TH142C3 - Process of raising shrimp without toxic gases - Google Patents

Abstract

Systems and processes for controlling shrimp farming conditions in non-toxic gases The system consists of the following parts: - Pond (1) covered with HDPE (High Density Polyethylene) plastic with water for raising shrimp - Submersible pump (2) located in the pond (1) for Suck the sediment and water in the pond (1) connected to the filter (3) by using a soft hose - filter (3) for filtering sediment from the water coming from the pump (2) and delivering the filtered water to the treatment pond. (4) - Treatment pond (4) located higher than the shrimp pond (1) for treating the water sent from the filter (3) by using ozone gas (Ozone) then circulating back to the pond (1) through Overflow pipe - Ozone generator (5) for producing ozone gas to the treatment pond (4) in this system's shrimp farming condition control process. This starts with the initial inspection of the water conditions in the pond (1) that are fed into the pond (1) and during regular shrimp farming operations whenever the results of water conditions such as Hydrogen Sulfied. , Ammonia, Nitrite, etc. deviate from optimum conditions for shrimp. The system will be activated so that the parts of the system will work immediately and in harmony. The process is as follows: The submersible pump (2) draws water and sediment from the pond (1) to the filter (3), the filtered water is sent to the treatment pond (4). Ozone (5) produces ozone gas and is sent to the treatment pond (4), the pond water (4) is checked periodically until the water is ideal for shrimp farming. The treated water in the treatment pond (4), with no more than 0.01 ml / l ozone remaining, is returned to the well (1) through an overflow pipe. The aforementioned systems and methods can be used to control variables due to the soil conditions in the shrimp pond. Conditions of shrimp culture water and pathogens in shrimp ponds. Which is negative for shrimp

Claims (2)

1. Systems and processes for controlling the conditions of shrimp farming in the non-toxic gas-free pond The system consists of the following parts: - Pond (1) covered with HDPE (High Density Polyethylene) plastic with water for raising shrimp - Submersible pump (2) located in the pond (1) for Suck the sediment and water in the pond (1) connected to the filter (3) by using a soft hose - filter (3) for filtering sediment from the water coming from the pump (2) and delivering the filtered water to the treatment pond. (4) - Treatment pond (4) located higher than the shrimp pond (1) for treating the water sent from the filter (3) by using ozone gas (Ozone) then circulating back to the pond (1) through Overflow pipe - Ozone generator (5) for producing ozone gas to the treatment pond (4), which the process of controlling shrimp farming conditions of this system This starts with the initial inspection of the water conditions in the pond (1) that are fed into the pond (1) and during regular shrimp farming operations whenever the results of water conditions such as Hydrogen Sulfied. , Ammonia, Nitrite, et c. Deviated from the optimum conditions for shrimp. The system will be activated so that the parts of the system will work immediately and in harmony. The process is as follows: The submersible pump (2) draws water and sediment from the pond (1) to the filter (3), the filtered water is sent to the treatment pond (4). Ozone gas The ozone gas is produced and sent to the treatment pond (4), the pond water (4) is checked periodically until the water is ideal for shrimp farming. And returned to the well (1) through the overflow pipe 2. System and process for controlling the condition of shrimp farming according to claim 1, where the treated water and returned to the pond (1) have residual ozone not exceeding 0.01 milligrams per liter.