Is there any version that doesn’t require a pump to add the dispersant?
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This post was last edited by jensse on 2015-6-2 09:49. Our plant’s dispersant is only added at the inlet of the low-pressure water pump and in the graywater tank; we now want to carry out a technical upgrade. Remove the dispersant pump; rely solely on static pressure to discharge into these two locations. It is known that the water pump inlet is at a height of 0.5 meters above the ground level; the liquid level in the graywater tank is 4 meters high. The volume of the dispersant tank is 1 square meter times 2 meters. A dispersant pump is used to pump fluid at a rate of 0.05 meters per hour. The height of the graywater tank is 6 meters. Currently, the framework on the second floor where the sludge water is located is 8 meters high. What size pipes should be used for drainage to these two locations, and what should be the flow velocity? What is an appropriate height for the design tank when it is placed on an 8m platform (the dispersant can be considered as plain water).
It’s the pressure; you just need to ensure that there is a pressure value
1. Dispersants are still relatively expensive, so don’t waste them too much； 2. Water quality needs to be controlled, and the amount of dispersant used also needs to be regulated ； In fact, the amount of dispersant used is relatively small; the method you mentioned is more than sufficient to meet the requirements for its production. Based on what you said, I recommend using pipes with a diameter of 25–50 mm (30–40 mm should also work). A main valve should be installed at the source of the dispersant, with separate valves used to control the amount added in each location. It’s advisable to conduct several calculations; however, it might be difficult to control the amount precisely if adjustments need to be made later on, and such adjustments will have to be made gradually.
At one manufacturer’s facility, the dispersant tank is located at a higher elevation; there is a valve at its outlet, and a funnel below connects to the pipelines, with the flow rate of the dispersant being controlled by the opening degree of the valve
Yes, it’s self-flowing; compressed air is used to push it in, and the key is to control the amount added properly
The dispersant tank is a sealed container, with stamping carried out inside it to maintain a constant pressure. This allows for a constant dosage of the medication to be added. It is important to ensure that there are no significant fluctuations in the pressure inside the container.
Won’t it be difficult to control the quantity?
Won’t it be difficult to control the quantity?