For operations that require large quantities of feed, there is a demand for a system that can run 24/7 without fail, as every hour of downtime can be costly. That's why we've developed the Arvo-Tec centralized feeding system, which meets the demands for reliability and consistency required in such operations.

Our centralized feeding system uses researched, reliable, and accurate methods for dosing and delivery, with new materials utilized to minimize pipe-related issues and increase the life of the main feed pipeline significantly. The system operates at comparably low air pressure, eliminating the possibility of air heating problems and resulting issues in the pipeline and feed.

The Arvo-Tec centralized feeding system is lightweight, modular, and easy to install and maintain. Each centralized system consists of 1-4 feed silos and up to 28 feeding points at adjustable ~100-200g/s feeding speed. For increased capacity, multiple systems can work together while being accessible from just one user interface.

The centralized feeding system also features inbuilt generator controls for when the system is being used periodically or is not manned at all times. It undergoes constant development to further increase its potency for all applications, especially in RAS environments.

Not only is the system a way to transfer feed, it also calculates the exact need of feed in real time based on the species and size of the fish while taking into account the water temperature as well as DO levels. If there is no need for probes to be connected to the feeding system you can operate the system based on manually set values.

The centralized feeding system has all the features that come with the Arvo-Tec control system and it makes use of the same user interface as our other products. This means you have a range of tools at your disposal for monitoring, alarms, generating reports and extensive data collection.

To make a purchase, or for more information, please contact us at  844-946-4272 or email at info@globalaquaculturesupply.com.