Point-of-Drinking Solutions
Our product technology platform is based on advanced materials research and selection of filtration, separation and adsorption media in up to four discrete stages.
Stage I is a pre-filtration phase and removes incoming particulate to a minimum size of 5 microns. This preserves the life of the media in subsequent stages.
Stage II is for chemical removal. Our scientists have identified and tested a broad array of materials for specific removal of chemicals identified in the source water. Media capacity is also a consideration for duty cycle optimization. In addition, we select media where the removed chemical will not be able to leech back out of the media in order to ensure environmentally safe disposal of the spent media. Currently, media is available for arsenic and fluoride removal from several sources identified with high concentrations. Additional media can be used or added in additional stages for chemicals such as nitrates/nitrites, mercury and/or lead.
Stage III improves the water color and odor, removing tannins or chlorine used by the municipal water service.
Stage IV disinfects the water. A final stage of disinfection gives consumers an added measure of assurance, even in areas where municipal chlorination occurs, in order to prevent recontamination of water from pipe leakage, cistern storage or cyst removal.
Water is stored in a reservoir to insure supply, even during periods of water supply disruptions.
Water is tested either by statistically significant sampling conducted by our representatives according to TWI protocols or by visual sensors monitoring specific contaminants found during initial water analysis.
Options are being offered for water dispensing at different price points. Water can be heated and or chilled to encourage higher consumption and/or to prepare beverages and foods. Flavorings will be added to our product line as a healthier alternative to other popular beverage drinks.
Our product technology platform is based on advanced materials research and selection of filtration, separation and adsorption media in up to four discrete stages.
Stage I is a pre-filtration phase and removes incoming particulate to a minimum size of 5 microns. This preserves the life of the media in subsequent stages.
Stage II is for chemical removal. Our scientists have identified and tested a broad array of materials for specific removal of chemicals identified in the source water. Media capacity is also a consideration for duty cycle optimization. In addition, we select media where the removed chemical will not be able to leech back out of the media in order to ensure environmentally safe disposal of the spent media. Currently, media is available for arsenic and fluoride removal from several sources identified with high concentrations. Additional media can be used or added in additional stages for chemicals such as nitrates/nitrites, mercury and/or lead.
Stage III improves the water color and odor, removing tannins or chlorine used by the municipal water service.
Stage IV disinfects the water. A final stage of disinfection gives consumers an added measure of assurance, even in areas where municipal chlorination occurs, in order to prevent recontamination of water from pipe leakage, cistern storage or cyst removal.
Water is stored in a reservoir to insure supply, even during periods of water supply disruptions.
Water is tested either by statistically significant sampling conducted by our representatives according to TWI protocols or by visual sensors monitoring specific contaminants found during initial water analysis.
Options are being offered for water dispensing at different price points. Water can be heated and or chilled to encourage higher consumption and/or to prepare beverages and foods. Flavorings will be added to our product line as a healthier alternative to other popular beverage drinks.
