Our Carbon Blocks

饮用水污染和危险污染物可能来自许多来源。 Surface water can become contaminated with agricultural runoff, community landfills, and hazardous waste from manufacturing byproducts. Groundwater can become contaminated from gasoline and MTBE leaks from underground storage tanks, or from the injection of hazardous waste into deep wells. Deteriorating infrastructure can leach harmful contaminants into the water supply it is designed to transport, such as lead or other metals.

饮用水处理行业增长的一个重要因素可以归因于水紧急情况的持续患病率以及对饮用水污染物和污染媒介的发现和理解的越来越多。这导致消费者对产品的需求不仅可以改善水的口味，外观和气味，而且还可以保护消费者免受饮用水中潜在有害的污染物的影响。yabovip3这些水处理产品的有效性是通过其水过滤器的性能来衡量的。yabovip3
 
A close review of drinking water treatment unit certifications shows that solid carbon block water filters are the most effective consumer means for reducing a wide range of contaminants, including those that may be found in groundwater. Certain drinking water treatment units utilizing solid carbon water filters have been tested and certified to reduce upwards of 85 or more contaminants. These contaminants include disinfectants such as chlorine or chloramine, heavy metals or metalloids such as lead or arsenic, disinfection byproducts such as chloroform or trihalomethanes, and microbiological organisms such as bacteria, viruses, and cysts.
 
Activated carbon has been an effective material in the treatment of drinking water contaminants in use throughout history, and it is known to be effective in the reduction of disinfection byproducts, volatile organic compounds (VOCs), heavy metals, and variety of many other potentially harmful contaminants. Solid carbon block water filter technology transforms activated carbon into an even more effective and efficient form, and was developed by Multipure in the early 1970s for the purpose of creating a more powerful and more comprehensive solution to the treatment of drinking water contaminants. Multipure’s carbon block filter technology combines multiple methods of contaminant reduction action – mechanical filtration, chemisorption (chemical-reaction adsorption), physisorption (physical adsorption), and catalysis (catalyst-driven chemical reaction) – into a single device to reduce a broad spectrum of harmful contaminants.
  
在多重碳块中，选择活性碳材料以进行高活性。多年的研究，开发和制造经验有助于将碳和其他媒体的开发规格增长，这些碳和其他媒体使其固体碳块滤水器过滤器与替代治疗相比具有明显的性能优势。精心开发和维护质量保证程序，以确保原材料符合倍增的高标准。