Focused on nanobubble R&D, Moleaer introduces Kingfisher for lakes, ponds

Focused on nanobubble R&D, Moleaer introduces Kingfisher for lakes, ponds

The product is designed to improve water quality, and reduce algae and odors in small ponds, waterways, canals and residential lakefronts.

Moleaer is expanding its offerings with the launch of Kingfisher, which is designed to improve water quality at golf courses and in lakes and ponds at condominium facilities, as well as in irrigation ponds and canals in residential communities.

This latest model incorporates four years of nanobubble research and development, real-world performance data, and client feedback from the surface water treatment industry, and in particular, lake and pond management firms. Kingfisher is particularly suited to address the continuous challenge of sustainably improving water quality by reducing and controlling algae while minimizing muck and odors in various bodies of water.

“Moleaer is taking action to meet the demand for environmentally friendly solutions to address water quality problems exacerbated by rising temperatures,” Moleaer CEO Nick Dyner said. “The Kingfisher nanobubble generator works to protect our water resources by helping customers manage their ponds, small lakes, waterways and canals without chemicals, and while using less energy.”

Wai Kai, Inc., a woman-owned business based in Hawaii that creates and designs freshwater and saltwater ponds in residential and commercial environments, has deployed the Kingfisher nanobubble system and has seen the benefits first-hand. “Our goal when working with our clients is to create aquatic environments where plants, fish and animals flourish while protecting and utilizing water efficiently,” Wai Kai founder Melanie Gross said. “Moleaer is helping us achieve all those goals with their Kingfisher nanobubble generator. Organizations can now experience the superior benefits of nanobubble technology at the same cost as traditional and less effective aeration systems.”

The Kingfisher takes in air from the environment, compresses it through the generator and injects nanobubbles — 2,500 times smaller than a grain of salt — back into the water. This enriches the water with oxygen and nanobubbles, which form mild oxidants for disinfection and aides in restoring aquatic ecosystems sustainably without chemicals. The product is designed to provide improvements in water quality and clarity, increased dissolved oxygen at the sediment layer, algae oxidization, reduction of odor-causing compounds and midge fly habitats, and enhanced fish and ecosystem health. The system is designed to be simple to install, requires little maintenance, has a small footprint, and is powered through a regular electrical outlet with no special power requirements.