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Space05us
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quote: may have problems after many years of drinking the stuff.
I wouldn't worry. |
Im going to be drinking gallons of the stuff everyday, and I plan on being very active. If I can I want to avoid any chance of damaging my circulatory system.
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rah
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Apolyton Prince of Moderators, Master of Reason
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Lord of the Ferrets
Jan 1970 time: 23:17
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Filtering seems to be the most common approach. Most sites refer to commercial applications or for wells.
One such example but includes a family possibility................
HOBOKEN, N.J. — Excessive arsenic in drinking water presents a major health hazard to millions of people in the United States and abroad. Arsenic, a carcinogen, is known to cause cancer and other serious health problems over time. Fortunately, engineers at Stevens Institute of Technology are on the leading edge of technology that can solve this insidious problem.
The Center for Environmental Engineering at Stevens has created patented technology for safely and effectively removing arsenic from drinking water. This technology has been developed on a large scale for water treatment plants and remediation sites, and on a low-cost, family-size scale for developing countries in crisis such as Bangladesh.
Stevens developed the Stevens Direct Coprecipitation Filtration process, successfully used in the United States for the removal of arsenic from contaminated groundwater and surface water since 1997. The DCF units can be installed in public water treatment plants as well as in groundwater remediation projects.
With changes in acceptable arsenic levels expected by the U.S. Environmental Protection Agency, applications for this technology are likely to expand considerably in the 21st century in the United States. Congress has required the EPA to finalize a new standard by 2001. The expected change will have a major impact on the nation’s water treatment plants and individual water wells throughout the country. Heightened awareness in countries worldwide also will likely lead to more widespread use of both large and small-scale technologies developed by Stevens.
In Bangladesh, naturally occurring arsenic leaches into aquifers in high concentrations, threatening the health as many as 70 million people who drink well water. Stevens is currently working to help the Bangladeshi government provide low-cost, family-sized filtration systems to everyone in that country who needs them.
MetalFilter, a new company under development at Stevens, is bringing the Stevens technologies to commercialization. For more information, contact Cass Bruton-Ward at the number near the top of this release, or Dr. George Korfiatis, professor and director of Stevens’ Center for Environmental Engineering at (201) 216-5326.
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