Multipure is an industry-leading manufacturer of the highest quality drinking water filtration products available. NSF/ANSI 372 TECHNICAL REQUIREMENTS NSF/ANSI 372: Drinking Water System Components – Lead Content is an American National Standard that establishes a standardized methodology for the determination and verification of product compliance to minimize lead contaminants. This certification is designed to verify that a filtration system can reduce contaminants with negative health effects as established by the U.S. Environmental Protection Agency (EPA). Familiarize yourself with the replacement requirements of your water treatment system. The product certificate awarded by NSF is valid for 5 years, and complete product re-testing and facility inspection is required to renew the certificate for another 5 years. An NSF Std. Search for NSF Certified Drinking Water Treatment Units, Water Filters. NSF is the only third party organization that does a complete evaluation in every aspect of a water filter before the water filter can get certified. SDWA authorizes the United States Environmental Protection Agency (EPA) to set national health-based standards for drinking water to protect against both naturally-occurring and man-made contaminants that may be found in drinking water. Remember to replace your filter when required. NSF tests and certifies under Standard 53 if a filter system reduces a significant amount of a specific harmful contaminant from drinking water. Standard 53 establishes minimum requirements for material safety, structural integrity, product literature, and health related contaminant reduction performance claims. AQUACREST RF-9999 NSF Certified Water Filter, Replacement for Pur RF9999 Faucet Water Filter, Pur Faucet Model FM-2500V, FM-3700, PFM150W, PFM350V, PFM400H, PFM450S, Pur-0A1 (Pack of 6) 4.4 out of 5 stars 1,751 American National Standards Institute (ANSI), The NSF Drinking Water Treatment Units (DWTU), Maximum Contaminant Level (MCL) standards established by the EPA, a greater number of contaminants of health concern, best warranty in the industry and a satisfaction guarantee, EPA Water Laboratory Certification Program, Pure Foundation Responds to Disaster in Puerto Rico (Video), The filter materials will not add anything harmful to the product water, The pressure vessel (housing) is structurally sound under high operating pressures, The literature and labeling of the product is accurate and truthful, and. When you purchase a gallon of gasoline for your car in the U.S., are you confident that you actually received what you paid for? Waterdrop refrigerator water filters certified to NSF 42 for aesthetic benefits reduce chlorine, taste and odor for fresh water; Waterdrop refrigerator water filters certified to NSF 53 for health benefits reduce Lead, Cyst and Benzene, etc. 2. Product information must include: Many factors are considered when NSF begins its product testing. Today, NSF is the leading global, independent third-party certification and testing organization for products that affect water quality and food safety. Concerns about water quality have been around for many years as the environmental movement raised consumer awareness of polluted water supplies. If you are unable to get your report or if you have a private well, you may want to consider having your water independently tested. More broadly, Multipure’s chief scientist and other staff members actively participate in NSF policy-making committees to help provide market leadership and industry stewardship. All Rights Reserved. Specifically, NSF/ANSI53-2019establishes minimum requirements for materials, design andconstruction, and performance of drinking water treatment systems designed to reducespecific health-related contaminants in public or private water supplies. Founded in 1944, NSF is committed to protecting human health and safety worldwide. Some filters have indicator lights and some may recommend time ranges for replacement. NSF also is an active participant in testing and certification at the international level. NSF established the first DWTU standards in 1973, and Multipure had its first product NSF tested and certified in 1991. NSF may certify that a DWTU may be effective in controlling one or more of the health effects contaminants. Reverse Osmosis Water Filtration System This Waterdrop RO system is tested and certified by NSF International against NSF/ANSI standard 58 & 372. Components certified to meet Standard 61 have been tested for material safety and, if applicable, structural integrity, but not for aesthetic and/or health claims. Here are the top 6 filtration standards used by the NSF when certifying drinking water systems: 1. Searching for NSF Certified Drinking Water Treatment Units is quick and easy. You can access the NSF database by visiting www.nsf.org. Visit our listings for NSF-certified versions of these products: NSF certifies drinking water filters to standards applicable to each type of treatment option. The focus of this paper is on identifying the standards that apply to the products that are commonly utilized for treating drinking water at the point of use, and on what is behind standards compliance that makes the standards so important. Filters Apply Filters Use of NSF consulting services or attending NSF training sessions does not provide an advantage, nor is it linked in any way to the granting of certification. Plus, Multipure Drinking Water Systems come with a 90-day money-back guarantee, a lifetime warranty on the housing, and a one year warranty on all accessories. Whereas without a PID, the filter is tested to 200% of the capacity claimed. Small water systems are required to ensure that their water treatment systems and components meet certain NSF standards. They include: There is one more NSF Standard to note. NSF/ANSI Standard 61 applies to drinking water treatment products but it is focused at the componentlevel rather than at the system level like the other Standards. The WQA Gold Seal Program tests and certifies drinking water treatment units, drinking water system components, drinking water additives, pool and spa equipment, and food equipment to NSF/ANSI standards. There are several other NSF DWTU Standards applicable to water treatment that rely upon technologies other than filtration. Manufacturers choose which contaminants their product will reduce and NSF International verifies that their filter will do what it says it is going to do. Standards and, more importantly, testing against standards, are key to consumers being confident that they are receiving what they are paying for. However, in the complex sciences of chemistry and toxicology applicable to evaluating the quality of drinking water, awareness of the details behind the test results is critical to truly understanding a product’s capabilities. You should not assume that just seeing the NSF logo on a product means that the product performance will be acceptable. Countries throughout the world are developing and adopting standards for the evaluation of POU and POE drinking water treatment units. States with their own standards include California, Colorado, Iowa, Massachusetts, and Wisconsin. An NSF 53-certified water filter has the distinction of testing and validation by NSF International to verify the filter’s ability to reduce a wide range of contaminants that are typically found in unfiltered drinking water. NSF’s contaminant reductions claims guide will help you to locate products that are certified to reduce specific contaminants. Multipure has consistently led the water treatment industry by being the first to have products NSF-certified for: Extensive product testing and certification by an independent third party is the most reliable means for consumers to obtain documented proof of actual drinking water filter product performance. A number of water treatment solutions are available. The NSF Drinking Water Treatment Units (DWTU) Certification Program for Point-Of-Use (POU) and Point-Of-Entry (POE) systems and components was first established in the early 1970s, beginning with the adoption of the first NSF DWTU Standard in 1973. ANSI provides the criteria and procedures for achieving due process and determining consensus, as well as other requirements for the development, approval, maintenance and coordination of American National Standards. For example, the European Committee for Standardization (CEN) has been developing such standards, also referred to as European Norms, for all of Europe. 53 water filter certification is a nationally recognized minimum standard for point-of-use and point-of-entry filtration systems. These ANSI criteria and requirements are accepted by each accredited standards developer as a condition of accreditation. It is the only objective means for a consumer to validate a drinking water system manufacturer’s product performance claims. Water2Drink is the Internet's leading resource for top-rated Multipure Drinking Water Systems and other high quality water treatment products. Multipure's Solid Carbon Block Filters provide clean, delicious, healthier water for drinking, cooking, beverages, food preparation, and more. Our filters are verified to reduce the concentration of these contaminants entering the system to a level that is equal t… Pitcher, dispenser or pour-through filters, Under-the-sink systems piped to a separate faucet type. NSF Standard 42: Aesthetic Effects. Such hazardous contaminants may be microbiological (including filterable cysts), chemical (including disinfection byproducts, pesticides, herbicides, and insecticides), or particulate in nature. NSF Standard 53 is known as the "Health Effects" standard. Multipure relies upon NSF to certify all of its drinking water systems under NSF/ANSI Standards 42 (Aesthetics Effects) and 53 (Health Effects). The NSF/ANSI 401 water filter certification is for "Incidental Contaminants and Emerging Compounds." You cannot simply rely upon seeing a recognizable logo, you must delve deeper. The law was amended in 1986 and 1996 and requires many actions to protect drinking water and its sources: rivers, lakes, reservoirs, springs, and ground water wells. A filter can only be awarded NSF 53 certification if it treats (and effectively reduces) at least one of the contaminants with health effects, as detailed by the EPA (Environmental Protection Agency). Then verify which specific contaminant reduction claims have been certified. Products with NSF certification are considered to have better quality. © 2021 NSF International. NSF/ANSI 53 lead-certified point-of-use filters (POUs) have been distributed to consumers in many cities facing lead-in-water crises including Washington, D.C., Flint, MI, Newark, NJ, and University Park, IL. NSF was founded in 1944 as an organization devoted to public health safety and protection of the environment. Product testing conducted by a reputable and independent third-party testing laboratory is the only way to ensure unbiased test results. NSF International literally sets the Standards for the drinking water treatment industry, and Multipure is firmly committed to manufacturing products that unequivocally meet or exceed the established NSF Standards. NSF/ANSI 58: Reverse Osmosis Drinking Water Treatment Systems Reverse osmosis systems and components fall within the scope of NSF/ANSI 58. Water filters are tested and certified to NSF/ANSI 53 and 58 to ensure they reduce contaminants, including lead, per the requirements of the standards. NSF Standards for Water Treatment Systems While no federal regulations exist for residential water treatment filters, purifiers and reverse osmosis systems, voluntary national standards and NSF International protocols have been developed that establish minimum requirements for the safety and performance of these products to treat drinking water. If you provide us with proof of another Authorized Multipure Builder offering a lower purchase price than Water2Drink.com, we will rebate the difference plus $20! The first step in obtaining NSF certification for a product is to submit an application to NSF along with the requisite fees and product information. As such, UV systems that have been tested and certified to the rigorous standards of NSF/ANSI Standard 55 Class A are assured to meet your disinfection goals. NSF International, an independent global organization that writes public health standards and certifies products for food, water, and consumer goods, now tests and certifies the filters used in portable water filter bottles against NSF American national standards for drinking water treatment products. A Better Alternative to Water Bottles - Expensive bottled water does not necessarily meet NSF- certification standards - and especially to the extent of Multipure's extreme performance and standards. A wide variety of nsf water filter standards options are available to you, such as material, warranty, and structure. The manufacturing process remains consistent. Waterdrop refrigerator water filters certified to NSF 401 remove most emerging contaminants such as BPA, Estrone, Phenytoin and more. Multipure recognizes that formal third-party testing and certification of its products is the most objective means to communicate the high quality of the company’s products. Today, a total of seven NSF DWTU Standards have been adopted, to which hundreds of companies have certified thousands of POU and POE systems and components used around the world to improve and protect drinking water quality.Â, At a regional level, a limited number of states enforce their own compliance standards for drinking water systems sold within the state. NSF International NSF International is a global, independent organization that writes standards, and tests and certifies products for the health sciences, water, food and consumer goods industries to minimize adverse health effects and protect the environment. Water2Drink will match any discounted price for new Multipure Drinking Water Systems! to receive industry news, events, and training information. We have these helpful and important steps to find the right water treatment solution for your home. NSF/ANSI Standard 58 is the national recognized standard for Water Treatment Systems that use reverse osmosis technology. NSF/ANSI 372 is consistent with the United States Safe Drinking Water Act (SDWA) Some reduce only one contaminant while others reduce many. Some products fall under the scope of both Standards 42 and 53 because they claim a combination of aesthetic and health claims. Find out more details here. All units include hardware and materials needed for installation, and the filter is easy to replace. The following product testing against Standards is conducted: In addition to validating the specific contaminant reduction claims, NSF tests and certifies that: The arduous NSF testing and certification process provides assurance to consumers that the performance claims for a product are accurate and the product is reliable. For example, a filter certified to reduce lead for 40 gallons at 0.5 GPM may not meet your output needs, but increasing the flow rate through the filter will have an impact on the capacity of the filter to reduce lead. How do you know if you need a water filter or a water purification or treatment system? Of the seven NSF DWTU Standards, this paper primarily focuses on the two that are applicable to POU devices employing filtration technology: NSF/ANSI Standard 42 covers POU and POE systems designed to reduce specific aesthetic or non-health-related contaminants (such as chlorine, taste and odor, and particulates) that may be present in public or private drinking water. NSF certified models are an ideal choice for applications requiring third-party UV performance validation. Once you have decided on a home water treatment system, it will need regular maintenance to operate properly. By carefully reviewing the performance data sheet for a product, you will be able to determine whether the device is effective in reducing many pollutants or just a few. The Standard applies most commonly to carbon filtration, but it also applies to other filtration media such as ceramic filters. NSF International (NSF®) is one such ANSI-accredited organization (Accreditation ID 0216). With regard to particulate reduction, several classes are used to define the level of particulate reduction, ranging from Class VI for those devices removing coarse particulates of 50 micrometers and larger to Class I for drinking water treatment units that reduce the smallest submicron particles (i.e., 0.5 to 1.0 micron). The NSF 61 standard are for municipal water treatment. ANSI accredits and coordinates several hundred organizations and committees that develop standards for approval as American National Standards based in part on evidence of due process and consensus. NSF honors individuals and businesses making public health their top priority. Looking past the question of product quality, how do you know how much gasoline was added to your fuel tank?