Oxygen cones are used to enter and mix an oxygen in the water for the fish. It is used both in closed circuits as well as in the flowing ponds. Water inside the cone provided by circulation pumps is mixed with oxygen supplied from a separate vessel. Max. pressure that arises does not exceed 2 bar. Oxygen supply pressure must not be higher than 2 bar.
Receiving a stream of oxygen water is moving in a vertical direction towards the base of the cone where they are mixed together (self-saturation method), causing the optimum molecular oxygenation. In a next step, the oxygenated water is moved through pipelines, optionally assisted with circulating pumps system to the breeding pools.
In a fish farming, oxygen cones are placed both next to the basin with the fish as well as in the interior of the basin in accordance with generally accepted principle that claims shorten the transmission time reduces the energy consumed, and thus, improves economic indicators breeding.
Oxygen cones are specialized components used in on‑site oxygen systems to support controlled distribution and stabilization of oxygen flow. Oxywise oxygen cones are designed to ensure that oxygen produced by generators or supplied from storage is delivered in an orderly and predictable manner to downstream equipment or applications.
By contributing to balanced flow conditions, oxygen cones play an important role in maintaining system stability and reliable downstream performance.
The primary purpose of oxygen cones is to assist in directing and distributing oxygen flow within a system, particularly in configurations where multiple outlets or consumption points are involved. These components help guide gas movement in a controlled way, supporting even distribution and minimizing turbulence or imbalance within the system.
Oxywise oxygen cones are used to enhance consistency in oxygen delivery, especially in complex or multi‑connection setups.
Stable oxygen flow is essential for both safety and performance in on‑site systems. Variations in flow behavior can affect downstream equipment and overall efficiency.
Oxygen cones support flow stabilization by shaping how oxygen moves through connection points, helping to reduce fluctuations and maintain predictable operating conditions across the system.
Oxywise oxygen cones are designed to integrate seamlessly with oxygen generators, distribution panels, cylinder filling systems, and central gas networks. Their role within the system is complementary, supporting other components rather than operating independently.
This compatibility allows oxygen cones to be incorporated into both new installations and system upgrades without disrupting existing infrastructure.
Oxygen cones are engineered for use in real‑world technical and industrial environments. Their design focuses on reliability, compatibility, and ease of integration rather than complexity.
By offering straightforward functionality, oxygen cones support efficient system configuration and contribute to smoother operation across a variety of oxygen supply applications.
In systems where oxygen is supplied to multiple users or outlets, maintaining balanced distribution is essential. Oxygen cones help support this balance by guiding gas flow in a controlled manner, reducing the likelihood of uneven supply or localized pressure variations.
This contributes to greater reliability and consistency, particularly in installations with continuous or variable oxygen demand.
High pressure cylinder filling ramp or filling manifold is used for filling cylinders with gases at pressures up to 450 bar.