Problems We Solve

This toxic element is found naturally in soil and bedrock. Ingestion in high amounts can lead to serious health problems.

Small amounts of salt are natural. Higher levels are unnatural and may indicate a faulty water softener, road salt, septic waste or fertilizer contamination.

A natural part of the microbiology of soils, insects, and warm-blooded animals, coliform bacteria is the primary indicator for the presence of disease-causing organisms in water.

Found naturally in water. While low levels of fluoride are desirable, excessive amounts may stain teeth.

Interferes with cleaning tasks from laundering and dishwashing to bathing and personal grooming. Clothes laundered in hard water may look dingy and feel harsh and scratchy. Dishes and glasses may be spotted when dry. Hard water may leave film on glass shower doors, shower walls, bathtubs, sinks, faucets, etc. Hair washed in hard water may feel sticky and look dull. These deposits also collect in household plumbing lines, water heaters and appliances, reducing their efficiency.

A gas dissolved in water. It is easily detected by its rotten egg odor.

Not considered hazardous to health, but when the level of iron exceeds 0.3 mg/l water may leave behind red, brown, or yellow stains on laundry, glassware, dishes and fixtures. The water may have a metallic taste and an offensive odor, or even restrict or clog piping and fixtures.

A metal found in rock, which does not occur naturally in its pure form. It is often accompanied by iron and hydrogen sulfide and causes black stains. Evidence of manganese staining is typically found in the dishwasher.

Elevated levels can be an indication of farm chemical or lawn fertilizer contamination, or even septic saturation. Nitrates can pose a serious health risk to infants.

Having safe drinking water is something that most Americans tend to take for granted. However, not all cities and towns across the country consistently get access to potable and contaminant-free water. Depending on the source, drinking water may contain water contaminants like PFOA chemicals that can pose risks to one’s health and safety.

If you’re skeptical about what’s in your water, it might be time to get water filtration in Bucks County, Warminster PA, or Newtown PA to ensure worry-free drinking water. A filtration system is one of the best ways to deal with potentially unsafe tap water and prevent the risks associated with PFOA chemicals and other harmful contaminants.

Here are some of the potential water contaminants that Mercer County, NJ, Monmouth County, NJ, and Bucks County, PA residents may encounter: Arsenic, Chlorides, PFOA, Lead, Sulfates, & More

The best solution depends on what’s in your water. Laboratory testing can identify contaminants such as PFAS, lead, nitrates, bacteria, etc. Free basic testing can check for common issues like excess minerals or high iron.

Based on your water quality test results, Kel Tren WaterCare can recommend the right water treatment system, such as reverse osmosis, carbon filtration, or UV disinfection.

Common signs of hard water include:

• White scale on plumbing fixtures
• Spots on dishes
• Dry-feeling skin and hair
• Dingy, scratchy laundry
• Mineral staining throughout your property
• Poor soap lather
• Poor appliance efficiency
• Plumbing issues

Hard water contains elevated levels of dissolved calcium and magnesium. A water hardness test can measure these minerals and determine whether a water softener installation is recommended.

The source of a rotten egg smell in water is typically hydrogen sulfide gas. It may occur naturally in groundwater or result from certain bacteria. If the odor only comes from hot water, your water heater may also be contributing to the problem. Water testing can help identify the source before treatment is recommended.

The right treatment depends on what is causing the odor. Solutions may include oxidation and filtration, activated carbon, or other specialized water treatment. If bacteria are contributing to the problem, additional chemical or UV treatment may be needed. Testing your water first helps determine the best way to eliminate the sulfur odor.

Hydrogen sulfide gas can occur naturally as groundwater interacts with soil, rock, and decaying organic material. It can also be produced by sulfur-reducing bacteria in groundwater.

Methane is another gas that may occur naturally in well water, typically when organic material buried in sediments breaks down. Methane is colorless and odorless, but it is a safety concern because it can collect in enclosed areas, displace oxygen, and become flammable or explosive.

Treatment should be selected after testing the water and identifying the gas source, concentration, and related water-quality conditions such as iron, manganese, bacteria, and pH.

Hydrogen sulfide may be treated with aeration and filtration, oxidation and filtration, or activated carbon filters. If the odor is limited to hot water, the water heater may be contributing to the problem.

Methane is typically removed with an aeration system that separates the gas from the water and vents it safely outdoors.

Cloudy tap water is often caused by tiny air bubbles and may clear after the water sits in a glass for a few minutes. If the cloudiness does not disappear, sediment, minerals, or other water quality issues may be responsible. Professional testing can determine whether filtration or another treatment is needed.

Sediment can include dirt, sand, silt, rust, clay, and other small particles. It may enter well water naturally or come from aging pipes and plumbing. Sediment filtration can capture these particles before they reach faucets, fixtures, appliances, and other water treatment equipment.

Hard water occurs when water picks up dissolved calcium and magnesium as it moves through soil and rock. A water softener removes these minerals through a process called ion exchange. This helps reduce scale buildup in plumbing, fixtures, and water-using appliances.

A metallic taste may be caused by iron, manganese, copper, zinc, or corrosion within your plumbing system. The correct treatment depends on which substance is present and where it is coming from. Water testing can identify the cause and help determine whether filtration, pH adjustment, or another solution is appropriate.

Iron occurs naturally in soil and rock and is common in groundwater supplies across Pennsylvania and New Jersey.

For residents who rely on private wells in places like Morris and Sussex Counties in New Jersey and Warren County in PA, iron can cause orange or reddish stains on sinks and toilets, metallic tastes, rust flakes, and discolored water.

Depending on the type and amount of iron present, treatment may include oxidation plus an iron filtration system, or other specialized treatment.

Nitrates are compounds containing nitrogen and oxygen that can enter groundwater from fertilizers, septic systems, animal waste, and other sources. High nitrate levels are a health concern, especially for infants. The EPA recommends that private well owners test their water for nitrates annually.

Reverse osmosis water filters and certain ion exchange systems using specialized resin can reduce nitrates in drinking water. The right solution depends on the nitrate concentration, your water source, household water use, and other water quality conditions.

Standard filters are not designed to remove nitrates. Professional lab testing can measure nitrate levels in your water and help determine which home filtration system will work best.

Bacteria can enter private wells and other water supplies through groundwater contamination, flooding, damaged well components or service lines, and other sources. Depending on the problem, treatment may include chemical disinfection or ultraviolet (UV) water treatment (after sediment filtration). UV systems use ultraviolet light to inactivate microorganisms without adding chemicals to water.

Chlorine is commonly used by public water systems to disinfect drinking water and control harmful microorganisms. Some people prefer to reduce residual chlorine in their water because it has a chemical taste and odor. Chlorine can also contribute to dry skin and hair.

Activated carbon filtration is commonly used to reduce chlorine in household water. Reverse osmosis filters and other treatment systems that contain carbon filters can often remove chlorine and other contaminants.

Activated carbon filtration is one of the most common ways to reduce chlorine in tap water. A whole-home carbon filtration system can treat water throughout the property, while point-of-use filters can treat water at a specific faucet. The right option depends on your water quality and treatment goals.

Chromium-6, or hexavalent chromium, is a form of chromium that can enter water from natural mineral deposits and industrial sources. Because different forms of chromium have different health implications, professional laboratory testing is needed to determine what is present.

Treatment depends on the test results, chromium concentration, and other water quality conditions. Reverse osmosis can reduce chromium-6 in drinking water, while more specialized applications may include anion-exchange systems and distillation.

PFAS are a large group of synthetic chemicals. They are sometimes called “forever chemicals” because they don’t break down quickly in the environment or human body. PFOS is one specific type of PFAS chemical.

PFAS have been linked to potential health risks, and research is ongoing. Certain activated carbon, ion exchange, and reverse osmosis systems can reduce specific PFAS compounds in drinking water. Because treatment performance varies, water testing and properly selected equipment are critical when PFAS are a concern.

If you want to know exactly what’s in your water, it might be time to get your water tested by a reliable service provider. Testing is the only way to determine if it contains dangerous contaminants such as PFOA, lead, and other contaminants in your water.

PFOA chemicals, also known as Perfluorooctanoic Acid, are a type of synthetic chemical that belongs to a larger group called per- and polyfluoroalkyl substances (PFAS); they are used to make products resistant to stains, grease, water, and soil, often found in non-stick cookware, carpets, and certain clothing due to their water-repellent properties; considered “forever chemicals” because they don’t easily break down in the environment and can accumulate in the human body over time.

Drinking water can contain many different contaminants depending on the water source and local conditions. These may include hard minerals, lead, arsenic, nitrates, PFAS, iron, manganese, bacteria, sediment, chlorine, pesticides, volatile organic compounds (VOCs), and other substances. Professional water testing can identify what is actually present so the right water purification system can be selected.