Gas diffusion is a versatile process that adapts to the specific needs of each project. Microbubbles offer benefits such as increased gas transfer efficiency, uniform distribution and improved process control. This technology is used in a variety of applications, from oxygenation in aquaculture to the removal of contaminants in water treatment, making it a valuable tool for optimizing results in different sectors.
Microbubble
High gas transfer efficiency providing homogeneous delivery throughout the water column.
Diffusion through microbubbles is an area in which we have positioned ourselves in the market as one of the companies with the best results in efficiency, quality and service, thanks to ourKeepex microperforated hose with six thousand microperforations per meter and a contractile hydrophilic polymeric cover, allowing the generation of small microbubbles with a high efficiency of gas transfer in aqueous media.

Keepex provides customized microbubble diffusers that optimize oxygenation for specific projects, ensuring optimum efficiency.
Keepex microbubble oxygenation offers several advantages compared to other methods of oxygenation in aquaculture
Increased oxygen transfer efficiency
Microbubbles have a significantly larger surface area compared to conventional bubbles, which facilitates greater oxygen transfer to the water. This helps increase dissolved oxygen levels in the water and improves oxygen availability to aquatic organisms.
Uniform distribution of oxygen
Microbubbles can be dispersed more evenly in the water, which helps to avoid areas of stratification and low oxygen concentration. This is especially beneficial in large ponds or culture tanks, where it is crucial to maintain an even distribution of oxygen throughout the system.
Improved water quality
In addition to oxygenation, microbubbles can help improve overall water quality. They help promote water circulation and mixing, which contributes to the removal of harmful gases, such as carbon dioxide, and improves the removal of suspended solids and organic matter.