhance the performance and functionality of any type of liquid.

The patent-pending Moleaer™ nanoBoost is the most effective technology to unlock the full potential of oxygen for water treatment and plant growth. The nanoBoost produces trillions of nanobubbles, ~100nm in size, transferring gas with greater than 90% efficiency. Moleaer’s nanobubbles remain in suspension after saturation, creating a reserve of available oxygen in the water. The combination of the high transfer rate and nanobubble stability enables maximum oxygen utilization for water treatment and crop production. Available in a variety of configurations, the nanoBoost was designed for durable operation, easy installation and straightforward control with no moving parts. The nanoBoost can be configured with an integrated pump or customers can utilize existing pumps to maximize efficiency.

Moleaer’s patented Kingfisher™ nanobubble generator oxidizes algae and helps eliminate odor compounds while simultaneously oxygenating the sediment layer to digest muck and reduce the presence of nutrients that cause algae blooms. Due to their small size, nanobubbles possess unique physical and chemical properties that create a mild oxidant that improve the removal of contaminants, digesting muck and reducing algae. Also, by delivering the most efficient gas transfer available, Moleaer’s technology raises the dissolved oxygen (DO) levels in the sediment improving water quality, promoting beneficial bacteria, and reducing the presence of anaerobic bacteria that causes foul odors.

Improve irrigation water to promote optimum plant growth and reduce inputs with Moleaer’s LotusTM patented nanobubble generator, a highly efficient gas-injection technology that converts bulk oxygen into nanobubbles and supersaturates irrigation water with high levels of dissolved oxygen (DO). Due to their small size, nanobubbles possess unique physical and chemical properties that improve plant and root health, including preventing and suppressing diseasing causing pathogens, increasing nutrient uptake efficiency and enabling plants to better withstand environmental stressors.

NaaS delivers short-term needs without the upfront capital outlay. Respond quickly to seasonal demands and unexpected conditions with Moleaer’s modular nanobubble systems. Scalable from 500 to 5000 GPM (114-1136 m3/hr), Gas-injection for O2, Air, CO2, N2 for specialized applications, and more, Modular flexibility, Remote monitoring and DO sensors for system control and automation.

Moleaer’s Neo N nanobubble generators suppress pathogens and promote vigorous growth of resilient crops in horticulture and aquaculture. Neo N generators supersaturate irrigation water with Dissolved Oxygen (DO) and nanobubbles to improve water quality, maintain plant health, suppress pathogens and control biofilm. ~100 nm-sized bubbles, Oxygenation of any depth tank, Automatic gas shut-off if the prime feed is lost, Optical DO sensors and PLC for system control and automation

Moleaer’s Nexus nanobubble generators are modular, pumpless systems designed to work inline with existing liquid flows. The Nexus is highly efficient gas-to-liquid injection technology that converts bulk oxygen into nanobubbles and supersaturates water with high levels of dissolved oxygen. Leverage a highly efficient nanobubble injection technology with ~85% gas transfer efficiency and flexible integration options to optimize water quality. Designed for high flow inline nanobubble gas injection, the Nexus system easily integrates with existing pumping systems. Engineered with a low head, Nexus can inject any gas with maximum transfer efficiency and nanobubble production rates. Available in stainless steel or PVC, the systems can be walled mounted, installed vertical or horizontally and stored in or outdoors. Flow rates range from 200 GPM to 2500 GPM and are compatible with both fresh and salt water.

Titan Nanobubble Generator Series | High-flow, modular nanobubble generator solutions ranging from 500 GPM (113 m3/hr) and up. With our TitanTM product series, Moleaer offers fully customizable nanobubble generation solutions for large-scale industrial and municipal applications to deliver the power of nanobubbles no matter your current system configuration. Our modular nanobubble generators, pumps and gas sources give you the flexibility to choose what works best in your facility. Flow rates ranging from 500-5000 GPM (110-1000 m3/hr), Customizable to your needs, Limited retrofitting needed, Simple installation and maintenance, Optional support for commissioning, maintenance, troubleshooting and remote monitoring with Nanobubble-as-a-Service (NaaS)

Moleaer’s XTB nanobubble generators use gas-injection technology to improve overall water quality and enhance treatment processes. Leverage a highly efficient nanobubble injection technology with ~85% gas transfer efficiency and flexible integration options to optimize water quality. ~100 nm-sized bubbles, Gas transfer at any depth of water, >85% Standard Oxygen Transfer Efficiency (SOTE), Automatic gas shut-off if the prime feed is lost, Pumped and pumpless options for flexibility and energy efficiency

The Freya™ submersible nanobubble generators feature Moleaer’s patented nanobubble technology, built into a robust and reliable system. Delivering the highest gas transfer efficiency and nanobubble production on the market, Freya offers the most cost-effective oxygenation - boosting and stabilizing dissolved oxygen (DO) levels for optimal water quality and lower oxygenation costs.