Why You Might Need a Reverse Osmosis Booster Pump
A reverse osmosis booster pump increases the pressure on your system so it can produce more water with less stress. Learn why you might need one, what it does, and how to choose the best one for your home.
High-pressure pumps work under challenging conditions, and they can wear out over time. Fortunately, regular maintenance and proper care can extend the lifespan of your reverse osmosis pump significantly.
Increases Efficiency
Reverse osmosis is one of the most effective water filtration methods for under-sink applications. The process pushes water through a semipermeable membrane at high pressure to ensure that contaminants are removed from the purified water. However, the incoming water pressure in homes may be too low for the reverse osmosis system to function optimally. That’s where a booster pump comes in, as it boosts the incoming water pressure to the reverse osmosis system and increases the flow of filtered water.
A reverse osmosis permeate pump is a high-pressure pump that works with reverse osmosis systems to increase membrane pressure. It does this by generating energy from the reject water that is sent down the drain, and using it to pump permeate into your storage tank until you need more water. The pump also reduces waste and extends membrane life by reducing the amount of reject water that is produced.
The IceCap permeate pump can be installed on all of our four-stage RO/DI models and is compatible with most other brands of RO systems that are capable of handling the additional pressure. The kit includes everything you need to install the pump into your reverse osmosis system, including the high-pressure switch, transformer, and anti-vibe mounting tab. The pump is quiet and efficient, operating at a much lower cost than many other pumps on the market.
Improves Water Quality
Many people use reverse osmosis systems to enjoy better water quality, but these systems can be hindered by low water pressure. A booster pump increases the water pressure before it enters the reverse osmosis membrane, making sure that it has sufficient pressure to separate contaminants from the water and flush them out of the system.
This process removes bacteria, salt and other sediments from the water, resulting in pure, healthy drinking water that’s free of chemicals, heavy metals and other harmful materials. This is especially important for those using well water or living in an apartment building or high-rise because these types of water sources usually have lower than desirable water pressure.
The RO Booster Pump increases the flow rate of your Reverse Osmosis reverse osmosis booster pump Membrane, reducing waste water by up to 65% and extending membrane life. It also helps the system achieve better efficiency and increased performance.
This simple, low-cost kit is designed to easily fit all IceCap four-stage RO/DI systems and can be used with other brand reverse osmosis membranes. It includes the booster pump, a differential pressure controlled automatic shut off valve (ASO), a transformer and a high-pressure switch. It is simple to set up and operates automatically, keeping the pressure of the RO tank at ideal levels. Its quiet operation makes it a good choice for residential use.
Extends the Lifespan of the System
The water pump in reverse osmosis systems plays an important role, directly impacting the overall system performance and efficiency. High-quality pumps last longer and provide a higher level of reliability than low-quality ones. To extend the lifespan of your reverse osmosis system water pump, consider working with experienced technicians to create preventative maintenance protocols and resolve problems when they occur.
RO systems need adequate pressure to operate effectively, especially when processing high volumes of wastewater or removing very heavy contaminants. Adding a booster pump to the system can provide a steady, consistent flow of water at the tap and allow the storage tank to fill faster.
Designed specifically for reverse osmosis drinking water systems, the Aquasure Premier Elite 100 GPD Reverse Osmosis Drinking Water System Pressure Pump boosts incoming line pressure that is too low for optimal reverse osmosis system performance. This all-in-one kit includes the pump, transformer, high pressure switch, anti-vibe mounting tab and heavy-duty aluminum bracket.
The average water pressure in homes is around 80 psi, but many homeowners report that their reverse osmosis system isn’t producing enough high-quality drinking water. The solution is to add a water pressure booster pump, which can increase the flow of filtered water and improve the speed at which it fills the storage tank. A booster pump is also a great choice for well-water situations that cause lower water pressure or for homeowners who live in older homes.
Reduces Wastewater
A booster pump for reverse osmosis boosts incoming line pressure and increases the amount of water your RO system produces per day. This helps reduce your reliance on the waste water tank and can decrease your consumption of DI resin. It also helps you minimize wastewater and extend the membrane lifespan of your reverse osmosis system.
Reverse Osmosis systems operate best when running at an ideal household water pressure of 60 psi. If you have low household water pressure, however, adding a booster pump can greatly increase your system’s performance. The high-efficiency FC-1400 electric booster pump kit boosts incoming pressure to the recommended level, making it easy to correct a low-pressure problem and maximize output.
An RO membrane rejects contaminants based on their size and ionic charge. This includes dissolved salts (ions), particles, colloids, bacteria, organics and more. If a contaminant is too large to be rejected by the membrane, it will pass through the membrane and into reverse osmosis booster pump manufacturer the product water stream. The remaining contaminant will become concentrated in the concentrate stream and is sent down the drain.
A booster pump for reverse osmosis reduces the amount of wastewater that is sent to the drain by forcing the permeate into the storage tank. This reduces the amount of water that is wasted and can help you maintain a proper maintenance schedule, extending the lifespan of your membrane.