Chesapeake Water Problems, Contaminants & Treatment Options
Explore substances reported in Chesapeake drinking water, compare EPA standards with Environmental Working Group health guidelines, and see which home water-treatment systems are designed for different concerns.
Is Chesapeake Tap Water Safe—and Which System Should You Consider?
Chesapeake's 2025 Water Quality Report says the municipal supply consistently meets or surpasses applicable drinking-water standards. EWG applies separate, non-enforceable health guidelines and lists several detected substances above those lower benchmarks.
For drinking and cooking water: start with reverse osmosis when the goal is broad reduction of dissolved contaminants at a dedicated faucet.
For hardness, scale or disinfectant taste throughout the house: start with a whole-home softener or conditioner configured for the problem.
For a specific PFAS or lead concern: compare targeted PFAS/lead filtration with reverse osmosis and confirm the exact model's performance claims.
For a private well: choose treatment only after property-specific testing for iron, sulfur, pH, tannins, sediment and other well conditions.
Start With Where You Want the Water Treated
The most useful first decision is whether you want highly filtered water at the kitchen sink, treatment throughout the home, targeted PFAS and lead filtration, or a property-specific private-well solution.
Drinking and Cooking Water
Choose reverse osmosis when the main goal is reducing a broad range of dissolved contaminants at a dedicated faucet and, where practical, a refrigerator line.
Explore Chesapeake Reverse Osmosis →Whole-Home Hardness and Carbon Treatment
Choose whole-home treatment when the main concerns are hardness, scale, spotting, chlorine or chloramine taste and odor throughout the house.
Explore Chesapeake Water Softeners →Targeted PFAS and Lead Filtration
Choose the PFAS / Lead category when the goal is specialized whole-home treatment for specified PFAS and lead concerns, often paired with RO drinking water.
Explore Chesapeake PFAS Filters →Private-Well Conditions
Choose well-water treatment for iron, sulfur odor, low pH, tannins, sediment or other property-specific conditions identified through appropriate testing.
Explore Chesapeake Well Water Treatment →What Is Reported in Chesapeake Drinking Water?
Chesapeake's 2025 Water Quality Report presents 2025 monitoring unless otherwise stated. The City says its drinking water consistently meets or surpasses applicable drinking-water standards. Separate EWG data applies independent health-based benchmarks that can be far lower than enforceable legal limits.
Regulatory Standards
EPA maximum contaminant levels are enforceable standards for public water systems. The official city report says the substances listed in its compliance tables met applicable standards.
Health Guidelines
EWG guidelines are non-enforceable health benchmarks. A substance can meet an EPA legal limit while still appearing above an EWG guideline.
Your Home
Municipal reporting does not describe every service line, plumbing fixture, private well or household preference involving taste, odor, hardness and filtration.
Meeting a legal standard and exceeding an EWG guideline are not contradictory.
EPA limits and EWG guidelines serve different purposes. EWG is not a regulatory agency, and its guidelines are not legal limits. Use the official city report for compliance information and EWG data as additional health-guideline context.
Contaminants Shown Above EWG Health Guidelines in Chesapeake
The uploaded EWG results show twelve Chesapeake contaminants above EWG's health guidelines. Many are disinfection byproducts. EWG health guidelines are not enforceable legal limits and may use different reporting periods than Chesapeake's 2025 city report.
View all contaminants listed above EWG health guidelines
EWG: 0.06 ppb
Legal limit: None shown
EWG: 210 ppb
Legal limit: None shown
EWG: 0.4 ppb
Legal limit: None shown
EWG: 0.02 ppb
Legal limit: None shown
EWG: 0.03 ppb
Legal limit: None shown
EWG: 0.1 ppb
Legal limit: None shown
EWG: 0.2 ppb
Legal limit: None shown
EWG: 0.1 ppb
Legal limit: 60 ppb
EWG: 0.06 ppb
Legal limit: None shown
EWG: 0.05 pCi/L
Legal limit: 5 pCi/L
EWG: 0.15 ppb
Legal limit: 80 ppb
EWG: 0.1 ppb
Legal limit: None shown
Other Contaminants Detected in Chesapeake Water
The uploaded EWG results also show nine additional substances in Chesapeake water that are within the listed EWG guideline or legal limit, or that have no EWG health guideline shown.
View all other contaminants detected in the EWG data
EWG: 700 ppb
Legal: 2,000 ppb
EWG: 0.5 ppb
Legal: None shown
EWG: No health guideline shown
Legal: 4 ppm
EWG: 100 ppb
Legal: None shown
EWG: 40 ppb
Legal: None shown
EWG: 25 ppb
Legal: None shown
EWG: 53 ppb
Legal: None shown
EWG: 0.14 ppm
Legal: 10 ppm
EWG: 1,500 ppb
Legal: None shown
Contaminants and Water Characteristics in the Official Chesapeake Report
The official Chesapeake report includes regulated substances, disinfectants, disinfection byproducts, lead and copper, radionuclides, turbidity, UCMR 5 monitoring and additional water-quality parameters. The City states that Chesapeake consistently meets or surpasses applicable drinking-water standards.
View selected official Chesapeake report data
| Substance or Measure | Official Report Result | Standard or Context | Why Homeowners May Care |
|---|---|---|---|
| Regulated substances and disinfectants | |||
| Barium | Up to 40 ppb reported depending on supply | MCL 2,000 ppb — Meets EPA standard | Dissolved mineral; some homeowners choose point-of-use treatment for additional reduction. |
| Total chlorine | Running annual averages reported as 3.36, 3.20 and 2.62 ppm by supply | MRDL 4 ppm — Meets EPA standard | Disinfectant residual can influence taste, odor and whole-home filtration preferences. |
| Fluoride | Reported values include 0.75, 0.60 and 0.82 ppm | MCL 4 ppm — Meets EPA standard | RO is commonly chosen when a homeowner wants lower fluoride at the drinking-water faucet. |
| Nitrate | Reported below the 10 ppm MCL | MCL 10 ppm — Meets EPA standard | RO is a common point-of-use treatment category for nitrate reduction. |
| Disinfection byproducts | |||
| Total trihalomethanes (TTHMs) | NWR/LG range 8–39 ppb, LRAA 30 ppb; Portsmouth range 26–53 ppb, LRAA 48 ppb | MCL 80 ppb — Meets EPA standard | Carbon and RO treatment choices depend on whether the goal is whole-home or drinking-water reduction. |
| Haloacetic acids (HAA5) | NWR/LG range ND–27 ppb, LRAA 21 ppb; Portsmouth range 4–43 ppb, LRAA 33 ppb | MCL 60 ppb — Meets EPA standard | RO is generally the stronger point-of-use category; carbon performance varies by compound and setup. |
| Lead, copper and radionuclides | |||
| Lead | 0 samples above the 15 ppb action level in the reported monitoring | Action level 15 ppb — Meets EPA standard | Lead can be property-specific because household plumbing and service-line materials vary. |
| Copper | 0 samples above the 1.3 ppm action level in the reported monitoring | Action level 1.3 ppm — Meets EPA standard | Copper can originate from corrosion of household plumbing. |
| Combined radium | 0.6 pCi/L NWR; 0.2 pCi/L LG; ND in Norfolk and Portsmouth supplies | MCL 5 pCi/L — Meets EPA standard | Radionuclides are naturally occurring in some source waters. |
| Additional water-quality characteristics | |||
| Hardness | Highest reported values include 36 ppm NWR/LG, 53 ppm Norfolk and 54 ppm Portsmouth | No federal MCL | Hardness affects scale, spotting, soap performance and whole-home treatment preferences. |
| pH | Monthly-average ranges shown around 7.2–8.1 depending on source | Typical secondary range 6.5–8.5 | pH affects corrosion and treatment selection. |
| Ammonia | Detected in additional water-quality parameters depending on source | Non-regulated parameter in the report | Can be relevant to chloramine chemistry and carbon treatment selection. |
Use Chesapeake's official 2025 Water Quality Report for regulatory compliance, source-specific ranges, definitions and footnotes. EWG uses separate, non-enforceable health guidelines and may use different reporting periods.
PFAS and Lead Require Different Context
Chesapeake's 2025 report discusses UCMR 5 monitoring and lead/copper monitoring, but the source of a concern and the treatment decision can be different.
PFAS Monitoring in the City Report
The report lists lithium and 29 PFAS under EPA's UCMR 5 monitoring. For the Northwest River and Western Branch systems, the listed PFAS were reported as ND, or not detected, during the stated sampling periods.
A non-detect result applies to the compounds, samples and analytical thresholds used in that monitoring. It does not mean every possible PFAS compound was tested at every household faucet.
Lead Can Be Property-Specific
The report explains that lead in drinking water is primarily associated with service lines and home plumbing materials. Chesapeake reported no samples above the 15 ppb lead action level in the monitoring summarized in the report.
Because plumbing materials vary by property, a system-wide report cannot determine the lead concentration at every individual faucet. Specialized laboratory testing may be appropriate for a specific lead concern.
Do not use the free in-home test as a substitute for certified laboratory testing.
ECWQ's free home water evaluation is useful for hardness and common aesthetic concerns. PFAS, lead and many other contaminants require appropriate sample collection and laboratory analysis.
How Do I Get Iron Out of My Chesapeake Well Water?
Municipal-water data does not describe private-well conditions. In this local video, Chris explains why iron can be especially high in some Chesapeake well-water areas and how iron type, concentration, sulfur and pH affect treatment.
Read Video Transcript
Guys, Chris here with East Coast Water Quality. Your question is, how do I get this iron out of my Chesapeake well water? Especially, guys, if you're around that Carolina line, North Carolina line, Chesapeake, Hickory, really a lot of the areas there on the outskirts, you probably notice that you have extremely high iron.
There's two types of iron really going to be looking at: ferrous iron, ferric iron, dissolved iron, or oxidized iron. And one of the things you do have as well, which we'll talk about real quickly here, is a lot of times you have the sulfur that runs with the water as well. But in a lot of parts of Chesapeake, it can really vary. A couple miles away, you could have even tannins. That's a different video, but really just talking and staying focused on the iron.
A key part to know: is it ferrous iron? Is it ferric iron? One thing you can really tell is, if you want to fill up a glass, let it sit for an hour or two and just see if it possibly turns orange at all. This is not a scientific test for you, but short version is, if it's oxidizing that fast, it's going to let us know whether we want to use a water softener or an oxidation system.
I will tell you, for us to treat your water, we're going to have to treat it right. We're not desperate for a sale. So, a lot of people run out here, go grab a water softener. We're also the exclusive water treatment dealer for over 25 Lowe's, and we come behind the do-it-yourselfers all the time putting a water softener on iron.
And whether it's ferrous or ferric, it needs to be a quality piece of equipment. And one of the big determining factors on whether you're going to put a water softener or use an exclusive iron system is how many parts of iron are in there. Because when you go to set a water softener, it can take out some dissolved iron. But then you just get to whether you're doing that responsibly or not.
Because if you're going to put a water softener on, let's just say three, five parts of iron, you're making that water softener work so hard because you're having to up those settings. You're going to have to put your regular hardness into the water softener, which is all it's designed to do, which is take out calcium, magnesium ions and trade those for sodium ions out of your brine tank. And that's fantastic. Has nothing to do with full-blown iron, especially in some of these areas that we're talking about there in Chesapeake.
You will take the life of that water softener, even if it's a high-quality piece of equipment like ours on our Protector Series line. We're not going to put those in unless we know that it's the proper amount because if you're making that water softener regenerate every single day or every two days even, that's just not what they're designed to do.
So really, when it comes down to the iron, if we're getting over a couple parts iron, we're always pushing into what's called an oxidation system. And our Iron Sulfur Breaker, which is what's behind me on the screen, is typically going to be our solution.
Now, sometimes we have to use an oversized Iron Sulfur Breaker. They can be geared more towards sulfur. They can be geared more towards the iron. But the number one thing it does, it takes out all that iron right out the gate before it ever runs into a water softener, before it goes into anything.
No matter what you're facing there, you could have sulfur, you could have tannins. For some companies that may be watching this, this is really educational for many, but the first thing you absolutely have to do is get the iron right. The iron has to be out.
Now, without getting too technical, the pH also has to be at least 6.0 as well for these iron breakers to work and sulfate systems and stuff like that. Not on the sulfur if it was exclusive sulfur. But for the iron, we do need to make sure the pH is right.
But if you don't remove that iron, it's going to tear up everything else that's in line as you go down. Depending on what you're facing, because you could start with iron, you could have tannins, you could have crazy hardness, but all that has to be treated first.
Really, the best way to treat these iron sulfur issues is going to be the Iron Breaker to take that out. If you have sulfur, I can just guarantee you this is going to be a separate video. If you have sulfur, we are absolutely, even if it's one part of iron or half a part of iron, we're going to go to our Iron Sulfur Breaker because there's no way to oxidize that gas without taking it out unless you're using chemicals, which one thing you'll notice here at East Coast, we're not going to use chemicals unless we absolutely have to.
The maintenance, the longevity of those chemical feeders and things like that, we stopped using them several years ago.
So, I hope this video helps a little bit. I'm sorry if you're facing that problem there. Chesapeake is beautiful. However, you get into the well water areas and a lot of you are facing this problem. Give us a call if you have any questions.
What You'll Learn in This Video
- The difference between ferrous (dissolved) iron and ferric (oxidized) iron
- Why iron levels can be extremely high in some Chesapeake well water areas
- When a water softener can remove some dissolved iron and when it isn’t the right solution
- Why higher iron levels may require an oxidation system or Iron Sulfur Breaker
- Why pH needs to be correct for iron treatment equipment to work properly
- How sulfur, tannins, hardness, and iron can affect which treatment system is needed
Which Chesapeake Water Treatment System Addresses Which Problem?
No single system is the best choice for every water concern. The correct treatment depends on the substance, whether you want to treat one drinking-water faucet or the whole home, and the exact performance claims of the selected model.
Read this matrix as a treatment guide—not a blanket removal guarantee.
Actual reduction depends on system configuration, media, membrane performance, flow rate, maintenance, water chemistry and certification. Confirm all claims against the exact product specifications before publishing.
Open the complete contaminant-to-system comparison
| Water Problem or Contaminant | Reverse Osmosis | Whole-Home Conditioner / Carbon | PFAS / Lead Series | Iron / Sulfur or Well System | Best Page to Visit |
|---|---|---|---|---|---|
| Dissolved drinking-water contaminants | |||||
| Arsenic | Strong point-of-use option when the membrane is rated for arsenic reduction | Not the primary purpose | Only when specifically rated for the arsenic form present | Not a standard iron/sulfur claim | Reverse Osmosis → |
| Fluoride | Common RO treatment target | Standard softening/carbon does not target fluoride | Not the primary whole-home PFAS/lead claim | Not applicable | Reverse Osmosis → |
| Nitrate / Nitrite | Common RO treatment target | Not removed by a standard softener or carbon filter | Not the primary purpose | Specialized well treatment may be required | Reverse Osmosis → |
| Total dissolved solids and sodium | Designed to reduce a broad range of dissolved solids | A softener exchanges hardness minerals and can add sodium | Not the primary purpose | Not the primary purpose | Reverse Osmosis → |
| Hexavalent chromium, barium, selenium, cadmium, antimony and similar dissolved metals | RO may reduce many dissolved inorganic contaminants when rated for them | Not the primary purpose | Performance depends on exact media and certification | Not a standard iron/sulfur claim | Reverse Osmosis → |
| Disinfection chemicals and byproducts | |||||
| Chloramine | RO systems commonly use carbon pretreatment before the membrane | Catalytic carbon is commonly used for whole-home chloramine reduction | May include carbon depending on configuration | Not an iron/sulfur treatment goal | Whole-Home Treatment → |
| Chlorine taste and odor | Carbon stages treat drinking-water taste and odor | Whole-home carbon can treat water throughout the house | Depends on media configuration | Not the primary purpose | Water Softeners / Conditioners → |
| TTHMs and individual trihalomethanes | RO plus carbon can be a strong drinking-water approach | Activated or catalytic carbon may reduce many volatile byproducts | Depends on exact carbon/media configuration | Not the primary purpose | Reverse Osmosis → |
| Haloacetic acids (HAA5 / HAA9) | RO is generally the stronger point-of-use option | Carbon performance varies by compound, contact time and configuration | Depends on exact system design | Not the primary purpose | Reverse Osmosis → |
| Chlorate | Reduction depends on membrane and system performance | Carbon is not generally the primary chlorate treatment | Not the primary purpose | Not applicable | Reverse Osmosis → |
| PFAS and lead concerns | |||||
| PFAS, including PFOA and PFOS | Strong point-of-use option when certified or tested for specified PFAS | Carbon can reduce some PFAS, but performance and breakthrough vary | Primary whole-home PFAS treatment page | Not the primary purpose | PFAS Water Filters → |
| Lead | Point-of-use RO can reduce lead when rated for it | A standard softener is not a lead filter | Primary whole-home lead filtration page | Not the primary purpose | PFAS / Lead Filters → |
| Hardness and household water quality | |||||
| Hardness, mineral scale and soap performance | Treats drinking water only and is not a whole-home softening solution | Primary whole-home hardness treatment | Not the primary purpose | May be paired with well treatment when hardness is also present | Water Softeners → |
| Spotting and mineral residue | Improves drinking-water faucet and connected refrigerator water | Addresses hardness-related spotting throughout the home | Not the primary purpose | Depends on the mineral source | Water Softeners → |
| Taste, odor and drinking-water clarity | Primary drinking and cooking water solution | Carbon treatment can improve water throughout the home | Depends on system media | Used when odor is caused by sulfur or well conditions | Compare RO → |
| Private-well problems | |||||
| Iron staining | Not a substitute for whole-home iron treatment | A softener may help limited dissolved iron under suitable conditions | Not the primary purpose | Primary iron-treatment category | Well Water Treatment → |
| Hydrogen sulfide / rotten-egg odor | Does not solve whole-home sulfur odor | A standard softener is not the primary sulfur treatment | Not the primary purpose | Iron / sulfur oxidation treatment | Well Water Treatment → |
| Low pH / acidic water | Does not correct whole-home source-water acidity | A standard softener does not neutralize acidity | Not the primary purpose | Neutralization system selected from test results | Well Water Treatment → |
| Tannins, sediment and property-specific well conditions | May be used after whole-home treatment for drinking water | Not one universal solution | Not the primary purpose | Requires testing and condition-specific media | Well Water Treatment → |
“Best” identifies the most relevant system category for the concern, not a universal performance guarantee. Verify the exact contaminant reduction claim, certification and operating conditions for the product offered.
Compare the Main Treatment Options
Each system below is designed for a different treatment goal. Use the dedicated Chesapeake product pages for specifications, installation details, maintenance information and exact contaminant-reduction claims.
Drinking-Water TreatmentProtector Reverse Osmosis
Point-of-use treatment for highly filtered drinking and cooking water from a dedicated faucet, with a refrigerator connection available where practical.
- Broad reduction of dissolved contaminants
- Common option for fluoride, nitrate and dissolved solids
- Can reduce specified PFAS and lead when rated for them
- Improves drinking-water taste and clarity
Whole-Home TreatmentProtector Whole-Home Conditioner
Whole-home treatment for hardness-related concerns and selected taste, odor and disinfectant issues, depending on the exact configuration.
- Treats showers, sinks, laundry and appliances
- Addresses hardness, scale and spotting
- Catalytic carbon can reduce chlorine and chloramine
- Not a substitute for RO or targeted PFAS filtration
Targeted Whole-Home FiltrationProtector PFAS / Lead Series
Specialized whole-home filtration for specified PFAS and lead concerns, with performance based on the exact certified or tested model.
- Whole-home treatment at every connected fixture
- Designed for specified PFAS and lead reduction
- Often paired with RO for drinking-water protection
- Annual service or media replacement requirements apply
Private-Well TreatmentIron, Sulfur and Well-Water Systems
Property-specific treatment for iron staining, sulfur odor, low pH, tannins, sediment and other private-well conditions.
- Selected from appropriate water testing
- Whole-home oxidation and filtration options
- Neutralization available for acidic water
- May be combined with softening or RO
Not sure which page matches your concern?
Start with whether the problem affects only drinking water, every fixture in the home, a specific contaminant such as PFAS or lead, or a private-well condition. ECWQ can then help determine which system category deserves a closer look.
Use the Right Test for the Right Water Problem
A home water evaluation can identify common aesthetic conditions, but many health-related contaminants require specialized laboratory testing and careful sample collection.
Free In-Home Water Test
Useful for hardness and common aesthetic concerns such as scale, spotting, taste and odor. It is not a complete laboratory contaminant analysis.
Certified Laboratory Testing
PFAS, lead, arsenic, nitrate, bacteria and other specific contaminants may require certified laboratory testing using the correct sampling method.
Private-Well Testing
Well-water treatment should be based on the conditions at the property. Iron, sulfur, pH, tannins, sediment and bacteria can vary significantly from one well to another.
Continue With the Page That Matches Your Goal
Use these local pages to go deeper into the water report, treatment system or testing option most relevant to your home.
Water Quality Report
Read the official city report, water source, testing results and embedded PDF.
View the Chesapeake Water Report →Reverse Osmosis
Explore highly filtered drinking and cooking water for a dedicated faucet and refrigerator line.
View Chesapeake Reverse Osmosis →Water Softeners
Compare whole-home treatment for hardness, scale, spotting and chlorine or chloramine concerns.
View Chesapeake Water Softeners →PFAS Water Filters
Compare whole-home PFAS and lead filtration with reverse osmosis drinking-water treatment.
View Chesapeake PFAS Filters →Well Water Treatment
Explore property-specific systems for iron, sulfur, acidity, tannins and sediment.
View Chesapeake Well Water Treatment →Free Water Test
Schedule a local evaluation for hardness and common aesthetic water concerns.
Schedule a Chesapeake Water Test →Chesapeake Water Problems FAQs
Does Chesapeake tap water meet EPA standards?
The City's 2025 Water Quality Report states that Chesapeake consistently meets or surpasses applicable drinking-water standards.
Why does EWG show contaminants above its guidelines if the water meets EPA standards?
EPA maximum contaminant levels are enforceable legal standards. EWG health guidelines are non-enforceable benchmarks that can be much lower. A contaminant can therefore meet an EPA limit while appearing above an EWG guideline.
What contaminants does EWG show above its health guidelines?
The uploaded EWG data shown on this page lists bromodichloromethane, chlorate, chloroform, hexavalent chromium, dibromoacetic acid, dibromochloromethane, dichloroacetic acid, HAA5, HAA9, combined radium, total trihalomethanes and trichloroacetic acid above EWG guidelines.
Were PFAS detected in Chesapeake's UCMR 5 samples?
The official report lists the UCMR 5 contaminants, including 29 PFAS, as ND (not detected) for the Northwest River and Western Branch systems during the stated sampling periods. A non-detect result applies to the compounds, samples and reporting thresholds used in that monitoring.
Can lead vary from one Chesapeake home to another?
Yes. The City report explains that lead can come from service lines and household plumbing materials. A system-wide report cannot determine the lead level at every individual faucet.
Which system is best for disinfection byproducts such as TTHMs and haloacetic acids?
Reverse osmosis with carbon pretreatment is generally the stronger point-of-use option for drinking water. Whole-home carbon may reduce many disinfection byproducts, but performance varies by compound, media, contact time and system configuration.
Does a water softener remove PFAS, arsenic or nitrate?
A standard water softener is designed primarily for hardness minerals. PFAS, arsenic, nitrate and similar dissolved contaminants require appropriately selected filtration or reverse osmosis rather than standard softening alone.
Which Chesapeake water system treats hardness and scale?
A whole-home water softener or conditioner is the primary category for hardness, mineral scale and spotting throughout the home.
Which system treats iron or sulfur odor in well water?
Iron staining and hydrogen-sulfide odor are generally addressed with property-specific whole-home oxidation and filtration systems selected from appropriate well-water testing.
Does the free water test include PFAS testing?
No. ECWQ's free in-home evaluation is not certified PFAS testing. PFAS analysis requires specialized sample collection and laboratory testing.
Can one home need more than one water treatment system?
Yes. A homeowner may use whole-home treatment for hardness or disinfectants, a PFAS/lead system for targeted whole-home filtration, and reverse osmosis for highly filtered drinking water.
Find the Right Water Treatment System for Your Chesapeake Home
Start with the water problem you want to solve, then compare the Chesapeake system page designed for that treatment goal or schedule a free home water evaluation.
Virginia:
Virginia Beach, Norfolk, Chesapeake, Newport News, Hampton, Portsmouth, Suffolk, Williamsburg, Smithfield, Gloucester, Yorktown, Poquoson, Isle of Wight, Carrollton, Seaford, Grafton, Franklin, Emporia, Cape Charles, Courtland, Wakefield, Windsor, Naval Air Station Oceana, Naval Station Norfolk, Langley Air Force Base, Fort Eustis, Fort Monroe
North Carolina:
Raleigh, Durham, Fayetteville, Wilmington, Apex, Burlington, Wake Forest, Garner, Greenville, Jacksonville, Goldsboro, New Bern, Clayton, Kinston, Elizabeth City, Havelock, Hope Mills, Southern Pines, Pinehurst, Laurinburg, Lumberton, Henderson, Tarboro, Morehead City, Washington, Oak Island, Kill Devil Hills, Carolina Beach, Moyock, Shallotte, Williamston, Hampstead, Beaufort, Surf City, Whiteville, Newport, Ahoskie, Edenton, Swansboro, Plymouth, Emerald Isle, Kitty Hawk, Nags Head, Windsor, Sneads Ferry, Hubert, Hertford, Rocky Point, Manteo, Atlantic Beach, Camden, Castle Hayne, Bayboro, Maysville, Riegelwood, Creswell, Vanceboro, Oriental, Roper, Aulander, Rich Square, Currituck, Winton, Corolla, Camp Lejeune
Hampton Roads VA / Northeast NC
3400 Airline Boulevard, Portsmouth VA 23701
757-966-7600
Jacksonville NC / Morehead City NC
2582 NC-24, Newport NC 28570
252-777-5151

Wilmington NC / Leland NC
1026 Appleton Way NE #130, Leland, NC 28541
910-807-2300

Raleigh-Durham NC / Garner NC
313F Highway 70 East, Garner, NC 27529
919-238-9900