The amount of water reconstituted is linked to the amount of floating water evaporated. The normal floating water rate of the cooling tower is 0.002%, that is, 100 cubic meters corresponds to 0.2 cubic meters, and 300 cubic meters corresponds to 0.6 cubic meters.
If your cooling tower does not have a water feature, the water will be serious. You can actually measure the water level drop per hour and then replenish the water.
Complaining about 2nd floor, 240m How is this possible? It's no longer watering.
How much water is supplied for a 3,000 ton cooling tower?
The amount of cooling water of the cooling tower is generally determined based on the thermal load. and the environmental conditions that need to be cooled. The larger the cooling water volume of the cooling tower, the better the cooling effect, but it increasesalso the cost of water treatment and energy consumption.
Generally speaking, the calculation of the cooling water volume should take into account the following factors:
1. The heat load to be cooled: The higher the heat load of the cooling tower. must cool, the greater its volume of cooling water.
2. Ambient temperature and humidity: The higher the ambient temperature and humidity, the worse the cooling effect of the cooling tower, so the amount of cooling water should be increased to ensure the cooling effect .
3. Cooling tower design and specifications: Cooling towers with different specifications and designs have different cooling water volumes, so the cooling water volume should be determined according to the actual conditions of the cooling tower .
4. Quality of cooling water: The quality of cooling water also affects the cooling effect and the volume of cooling water, so the volume of cooling water should be determined by depending on different water quality conditions.
Generally speaking, the cooling water volume of the cooling tower can be determined by experiments and calculations. In practical applications, the appropriate amount of cooling water should be determined according to factors such as the actual conditions of the cooling tower and the heat load to be cooled, in order to achieve the best cooling effect and minimum cost .
What is the total volume of water in a 150 ton cooling tower? How is it calculated?
60,000. The water supply quantity for a 1 ton cooling tower is 20, and the water supply quantityin water for a 3,000 ton cooling tower is 3,000 times 20, or 60,000. The cooling tower is a complete product integrating aerodynamics, thermodynamics, fluidics, chemistry, biochemistry, science of materials, static and dynamic structural mechanics, processing technology and other disciplines.
What I didn't say above is that a 150 ton cooling tower refers to a circulating water flow of 150 tons per hour. Specific to the water volume of the water circulation system, you can refer to the parameters of the water pump in the water circulation system, because the performance of the water pump directly determines the water volume in circulation per unit time of the entire water circulation system. If you want to know the quantity of water circulating in a static state, you can calculate it based on the total quantity of water stored in the pooline in the circulating water cooling system.