Oxygen and Tilapia: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
*4.5 grams O2/100 pounds of fish/hour while resting and several times more oxygen while they are feeding and active. For example, a tank with 1,000 pounds of tilapia would consume 45 grams of O2/hour at resting, but maximum oxygen consumption may be at least three times higher (135 grams O2/hour) depending on water temperature, body weight and feeding rate. - [https://thefishsite.com/articles/tank-culture-of-tilapia] | *4.5 grams O2/100 pounds of fish/hour while resting and several times more oxygen while they are feeding and active. For example, a tank with 1,000 pounds of tilapia would consume 45 grams of O2/hour at resting, but maximum oxygen consumption may be at least three times higher (135 grams O2/hour) depending on water temperature, body weight and feeding rate. - [https://thefishsite.com/articles/tank-culture-of-tilapia] | ||
*"cubic foot of air per minute for each 400 gallons of fish tank" - [http://www.aquaponiclynx.com/products/aquaponic-systems-and-components/pumps-and-aeration-equipment/aeration-equipment] | *"cubic foot of air per minute for each 400 gallons of fish tank" - [http://www.aquaponiclynx.com/products/aquaponic-systems-and-components/pumps-and-aeration-equipment/aeration-equipment]. So for a 300 gallon tank that is less than 28 inches deep, look for an air pump that can deliver .75 cfm at 2 psi and you should be good. | ||
Revision as of 22:37, 29 June 2018
- 4.5 grams O2/100 pounds of fish/hour while resting and several times more oxygen while they are feeding and active. For example, a tank with 1,000 pounds of tilapia would consume 45 grams of O2/hour at resting, but maximum oxygen consumption may be at least three times higher (135 grams O2/hour) depending on water temperature, body weight and feeding rate. - [1]
- "cubic foot of air per minute for each 400 gallons of fish tank" - [2]. So for a 300 gallon tank that is less than 28 inches deep, look for an air pump that can deliver .75 cfm at 2 psi and you should be good.