Autotrol Yellow, Tea-Colored Tannin Water Filter

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If your water source depth or type changes, how does tannin presence vary?

Tannins are naturally occurring organic substances found mainly in surface waters and shallow groundwater, especially where vegetation and decaying organic material are abundant. In Itawamba County, the City of Fulton uses surface water as its primary supply. While no federal dataset reports tannin levels for this system, surface water sources tend to have a higher chance of tannin presence compared to deeper wells. The depth and type of water source thus influence the likelihood and concentration of tannins, but individual home water conditions cannot be assumed from system data alone.

If you have a large household, a second home, or seasonal residence, what should you consider?

Households with higher or irregular water use—such as larger families or seasonal properties—may notice that existing tannin treatment equipment seems insufficient. Tannin-related discoloration or staining issues often become more apparent with greater water volumes or intermittent system use. Treatment capacity needs to align with daily water demand to maintain effectiveness, especially when water use patterns vary throughout the year.

If you compare Itawamba’s water data with neighboring counties, what should you keep in mind?

Each county’s water source and treatment practices differ. Itawamba’s Fulton system, supplied by surface water, might contrast with nearby areas using groundwater or mixed sources. Without direct tannin data, comparisons must focus on water source types and local environmental factors rather than assuming similar tannin issues across borders. Overreading regional data can lead to inaccurate expectations about water quality in your home.

If you look at seasonal or multi-year variation, what does the water data show?

The City of Fulton’s water system record includes a recent lead distribution measure sampled at the end of 2025, showing good plumbing corrosion control, but it lacks specific tannin data. Seasonal or yearly changes in water quality often occur in surface water systems, influenced by rainfall and organic material cycles. Since no tannin monitoring exists here, these variations remain unknown and emphasize the importance of home-specific testing when tannin problems persist.

If you judge treatment capacity against household water use, what should you note?

Effective tannin removal requires equipment that can meet the household’s daily water needs. If existing filtration struggles to control tannin staining or tea coloring in water, it may be undersized or nearing its capacity limits. Evaluating the daily volume of water treated compared to the filter’s capacity helps determine whether an upgrade is needed. The Autotrol Yellow, Tea-Colored Tannin Water Filter system ships ready to configure for such needs, offering an established solution designed specifically for tannin reduction.

If you read 'detected', 'median', or 'range' in sampling reports, what do they mean here?

Government reports for the City of Fulton system provide a broad snapshot of water quality. However, there is no data reporting tannin concentrations in this public water system. The terms 'detected' or 'range' in water sampling typically describe measurement results but are not available for tannins here. Without such data, presence and levels must be confirmed by private testing at your home.

Final consideration: The only way to know the tannin level in your household water is to conduct a specific tannin test on your supply. This test will identify whether tannins contribute to the tea coloring or staining you observe and guide the choice of an effective treatment system like the Autotrol system designed for tannin removal.

Where this information comes from

Source: EPA SDWIS public water system record. Sampled 2025-12-31. These figures describe the public water system's record, not the plumbing inside any individual building.

On record: EPA SDWIS record for CITY OF FULTON (MS0290003), surface water supply, serving 9929 people: 1 health-based violations of 10 total; lead 90th percentile 0.0044 mg/L