Drinking water quality · 2024

· Verified

What's in Sugar Land, TX tap water

38 contaminants were measured in the Sugar Land, TX water system's 2024 annual report. Each is shown below against its federal limit.

Reporting year
2024
Contaminants measured
38
Over federal limit
0
Approaching the limit
0
Service area
TX
state-level CCR
Source
Utility CCR
All within federal limits. Every measured contaminant in this report is below its federal threshold.

PFAS — EPA UCMR5 (2023–2025)

1 PFAS compound above EPA limits in Sugar Land, TX

About this data

The EPA finalized the first-ever federal drinking-water limits for six PFAS compounds in April 2024. These numbers come straight from EPA's UCMR5 lab dataset — every U.S. system serving more than 3,300 people tested every PFAS sample at an entry point to its distribution system. PFAS not listed below were either tested and not detected, or not yet sampled.

PFOA (Perfluorooctanoic acid)

● Over EPA limit (1.0×)
Measured 4.1 ng/LEPA limit 4 ng/LSample year 2023Samples 2 detect / 22

below national p90 (13.649999999999999 ng/L across detecting U.S. systems)

Lithium

● Detected (no federal limit)
Measured 32.2 mg/LSample year 2023Samples 18 detect / 22

below national p90 (76.59999999999991 mg/L across detecting U.S. systems)

PFBS

● Detected (no federal limit)
Measured 5.8 ng/LSample year 2023Samples 5 detect / 22

below national p90 (13.909999999999979 ng/L across detecting U.S. systems)

PFHpA

● Detected (no federal limit)
Measured 3.6 ng/LSample year 2023Samples 2 detect / 22

below national p90 (9.309999999999999 ng/L across detecting U.S. systems)

PFPeA

● Detected (no federal limit)
Measured 358 ng/LSample year 2023Samples 16 detect / 22

22.4× the national p90 (15.95999999999999 ng/L across detecting U.S. systems)

PFHxA

● Detected (no federal limit)
Measured 12.9 ng/LSample year 2023Samples 6 detect / 22

above national p90 (12.190000000000003 ng/L across detecting U.S. systems)

6:2 FTS

● Detected (no federal limit)
Measured 0.672 µg/LSample year 2023Samples 2 detect / 22

17.2× the national p90 (0.03898000000000001 µg/L across detecting U.S. systems)

ADONA

● Detected (no federal limit)
Measured 0.0034 µg/LSample year 2023Samples 2 detect / 22

below national p90 (0.0081 µg/L across detecting U.S. systems)

PFBA

● Detected (no federal limit)
Measured 74.8 ng/LSample year 2023Samples 5 detect / 22

4.2× the national p90 (18 ng/L across detecting U.S. systems)

PWSID TX0790005 · Source: EPA UCMR5. Limits per EPA's April 2024 PFAS National Primary Drinking Water Regulation. PFAS values reported in nanograms per liter (ng/L) — note that 1 ng/L = 1 part per trillion.

Where your water comes from · EPA SDWIS

Sugar Land, TX's drinking water comes from ground water, drawn from 15 sources.

Source

15ground water
  • 19 - AUSTIN PKWAY REPL
  • 11 - 1100 LAKEVIEW
  • 3 - 13743 WOODCHESTER
  • 5 - 1106 ELDRIDGE
  • + 11 more

Treatment

7treatment plants
  • PLANT - 13373 WOODCHESTER
  • PLANT - 1101 LAKEVIEW
  • PLANT - 8 SUGARCREEK BLVD
  • + 4 more

Distribution

24storage units

Also buys water from FIRST COLONY MUD 9, FORT BEND COUNTY WCID 2, and 1 more.

Historical readings · EPA Six-Year Review (2012–2019)

2 contaminants historically over EPA limits in Sugar Land, TX

About this data

Every U.S. public water system reports compliance-monitoring data to EPA. The Six-Year Review releases the 2012–2019 window as a single dataset — here's what your system reported, year by year. Values shown are the highest detection per analyte per year, compared to the federal MCL.

ContaminantWorst detectionEPA limitYears (2012–2019)
GROSS BETA
worst: 2012
8.9 mrem/yr
2.2×
4 mrem/yr
'12'13'14'15'16'17'18'19
GROSS ALPHA
worst: 2015
20 pCi/L
1.3×
15 pCi/L
'14'15'17
CHLORITE
worst: 2015
0.885 mg/L
89%
1 mg/L
'13'14'15'16'17'18'19
RADIUM 226 228
worst: 2015
4.15 pCi/L
83%
near national p90
5 pCi/L
'12'14'15'17
CYANIDE
worst: 2014
0.16 mg/L
within
above national p90
0.2 mg/L
'14'16'17'18'19
ATRAZINE
worst: 2014
0.0012 mg/L
within
above national p90
0.003 mg/L
'13'14'15'16'17'18'19
ARSENIC
worst: 2017
0.0036 mg/L
within
below national p90
0.01 mg/L
'12'14'15'17
NITRATE
worst: 2013
2.56 mg/L
within
10 mg/L
'12'13'14'15'16'17'18'19
SELENIUM
worst: 2017
0.0109 mg/L
within
0.05 mg/L
'14'17
SIMAZINE
worst: 2015
0.00081 mg/L
within
0.004 mg/L
'13'15'16'18'19
NITRATE NITRITE
worst: 2015
1.84 mg/L
within
10 mg/L
'12'13'15
TTHM
worst: 2019
0.0146 mg/L
within
0.08 mg/L
'12'13'14'15'16'17'18'19
FLUORIDE
worst: 2017
0.72 mg/L
within
4 mg/L
'12'13'14'15'16'17'18'19
HAA5
worst: 2017
0.0099 mg/L
within
0.06 mg/L
'13'14'15'16'17'18'19
BARIUM
worst: 2014
0.236 mg/L
within
above national p90
2 mg/L
'12'13'14'15'16'17'18'19
ETHYLBENZENE
worst: 2016
0.0014 mg/L
within
0.7 mg/L
'16
TOLUENE
worst: 2016
0.0014 mg/L
within
1 mg/L
'16
XYLENES TOTAL
worst: 2016
0.0079 mg/L
within
10 mg/L
'16'17'18
URANIUM
worst: 2017
0.0083 ug/L
within
below national p90
30 ug/L
'14'15'17
MBAA
worst: 2014
0.0015 mg/L
'14
COPPER
worst: 2012
0.618 mg/L
near national p90
'12'14'15'16'17
LEAD
worst: 2012
0.00607 mg/L
'12'14'15'16'17
DBAA
worst: 2013
0.0024 mg/L
'13'14'15'16'17'18'19
DCAA
worst: 2013
0.0043 mg/L
'13'14'15'16'17'18'19
MCAA
worst: 2017
0.0042 mg/L
'17'18'19
TCAA
worst: 2013
0.0022 mg/L
'13'14'15'17'18'19
BROMODICHLOROMETHANE
worst: 2012
0.0014 mg/L
'12'13'14'15'16'17'18'19
BROMOFORM
worst: 2012
0.0014 mg/L
'12'13'14'15'16'17'18'19
CHLOROFORM
worst: 2013
0.0017 mg/L
'13'14'15'16'17'18'19
DIBROMOCHLOROMETHANE
worst: 2012
0.0022 mg/L
'12'13'14'15'16'17'18'19
PWSID TX0790005 · Source: EPA Six-Year Review 4 (2012–2019). Values are the highest detection in each calendar year; non-detect years are omitted. Year tags above show every year with a detection.

Disinfectants

ContaminantMeasuredStatus
ChloramineA longer-lasting disinfectant made by combining chlorine with ammonia.2.68 mg/LAverageSystem-wideWithin the limit
ChlorineA disinfectant added to drinking water to kill bacteria and viruses.1.58 mg/LAverageSystem-wideWithin the limit

Metals

ContaminantMeasuredStatus
IronA naturally occurring metal common in groundwater.145 ug/LAverageSystem-wideWithin the limit
ManganeseA naturally occurring metal from soil and rock.6.3 ug/LAverageSystem-wideWithin the limit
NickelA metal from natural deposits and industrial discharge.1.2 ug/LAverageSystem-wideWithin the limit
CalciumA naturally occurring mineral that contributes to water hardness.53.9 mg/LAverageSystem-wideDetected — no federal limit
MagnesiumA naturally occurring mineral that contributes to water hardness.8.7 mg/LAverageSystem-wideDetected — no federal limit
PotassiumA naturally occurring mineral from rock and soil.6.4 mg/LAverageSystem-wideDetected — no federal limit
SodiumA naturally occurring salt component.85.9 mg/LAverageSystem-wideDetected — no federal limit

Physical & aggregate

ContaminantMeasuredStatus
Total Dissolved SolidsTotal dissolved solids — the combined content of all dissolved minerals and salts.345 mg/LAverageSystem-wideWithin the limit
AlkalinityA measure of the water's capacity to neutralize acids.216 mg/LAverageSystem-wideDetected — no federal limit
HardnessA measure of dissolved calcium and magnesium minerals.171 mg/LAverageSystem-wideDetected — no federal limit
pHA measure of how acidic or basic the water is.8AverageSystem-wideDetected — no federal limit
TOCTotal organic carbon — a measure of organic material dissolved in the water.47.9 %AverageSystem-wideDetected — no federal limit

Inorganic chemicals

ContaminantMeasuredStatus
ChlorideA naturally occurring salt compound.65 mg/LAverageSystem-wideWithin the limit
SulfateA naturally occurring mineral from rock and soil.28 mg/LAverageSystem-wideWithin the limit

VOCs & pesticides

ContaminantMeasuredStatus
XylenesA group of industrial solvents found in gasoline and paint.0.0006 mg/LMaximumSystem-wideWithin the limit

Microbial

ContaminantMeasuredStatus
Total ColiformA group of bacteria used as an indicator of overall water-system sanitation.2Highest single sampleHighest # of PositiveDetected — no federal limit
+By source (2)Highest # of Positive, Total # of Positive E Coli or Fecal Coliform Samples
  • Highest # of PositivePlant
  • Total # of Positive E Coli or Fecal Coliform SamplesPlant

Radionuclides

ContaminantMeasuredStatus
Combined RadiumCombined radium-226 and radium-228 — naturally occurring radioactive elements.2.6 pCi/LMaximumSystem-wideDetected — no federal limit
Source: Sugar Land, TX's 2024 Consumer Confidence Report — the annual drinking-water report every U.S. utility is required to publish. The numbers on this page are the utility's own. A water-quality report covers an entire service area, not a single address.

People also ask about Sugar Land, TX's water

+Is Sugar Land, TX tap water safe to drink in 2024?

Every one of the 38 contaminants measured in Sugar Land, TX's 2024 Consumer Confidence Report is below its federal limit. "Safe" under the EPA's drinking-water standards is health-based, not aesthetic — but by those standards, no measured contaminant in this report exceeds its enforceable threshold. Individual health concerns (e.g. immunocompromised, infant, pregnancy) may warrant additional filtering regardless of compliance.

+What contaminants are in Sugar Land, TX tap water?

38 contaminants were measured in Sugar Land, TX's 2024 Consumer Confidence Report, spanning metals, disinfection byproducts, and physical & aggregate. 24 have an enforceable federal limit; the rest are detected but unregulated. Every measured value, in the utility's own units, is on this page.

+Where does the data on this page come from?

Every value is transcribed from Sugar Land, TX's 2024 Consumer Confidence Report — the annual drinking-water report every U.S. public water utility is required by federal law to publish. The original source document is archived and viewable on this site. A water-quality report covers an entire service area, not a single address.

+How often is Sugar Land, TX's water quality data updated?

Each U.S. public water utility publishes one Consumer Confidence Report per year, covering the prior calendar year's measurements. This page reflects the 2024 report; a new report will replace it once the utility publishes its next annual update.

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