Water treatment in White City, Oregon.

White City's Medford Water supply is chlorinated and measured DBPs match the rest of the MWC service area — a carbon filter handles that cleanly. The bigger filter story in White City is for well owners.

More than 25 DEQ cleanup sites are documented within the community, including Vickers/Eaton with ongoing off-site TCE/PCE groundwater plume investigation (DEQ ECSI Site 2281) and Balteau Standard with dichloroethylenes at 27,000 ppb and 1,1,1-trichloroethane at 13,000 ppb in groundwater (DEQ ECSI Site 533). Wells anywhere near Table Rock Rd., Pacific Ave., or Antelope Rd. should not rely on simple sediment or carbon alone.

White City's Medford Water-served customers are non-detect for arsenic. Well customers are in the same regional aquifer as the rest of Jackson County, where 44% of wells tested had detectable arsenic (Pure Water Solutions citing USGS).

White City wells also sit above a dense band of documented DEQ cleanup sites — a well panel here should include arsenic plus chlorinated-solvent VOCs. Oregon's property-transfer well-testing law requires arsenic, nitrate, and total coliform testing at sale, but wells between sales often go decades untested.

RO is the highest-priority Absolute Water Filtration service for White City well owners. DEQ documents multiple groundwater contamination plumes directly under the community: Vickers/Eaton (7638 Pacific Ave.) has an ongoing off-site migration investigation of TCE, PCE, DCE, and related solvents (DEQ ECSI Site 2281); Balteau Standard (8001 Table Rock Rd.) had dichloroethylenes at 27,000 ppb and trichloroethanes at 13,000 ppb in groundwater (DEQ ECSI Site 533); Cascade Wood Products (8399 14th St.) has a pentachlorophenol plume up to 25,000 ppb extending west (DEQ ECSI Site 20).

RO with a carbon prefilter is the standard residential treatment for chlorinated solvents and PCP. Any well within roughly a mile of Pacific Ave., Table Rock Rd., or Antelope Rd. should be tested for VOCs — and treated if detected.

White City's Medford Water customers are on the same 1.4-2.4 gpg supply — no softener needed.

White City wells have no published hardness dataset; any softener decision there depends entirely on the individual well's test results.

On Medford Water — same answer as Medford proper, rarely justified.

On a private well, it depends entirely on the well's test: if hardness is moderate (4-8 gpg) and iron is low, TAC is a good no-brine option.

White City's Medford Water-served homes get the same DBP and chlorine profile as Medford proper — whole-home catalytic carbon handles it.

The harder problem, especially for the part of White City on private wells, is the industrial-solvent legacy: the DEQ ECSI database lists more than 25 documented cleanup sites in and around White City, including groundwater plumes of TCE/PCE (Vickers/Eaton, DEQ ECSI Site 2281) and PCP (Cascade Wood Products, DEQ ECSI Site 20). For well owners, remediation means more than a carbon tank — it means a test-design-install process specific to your well's chemistry.

White City's Medford Water-served homes see the same free-chlorine residual. GAC removes it.

For well homes, chlorine isn't the main concern — see the Reverse Osmosis and Well Water Services pages.

No public H2S survey data for the 97503 ZIP. H2S is plausible in reducing-condition wells in the Agate Desert alluvial/basalt aquifer, but is not documented at a community scale — it's a well-by-well question that requires individual testing.

For well owners, we flag H2S testing as part of a full well panel alongside arsenic and the VOCs that are the larger White City concern.

White City is the single most distinctive well-service market in this list, for a reason that's not geologic. The community sits on the Agate Desert (same volcanic aquifer as Eagle Point and Central Point, with the same 44% county-level arsenic detection rate), and on one of the densest concentrations of DEQ Environmental Cleanup Site Information (ECSI) listings in Oregon:

• Vickers / Aeroquip / Eaton (7638 Pacific Ave.) — ongoing off-site groundwater plume migration investigation of TCE, PCE, DCE (DEQ ECSI Site 2281).
• Balteau Standard (8001 Table Rock Rd.) — dichloroethylenes at 27,000 ppb and 1,1,1-trichloroethane at 13,000 ppb in groundwater; PCBs to 140,000 ppm in soil (DEQ ECSI Site 533).
• Cascade Wood Products (8399 14th St.) — pentachlorophenol plume, groundwater up to 25,000 ppb, plume extending west toward Ken Denman Wildlife Refuge (DEQ ECSI Site 20).
• Georgia-Pacific Resins (1405 Antelope Rd.) — formaldehyde and methanol in groundwater (DEQ ECSI Site 287).
• Whetstone Industrial Park — former Camp White and City of Medford solid-waste landfill with dioxin in ash and lead at 830 ppm in soil (DEQ ECSI Site 1465).

White City well panel priorities: arsenic, bacteria/nitrate, VOC scan (TCE, PCE, DCE, TCA, methylene chloride, benzene, PCP), iron/manganese, hardness. Treatment often requires carbon + RO regardless of whether arsenic is found.

White City has the densest concentration of DEQ-documented industrial groundwater contamination in our service area. Confirmed plumes include Vickers/Eaton TCE/PCE/DCE (DEQ ECSI Site 2281), Balteau Standard dichloroethylenes at 27,000 ppb and 1,1,1-trichloroethane at 13,000 ppb in groundwater (DEQ ECSI Site 533), and Cascade Wood Products pentachlorophenol at up to 25,000 ppb with the plume extending west toward Ken Denman Wildlife Refuge (DEQ ECSI Site 20).

Any private well within roughly a mile of Pacific Ave., Table Rock Rd., or Antelope Rd. should run a full VOC scan (TCE, PCE, DCE, TCA, methylene chloride, benzene, PCP) before any treatment is sized. Whole-home GAC plus point-of-use RO at the kitchen is the standard stack for confirmed VOC plumes.

White City wells in the Agate Desert volcanic aquifer share the regional iron, manganese, and H2S co-occurrence pattern documented by Oregon Health Authority (Oregon OHA — Iron and Manganese in Groundwater).

For White City wells, iron and manganese testing should run alongside the area's larger industrial-VOC concern — a single comprehensive well panel is more efficient than separate visits. Treatment design depends on whether iron, manganese, and H2S are present together, plus the specific pH and alkalinity numbers.

White City's private wells often pull from shallow alluvial aquifers in the Agate Desert. Bacteriological contamination is plausible, especially after heavy rain or septic-system events. UV is also a defensible bacterial control for any well undergoing remediation for the area's larger industrial-VOC concern.

NSF/ANSI 55 Class A UV at the well-house entry, paired with sediment plus carbon prefiltration, is the standard residential stack.