"circular tank" is a grammatically correct phrase and can be used in written English.
Example: The factory uses a large circular tank to store water for their production process.
The conceptual idea is to convert traditional linear raceways into a series of hydraulically separated cells, each of which behaves as an individual circular tank.
The circular tank showed a gradient in the fish distribution pattern and in velocities from the centre to the outer perimeter, providing velocities from 0.54 to 1.76 BL s−1, respectively.
This paper reviews the theory of wave generation and absorption in a circular tank, before proceeding to identify an appropriate control scheme for the University of Edinburgh's "FloWave" combined wave/current basin.
Circular tank geometry is very common in aquaculture because it provides more stable flow patterns, a more homogeneous distribution of dissolved oxygen and metabolites and better self cleaning features.
Perhaps the most convincing demonstration that rats can find their way to a particular location—one defined solely in terms of its spatial relation to various external landmarks—has been provided by experiments in which the animals are placed in a large circular tank of water and must swim to a transparent platform submerged somewhere in the middle of the tank.
The purpose of this study was to evaluate the influence that California halibut (∼450 g average weight) may have on the vertical profile of oxygen concentration in a raceway (239 cm long, 28 cm wide) and a circular tank (92 cm diameter) operated at two water depths (10 and 20 cm).
The model is validated with existing models for the special cases of rectangular and circular tanks.
Its patented CETO buoys, which resemble large circular tanks, are tethered to an anchor in the seafloor and remain fully submerged, out of sight.
Consequently, the same sensor was tested in farming conditions using Senegalese sole reared in 5.6 m diameter circular tanks.
This work is focused on the analysis of the influence of design parameters in the distribution of water velocities inside aquaculture circular tanks.
The Mixed-cell Raceway (MCR) is a design that intends to combine the best characteristics of circular tanks and linear raceways in a single production system.
