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Compare Drinking Water Filters Based On Industry Standards Introduction 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? Looking past the question of product quality, how do you know how much gasoline was added to your fuel tank? You know because you purchase gasoline using a uniform standard of measure, the U.S. Liquid gallon, established by a governmental entity, the National Institute of Standards and Technology. Furthermore, you rely upon another governmental entity responsible for local enforcement of weights and measures to regularly inspect the vendor’s gasoline pump to make certain that precisely a gallon of fuel actually is pumped on demand.

NSF Testing Standards help consumers compare drinking water filters based on laboratory testing against EPA. NSF/ANSI Standard 42. (PDF) Multipure NSF Listings. NSF/ANSI STANDARD 42 (Aesthetic Effects) This System has been tested according to NSF/ANSI Standard 42 (Aesthetics) for. Reduction of the substances listed below.

So, What Is NSF International? • American National Standards Institute (ANSI). NSF’s Global Water Program: standards, test and. Download Free Software Beck Risikogesellschaft Pdf there. This system has been tested according to NSF/ANSI Standards 42, 53, 401 and CSA B483.1 for the reduction of the substances listed below. Performance Data Sheet.

Standards and, more importantly, testing against standards, are key to consumers being confident that they are receiving what they are paying for. Soul Calibur Iii Jpn Isopropyl here. The application of standards and testing is equally important in the purchase of drinking water filters and delivery systems.

It is the only objective means for a consumer to validate a drinking water system manufacturer’s product performance claims. There are innumerable drinking water filters and systems available in the market, and conclusive product test results support the consumer’s ability to evaluate and differentiate among them. Product testing conducted by a reputable and independent third-party testing laboratory is the only way to ensure unbiased test results.

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 cannot simply rely upon seeing a recognizable logo, you must delve deeper. 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. The paper also will outline the testing process employed by the recognized leader in testing for the water filtration industry, NSF International. Finally, the paper will address how a leading drinking water filter manufacturer, Multipure International, employs standards and independent testing from product design to manufacturing and packaging to help consumers evaluate and compare the company’s products to competitive alternatives. Drinking Water System Standards in the United States originally was passed by Congress in 1974 to protect public health by regulating the nation's public drinking water supply.