Overview of Aquifer 112DFSF and Water Delivery in FIPS 110, CT
Groundwater from aquifer 112DFSF in FIPS 110, Connecticut, is a source for residential wells. Water drawn from wells reaching 10 to 155 feet deep is typical for this area. Government sampling by the U.S. Geological Survey between April and September 2017 documented radium-224 concentrations across 18 wells, shedding light on regional water quality characteristics. It is important to note these measurements apply to the aquifer area and do not specify conditions in any single residential well.
How Treated Water Differs at the Tap with the Documented Technology
Once water passes through the Fleck Uranium & Radium System, it undergoes targeted reduction of uranium and radium isotopes, including radium-224. This system’s 32,000-grain capacity enables sustained operation before media replenishment becomes necessary. The outcome at the tap is water with lowered uranium and radium levels relative to untreated source water, contributing to household water quality management. Treated water also reflects removal of fine particulates associated with these radionuclides.
Comparing This Area's Radium Record with Neighboring Regions
The median radium-224 in sampled wells here is 0.16 pCi/L with a maximum measured at 1.6 pCi/L, all below federal thresholds. Comparing these figures to adjacent counties requires attention to differences in sampling depth, aquifer geology, and sampling periods. Observed ranges may vary without indicating increased local risk. Regional data should guide awareness but not substitute for well-specific testing.
The Influence of Plumbing Materials and Age on Uranium-Radium Levels
While source water concentrations are a central factor, plumbing systems themselves can impact tap water uranium and radium measurements. Older pipes or certain materials may accumulate or release trace elements, altering what reaches faucets. Differentiating source water from plumbing contributions is essential before deciding on treatment class and options.
Stepwise Approach to Identify Uranium-Radium Concerns
- First, verify any unusual taste, staining, or sediment through simple household checks.
- Next, consider water testing to determine uranium and radium isotopes specifically for your well.
- If initial tests raise questions, consult with a certified laboratory for detailed radionuclide analysis.
- Finally, assess if the measured uranium-radium demand aligns with treatment capacities available.
How Well Depth and Source Affect Uranium-Radium Expectations
Samples collected from depths ranging 10 to 155 feet in this region indicate variability in radium concentration with depth and geology. Shallower wells might show different profiles compared to deeper ones. Surface water or municipal sources differ fundamentally from groundwater in radionuclide content, necessitating tailored approaches when considering treatment needs.
For households measuring uranium-radium demand, the Fleck Uranium & Radium System offers a proven water treatment option with direct purchase availability. This system’s documented effectiveness suits the range of demand suggested by area sampling, providing a clear choice for quality management based on measured household water characteristics.
Where this information comes from
Source: USGS groundwater sampling. Sampled 2017-09-05. These figures describe groundwater sampled in this area. They are not a test of any individual private well - only a test of that well can establish its own water.
On record: U.S. Geological Survey sampling of Radium-224 in the 112DFSF aquifer (FIPS 110): 18 results from 18 wells, median 0.16 pCi/L, range -0.01-1.6 pCi/L; none above any federal threshold