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Reverse osmosis (RO) filtration systems are one of the most popular water filtration methods available today. Used primarily in under-sink applications, RO systems remove an incredible number of contaminants when they operate efficiently. Some factors, however, can limit the efficiency of an RO system and render it less effective than it should be. One factor that can limit an RO system is incoming water pressure. When water pressure is low, more water will be wasted in the filtration process, and fewer contaminants will be removed from the filtered water. Reverse osmosis booster pumps ensure an RO system’s water pressure stays at a high enough level to perform optimally. Another factor that can come into play is osmotic pressure.  Osmotic pressure is the natural force that creates osmosis. The higher the level of dissolved solids in the water, the higher the osmotic pressure will be.  To create reverse osmosis, we must overcome the osmotic pressure.  This will ensure there is enough pressure to provide optimal performance. In this article, you can discover what a reverse osmosis booster pump is, how it works, if you need one, how to install one for your RO system, and a few of the best booster pump options.

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A reverse osmosis booster pump enhances the water pressure of a reverse osmosis system. When water pressure leading into an RO system is too low, the system outputs very little water, and it cannot treat water as well as it would if the system were operating at peak performance levels. While municipal water supplies typically have enough water pressure to sustain an RO system, installing a reverse osmosis booster pump ensures that the system runs effectively regardless of incoming water pressure. RO booster pumps are especially effective against water with a concentration of TDS over 500 ppm.

Reverse osmosis systems require at least 50 psi to operate correctly, so booster pumps are essential for water supplies with low water pressure. RO systems push water through a semi-permeable membrane, where many contaminants are eliminated from water as it passes through. When not enough water pressure is present, the membrane is not effective at removing contaminants and not as much water passes through the filter. This leads to more water being wasted in the filtration process and more contaminants residing in the water that passes through the filter.

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The Aquatec 6800 Series RO booster pump is an excellent value booster pump for RO systems of 50 GPD or fewer. This pump boasts low noise levels, high durability, and reliable performance, particularly for its low price point. The Aquatec 6800 Series is also self-priming, can run dry without damage, and is resistant to corrosion.

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Installing a reverse osmosis booster pump is a straightforward process that can be done yourself. You should install the pump next to your RO system underneath your sink. Before you install, you will likely want to purchase a mounting bracket suitable for the size of your pump. To install an RO booster pump, you need to:

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A reverse osmosis booster pump provides pressure to a single RO system. A water booster pump provides water pressure to an entire house or commercial water supply. Because water booster pumps deal with a much higher volume of water than RO booster pumps, they are much bigger and more expensive. A water booster pump costs close to $1000, while you can purchase an RO booster pump for around $80 to $300. A water booster pump is necessary if low water pressure that is not caused by a leak impacts the effectiveness of a certain activity or appliance, like a weak stream of water from your shower. If low water pressure is only affecting your RO system, then an RO booster pump is the right choice for you.

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If your water pressure is below 40 psi, you need a booster pump for your RO system to function properly. You should also consider getting a booster pump if your water pressure hovers between 40 and 50 psi or if TDS levels in your water are over 500 ppm. While RO systems will operate at 40 psi, having water pressure of at least 60 psi guarantees that your filtration is optimal. Not only will a higher water pressure make your RO system work faster, but it will also allow your filters to remove more contaminants while producing less wastewater.

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While the prices of RO booster pumps vary considerably, you can expect to spend just above $100 for a booster pump for your system. You can find RO booster pumps between $50 and $300, but most pumps fall between the $100 and $170 price points. Factors that determine the cost of RO booster pumps include maximum flow rate, noises emitted by the pump, the pump’s lifespan, and other components that may be included with the pump. You can install an RO booster pump by yourself, so there is no need to include additional installation costs on top of the purchase cost of the pump.

You can check your home’s water pressure with a pressure gauge. Follow these few simple steps to get an accurate reading with a pressure gauge.

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A reverse osmosis booster pump typically contains a diaphragm pump, a power supply, and a tank pressure switch. A diaphragm pump uses reciprocation in a diaphragm made of rubber or plastic to pump water from an intake to an outtake. The diaphragm works in cooperation with valves on both sides to increase the pressure of water as it flows through the pump. The transformer powers the pump and plugs directly into a standard wall outlet. To prevent the water pressure in an RO system from becoming too high, the pressure switch stops the current to the booster pump when the tank reaches a certain pressure.

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Pressure reducing valves are installed in water systems to reduce and stabilise inlet pressures from mains water supplies or boosted water systems.

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The SHURflo 8075-132-313 Gold Series is a reliable booster pump with a long lifespan and quiet operation. This pump can help an RO system produce filtered water closer to the membrane specifications of the system to the storage tank. Its one-piece solid diaphragm reduces leakage, and its construction makes the motor resistant to corrosion.

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Both RO booster pumps and demand pumps can be used with a reverse osmosis system, but they are used at different stages. Unlike an RO booster pump, a demand pump is used after the water is filtered and transported to the storage tank. Demand pumps increase water pressure on the output of an RO storage tank so that water can reach a point of use, such as a refrigerator. While RO booster pumps work with pretreated water, demand pumps work best with clean water.

The Aquatec CDP 8800 Pressure Boost Pump Kit, like the SHURflo 8075, allows your RO system to produce filtered water closer to the membrane specifications. This pump is designed for operation with a tank shut-off switch and can produce outlet pressure of up to 110 psi. It uses a 3-chamber diaphragm pump that has a long lifespan as long as the unit does not exceed 150°F.