Oxygenation & Nanobubble Systems
Put More Oxygen to Work in the Water
When dissolved oxygen and gas transfer are critical to water quality or production outcomes, the way oxygen is introduced into the water matters. Solari Water and Energy integrates oxygenation and nanobubble systems around the water conditions, flow requirements and treatment objective.
From aeration and oxygen generation to ultrafine bubble delivery, the right combination is selected to provide oxygen where it is needed within the wider water-treatment system.
Oxygenation Starts With the Water
The need for oxygenation can arise in very different water systems, from dams and reservoirs to treatment tanks, irrigation water and production systems. The right approach depends on the water conditions, the oxygen requirement and where oxygen needs to be introduced within the system.
Understand the Oxygen Demand
Dissolved oxygen conditions, water volume, depth, temperature and the required treatment outcome all influence the oxygenation requirement. Understanding these conditions helps determine how much oxygen needs to be introduced and where oxygenation should occur within the water system.
Oxygen Transfer Required
Fine-bubble aeration and nanobubble systems introduce gas into water in different ways. Selecting the appropriate approach depends on the water conditions, system configuration and the role oxygen transfer needs to perform within the broader treatment process.
System Integration Built-in
Oxygenation needs to work effectively with the surrounding treatment processes and infrastructure. Water flow, treatment location, oxygen supply and existing equipment all influence how the selected oxygenation technology is incorporated into the complete water-treatment system.
Different Ways to Put Oxygen to Work
Oxygenation is not a single treatment process. The way gas is introduced into water influences how it moves through the system, how it interacts with the water and where the treatment can be applied. Solari Water and Energy uses different approaches according to the water conditions and required treatment outcome.
Fine-Bubble Aeration
Fine-bubble aeration introduces air through submerged diffusers, creating bubbles throughout the water while supporting oxygen transfer, circulation and mixing. The approach can be configured across tanks, lagoons, dams and reservoirs according to the size, depth and requirements of the system.
Nanobubble Oxygenation
Nanobubble systems provide a different method of introducing oxygen into water using ultrafine bubbles. Different system configurations allow oxygenation to be incorporated according to water volume, flow requirements and where treatment needs to occur within the system.
Oxygen or Ozone
Nanobubble mixing can also be used with different gases according to the treatment requirement. Solari’s systems include oxygen-based configurations as well as O₃ nanobubble systems where ozone has been selected as an appropriate part of the water-treatment process.
Oxygenation Has to
Work With the Water
Introducing oxygen or another treatment gas is only part of the requirement. How effectively that process can be applied depends on the water conditions, the treatment environment and how the oxygenation stage connects with the rest of the system.
Water Conditions Matter
Temperature, depth, water quality and existing dissolved oxygen conditions can influence the oxygenation requirement. These factors need to be considered alongside the volume of water being treated and the outcome the system needs to achieve.
Location Changes the Approach
A dam or reservoir presents different conditions from a treatment tank, irrigation system or circulating process-water system. Where treatment occurs influences how oxygen or gas is introduced and which system configuration is appropriate.
Supply and Delivery Work Together
The gas source and the method used to introduce it into the water need to operate as a complete treatment stage. Air, concentrated oxygen and ozone each have different roles, while the delivery system determines how that gas is introduced and mixed within the water.
Designed for the Wider System
Flow, pumping, treatment sequence and surrounding infrastructure all affect how oxygenation is integrated. The objective is to position the oxygenation stage where it can perform its required role while supporting what needs to happen to the water next.
Oxygenation & Gas-Transfer Technologies
Different treatment requirements call for different ways of introducing gas into water. Solari Water and Energy integrates aeration, oxygen nanobubble and ozone nanobubble technologies according to the gas required, the water conditions and the role that treatment needs to perform within the wider system.
Fine-Bubble Aeration
Oxygen Transfer, Mixing & Water Movement
Solari Air Diffusers introduce fine bubbles throughout the water to support oxygen transfer, circulation and mixing. Different configurations allow aeration to be applied across tanks, lagoons, dams and reservoirs according to the water conditions and requirements.
O₂ Nanobubble Systems
Oxygenation & Ultrafine Bubble Delivery
Solari O₂ Nanobubble Systems use ultrafine bubbles to introduce oxygen into the water. Different configurations allow oxygenation to be applied across varying water volumes and flows according to the water conditions and treatment requirements.
O₃ Nanobubble Treatment
Ozone Generation & Nanobubble Mixing
Solari O₃ Nanobubble Systems combine ozone generation with ultrafine bubble mixing to introduce ozone into the water. Different configurations allow treatment to be applied according to the incoming water conditions and the required treatment outcome.
Explore Oxygenation Knowledge & Resources
Oxygenation and gas-transfer requirements can vary considerably according to the water conditions, treatment environment and required outcome. Solari Water and Energy’s Knowledge Base brings together practical information covering aeration, nanobubble technology, oxygenation and related water-treatment applications.
Go Deeper Into Oxygenation
Explore case studies, technical information, product resources and project material across different water systems and treatment environments. The library provides further insight into how aeration, O₂ nanobubbles and O₃ treatment can be applied as part of a wider water-treatment approach.
Put the Right Oxygenation System to Work
The right oxygenation approach depends on the water, the treatment environment and what the system needs to achieve. Solari Water and Energy brings aeration, O₂ nanobubble and O₃ treatment technologies together with the wider water-treatment requirements to determine the appropriate approach.
From improving oxygen transfer and water movement to integrating oxygen or ozone within a broader treatment process, the starting point is understanding the water and defining the required outcome.