What should I do if the flow rate of my Berkey® water purifier becomes very slow?
There are two cases to consider:
1- If you have just purchased your Berkey® water purifier and the filters are new, the problem is usually due to high water stress. This prevents air from being purged from the micropores of your Black Berkey® water filters. It is imperative that your filter elements be purged of this air to allow water to pass through them. A beige priming washer / blue silicone valve and priming instructions are included with Black Berkey® elements. Remove your filters, prime them, then reinstall them in your unit. This should solve the slow flow problem.
2- If the flow rate slows significantly during the use of your Berkey® system, the problem can be easily solved by cleaning the elements again. Turbidity and sediment clogging of the micropores are usually the cause of this problem. Simply remove the elements from your system and scrub the outside of each element with a Scotch Brite® pad or stiff toothbrush. Scrub one part of the element until you see some black appear on the sponge or toothbrush, then move to another part until you have gone around each element. This simple process should only take a few minutes. Reboot each element, then reinstall them in your device. Your flow should be restored.
WARNING: Never use soap or detergent.
Black Berkey® Elements
FAQs From Same Category
The composition of the purification elements Black Berkey® used in Berkey® systems is an exclusive, patent-protected formulation based on the assembly of six different types of specific media, including very high quality activated carbon. Assembled in a very compact matrix containing millions of microscopic pores, they allow the creation of a "tortuous path" through which the water will pass but not the pollutants. Indeed, these channels are so fine that all undesirable elements are inevitably captured. Through absorption and adsorption, even submicron viruses are blocked, which other water filters cannot achieve without chemicals.
The activated carbon block is impregnated with an ion exchange resin. Activated carbon adsorbs or chemically binds to organic compounds, such as petroleum-based fuels and solvents, many pesticides and pharmaceuticals. Ion exchange resin removes many dissolved metals from water by exchanging toxic heavy metals (such as lead, mercury and cadmium) for lighter, essentially harmless metals (such as sodium, the main component of table salt). All this allows for a complete and extremely efficient filtration.
Furthermore, the manufacturer Berkey® New Millenium Concept Ltd. confirms that no graphene oxide is used in the composition of the elements.
More details can be found on the page dedicated to the operation of Berkey® water filters.
That's right! Silver is used as an anti-microbial so that each Black Berkey® element can self-sterilize. Analysis was performed by an independent laboratory to ensure that the silver used does not dissolve in the purified water and this is exactly the case. The analysis concludes, "All control samples, including stock samples, positive and negative analytical controls, and the negative control collected prior to plating gave appropriate results and were accepted. Results for the leaching control samples (effluent sample spiked with MS2 and R. terrigena and analyzed at two time points) were quite similar, suggesting that no active antimicrobial agents dissolved in the treated water."
You can check the results in this full report.
Yes! BPA is not present in any Berkey® system or any part of it. No BPA in Black Berkey® filters and no BPA in the Berkey Light® or Sport Berkey® Filter Bottle either.
Effectively, water that passes through Black Berkey® filters tends to be more basic than it was before. Its pH goes up. And that's actually a good thing... This is because pathogenic bacteria and viruses tend to thrive in acidic environments and have difficulty surviving in alkaline environments. And the higher the pH, the more alkalinity there is.
Nevertheless, it should be kept in mind that the final pH level of the treated water may depend on other factors, such as the pH level of the water before filtration.