Water Geeks Resources for

Importance of Cleaning Your Heat Pumps

Mon, 09 Dec 2024 20:50:06 GMT

Why Clean Your Heat Pumps?

Regularly cleaning your heat pump is essential for several reasons. Not only does it ensure that your heat pump works properly, but it also protects you from pollutants that can accumulate inside, such as dirt, dust, or mold.

Cleaning both the internal and external components of your heat pump is crucial for maintaining optimal performance.

Using a dirty heat pump can increase wear on internal components and pose health risks, especially to those with respiratory problems. Symptoms of a dirty heat pump include mold growth, strange odors, reduced lifespan of the heat pump, and decreased heating or cooling efficiency.

Maintaining your heat pump is crucial for several reasons, including:

Improved Air Quality:

Clean heat pumps maintain fresh, clean indoor air. Fresh filters are essential for removing dirt, dust, and other contaminants. Dirty or clogged filters can't effectively perform this crucial task. Regular cleaning and servicing are key to keeping filters clean and maintaining high air quality.

Improved Performance:

Clean filters and components ensure optimal performance. If your heat pump struggles to heat or cool your space despite your settings, it may need servicing. Blocked filters, dirty blower wheels, and heat exchangers can severely affect performance, leaving you uncomfortable in extreme weather.

Energy Efficiency

A poorly maintained heat pump consumes more power. Reduced efficiency leads to longer running times and higher energy bills, adding significant costs to your annual heating and cooling expenses.

Odor Prevention

A foul smell from your heat pump could indicate a dirty drain assembly, leading to poor drainage and stagnant water accumulation. Dust and mold buildup can also contribute to unpleasant odors. Regular servicing helps prevent these issues.

Mold Prevention

Heat pumps provide an ideal environment for mold, bacteria, and viruses to thrive. This buildup not only causes bad smells but also contributes to allergic reactions, hay fever, and reduced system performance. Regular, thorough servicing can eliminate these contaminants, ensuring a healthier living environment.

Mold can grow inside the heat pump if not cleaned, posing a health risk when breathed in. Additionally, as particles accumulate inside the heat pump, it will have to work harder and use more energy, leading to higher utility bills and accelerated wear on components.

How Often Should the Heat Pumps or Mini Splits be Cleaned?

Mon, 09 Dec 2024 20:50:00 GMT

How Often Should Your Heat Pump Filters and Units Be Cleaned?

How often should you clean your heat pump? Regular cleaning is crucial for maintaining its performance and efficiency, as heat pumps naturally collect pollutants like dust, dirt, and mold with regular use.

The frequency of cleaning your heat pump depends on its usage and the type of system you have installed. Manufacturers typically provide instructions on how often the system should be cleaned for optimal performance.

By following these guidelines and considering your heat pump's usage, you can determine the ideal cleaning schedule.

For most heat pumps, cleaning the filters monthly and the fans and coils yearly is recommended. Neglecting this maintenance can lead to a decline in performance as pollutants accumulate, reducing airflow.

Filters

The filters in your heat pump are responsible for trapping dust, dirt, and other airborne particles, ensuring that the air circulated throughout your home is clean and healthy. Over time, these filters can become clogged, reducing the efficiency of your heat pump and compromising indoor air quality. As a general rule, you should check your filters every month and clean or replace them as needed. If you have pets or live in a particularly dusty environment, you may need to clean or replace your filters more frequently.

Coils

The coils in your heat pump play a crucial role in the heat exchange process, transferring heat between the indoor and outdoor units. Over time, these coils can accumulate dirt and debris, reducing the efficiency of your heat pump. It's recommended to have your coils cleaned by a professional at least once a year to ensure optimal performance.

Outdoor Unit

The outdoor unit of your heat pump is exposed to the elements and can accumulate dirt, leaves, and other debris. It's a good idea to check the outdoor unit regularly and remove any debris that may be obstructing airflow. You should also trim any vegetation around the unit to ensure proper airflow.

Professional Maintenance

During a deep cleaning service, professionals will inspect and clean fans, evaporator and condenser coils, check temperatures, and look for mold growth or low gas levels. The frequency of deep cleaning depends on your heat pump's usage, with some owners needing service twice a year and others only once. This involves a thorough cleaning of both internal and external components to remove any accumulated pollutants.

Regular cleaning and maintenance are essential to keep your heat pump operating efficiently and ensure a healthy indoor environment. By following these guidelines, you can extend the life of your heat pump and enjoy reliable heating and cooling year-round.

If you're unsure about the cleanliness of your heat pump or its performance, consider scheduling an inspection to ensure it's running smoothly. Regular maintenance and cleaning will help keep your heat pump working efficiently and extend its lifespan.

How to Clean the Filter and Coils of Heat Pumps

Mon, 09 Dec 2024 20:49:56 GMT

How to Clean Heat Pumps and Mini Splits

Regular maintenance of the heat pumps filter and coils is essential for keeping your heat pump running efficiently. Here's how you can clean the filter and coils of your heat pump:

Cleaning the Filter of Your Heat Pump

Turn off the heat pump: Before cleaning the filter, turn off the heat pump for safety.
Open the unit cover: Carefully remove the air filters from the indoor head unit. These filters are typically located in grooved channels.
Gently spray the air filters: Use a kitchen sink spray nozzle to lightly spray water on the filters to remove debris. Avoid using a vacuum, as it may damage the filters.
Re-install the filters: Allow the filters to dry, then place them back inside the unit cover and turn the heat pump back on.

Cleaning the Coils of Your Heat Pump

Turn off the power: Switch off the power to the heat pump and remove the outer component of the condenser unit to access the coils.
Remove dirt: Unscrew the top grille and use a garden hose to remove dirt from the condenser coils. Avoid spraying the fan directly to prevent damage to electrical components.
Use cleaning solutions: Optionally, use condenser cleaning solutions from home improvement stores to gently brush the coils for a more thorough clean. Wipe the coils with a dry, soft cloth.
Reassemble and turn on: Put the top grille back on and turn the power back on to the heat pump. Cleaning the coils helps improve energy efficiency and the cooling/heating capacity of your heat pump.

Regularly cleaning the filter and coils of your heat pump is a simple yet effective way to ensure its optimal performance and longevity.

Call us today! We can clean the heat pumps in your home and have your heat pumps run smoothly and efficiently.

New EPA PFAS Drinking Water Rule is Released

olympia@localbizfirst.com (Olympia Caswell) — Fri, 19 Apr 2024 00:20:57 GMT

Learn About the New Drinking Water Standards

The Environmental Protection Agency (EPA) has issued strict regulations on Per- and Polyfluoroalkyl Substances (PFAS), a key step toward protecting drinking water in the United States. This development is critical for Massachusetts, shedding light on both obstacles and the potential for providing clean and safe water to its people. These regulations aim to safeguard public health by establishing an enforceable drinking water standard.

What are PFAS

PFAS, also known as 'forever chemicals,' are prevalent in the environment. They are part of a class of compounds utilized since the 1940s for their capacity to repel oil and water while also resisting heat, making them useful in items and consumer products such as nonstick cookware, stain-resistant clothes, personal care products, food packaging, fabric treatments, and firefighting foam.

Exposure to PFAS can cause a variety of adverse health effects, including changes in cholesterol and liver damage, minor changes in infant birth weight, immune system and vaccine response, an increased risk of preeclampsia or high blood pressure in pregnant women, thyroid disease, and an increased risk of certain cancers such as kidney and testicular cancer.

New EPA Regulation

The new regulation establishes maximum nontaminant levels for certain PFAS compounds, including perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS) in drinking water. This means that public water systems in Massachusetts will be required to test for these chemicals and take action if their levels exceed the set limits.

The EPA released the final National Primary Drinking Water Regulation (NPDWR) for six PFAS compounds on April 10, 2024.

How to Get Safe Drinking Water?

The new PFAS regulations aim to ensure safe drinking water for all residents.

Public water systems will need to take immediate action if PFAS levels exceed the MCLs. This may include issuing advisory notices, implementing treatment solutions, or finding alternative sources of clean water.

While the focus of these regulations is on public water systems, private well owners should also be aware of the potential presence of PFAS. It is advisable for private well owners to test their water for PFAS and consider implementing appropriate treatment methods, if necessary.

Let Water Geeks Help You

Test your drinking water source today, no matter what the water supply you have: town or well water, and provide pure water for your family. Don't wait for the town to keep up with the drinking water standard. You need to decrease the health risk of your family now.

Contact Water Geeks for a FREE consultation.

Benefits of Using an Air Purification System

Wed, 27 Mar 2024 11:53:21 GMT

Why use a home air purification system

Air purifiers are devices designed to remove pollutants and contaminants from the air in a room. They offer several benefits, especially in indoor environments where air quality can be compromised by a variety of airborne particles. Keep reading to find a list of some key benefits of air purifiers in your home:

Improved Indoor Air Quality

One of the primary benefits of an air purifier is its ability to improve air quality by decreasing the amount of indoor air pollution. A good system can remove a wide range of airborne particles that are just microns in size, including dust particles, pollen, pet dander, smoke particles, volatile organic compounds (VOCs), and other airborne contaminants, which can lead to cleaner and fresher air.

Allergy Relief

For individuals suffering from allergy symptoms, air purification systems can provide relief by reducing the amount of allergens in the air. This can help alleviate symptoms such as sneezing, coughing, runny noses and itchy eyes, especially during peak allergy seasons.

Asthma Management

Air filtration systems can also be beneficial for individuals with asthma, as they can help remove asthma triggers such as dust mites, pet dander, and pollen from the air, leading to fewer asthma attacks and improved breathing. Those with severe asthma symptoms may want to consider portable air purifiers to ensure that they are eliminating airborne pollutants that cause respiratory distress due to poor air quality.

Odor Removal

Air purifiers with activated carbon filters can help remove odors from the air, including those from cooking, pets, and smoke. This can lead to a more pleasant-smelling indoor environment. Portable air purifiers can be used as a simple solution for particularly smelly areas of the house such as the mud room, laundry room, or kitchen.

Reduced Respiratory Infections

By removing airborne bacteria and viruses, air filtration systems can help reduce the risk of respiratory infections, such as the common cold and flu.

Improved Sleep

Cleaner air can lead to improved sleep quality, as indoor air pollutants can disrupt sleep patterns. Using an air purifier with a carbon filter in your bedroom can create a more conducive environment for restful sleep by simply improving the indoor air quality.

Protection from Airborne Diseases

Air purifiers can help protect against airborne diseases, such as COVID-19, by removing virus particles from the air.

Increased Energy Efficiency

By removing pollutants from the air and improving indoor air quality, air purifiers can help HVAC systems operate more efficiently, leading to energy savings.

Peace of Mind

Knowing that you are breathing cleaner air can provide a sense of relief, particularly for individuals with respiratory conditions or allergies. The health benefits of breathing clean air become apparent in just a short time, offering a rejuvenating boost to both your physical well-being and mental clarity.

In conclusion, air purifiers offer a wide range of benefits for improving indoor air quality and promoting overall health and well-being. Investing in an air purifier system can lead to a healthier and more comfortable indoor environment for you and your family. If space or cost is a concern, you can always consider a portable air purifier that can easily be relocated to different parts of the house as needed. Regardless of the type chosen, implementing a system to reduce indoor pollutants can greatly improve your quality of life.

How to Clean Heat Pumps or Mini Splits

Wed, 27 Mar 2024 11:53:19 GMT

A Comprehensive Guide on How to Clean Your Heat Pump

A heat pump is an essential appliance for maintaining a comfortable indoor environment, especially during warm or hot weather. Regular cleaning of your heat pump unit will be crucial to ensure its energy efficiency and longevity. In this guide, we will provide a step-by-step process for cleaning your entire unit, including air filter maintenance, outdoor unit care, and tasks best left to professional service technicians.

Importance of Cleaning Your Heat Pump

A clean heat pump operates more efficiently, reducing energy consumption and extending its lifespan. Proper maintenance also helps prevent common outdoor unit problems, ensuring your home remains comfortable and healthy.

Signs of a Dirty Heat Pump

A dirty heat pump can lead to reduced efficiency, increased energy bills, and potential damage to your HVAC system. Physical signs include dirty air filters, dust buildup on coils, and debris in the drain pan. Decreased performance signs include reduced cooling efficiency, unusual noises, and unpleasant odors.

Overview of the Cleaning Process

Cleaning your heat pump involves several steps. First and foremost, it is essential to turn off the power to the unit before beginning any cleaning to avoid electrical accidents. While many tasks can be performed by homeowners, complex tasks should be left to trained professionals.

Tools and Materials Needed

Cleaning solution for heat pump maintenance
Vacuum cleaner with brush attachment
Soft brush or brush with a soft-bristle attachment
Mild detergent
Water
Vinegar
Baking soda

How to Clean Your Heat Pump

1. Cleaning Filters : Remove and clean air filters every 2 weeks during peak seasons using a vacuum cleaner or washable filter cleaning solution. Replace damaged or non-washable filters as needed.

2. Coils and Air Conditioning Cleaning : Use a vacuum cleaner with a soft brush to remove dust and debris from coils. Apply a no-rinse coil cleaner or mild detergent solution for stubborn dirt.

3. Outdoor Unit Maintenance : Clean the outer casing and ensure the air outlet is not obstructed by plants or debris. Leave any cleaning of the fan or coils to a professional.

4. Other Heat Pump Parts : Blower motor and fan blades should be checked and cleaned by a trained service technician. Several companies offer comprehensive maintenance plans that cover these more complex aspects of regular maintenance.

5. Remote Control Cleaning : Remove batteries and wipe the remote with a sanitizing solution or household alcohol.

Common Mistakes to Avoid

Not turning off the power before cleaning
Neglecting to clean blower motor and fan blades
Using the wrong condenser cleaning solution
Using a pressure washer

DIY vs Professional Cleaning

While some tasks can be done by homeowners, complex issues should be handled by professionals to avoid damage and ensure proper maintenance.

Frequency of Cleaning

Check your heat pump's filter regularly and perform a thorough cleaning of coils and components at least once a year. Factors such as frequency of use and environmental conditions may require more frequent cleaning.

Regular cleaning and maintenance of your heat pump unit can improve its efficiency, reduce energy costs, and prolong its lifespan. By following this guide, you can ensure your heat pump operates effectively and keeps your home comfortable all year round.

Bottled Water vs. Reverse Osmosis

Mon, 25 Mar 2024 16:39:04 GMT

Choosing the Right Water: A Comparison of Bottled Water and Reverse Osmosis Systems

Clean and safe drinking water is essential for our health and well-being. However, the quality of tap water can vary significantly depending on your location. To ensure that you and your family have access to pure and healthy water, many people are turning to home water filtration systems.

In this article, we will explore the benefits of the home water filtration process and compare the cost of bottled water with that of a popular filtration method known as Reverse Osmosis (RO).

Improved Water Quality

One of the primary benefits of having a reverse osmosis filtration system ability to improve the quality of your tap water. Municipal water supplies often contain impurities such as chlorine, lead, bacteria, pesticides, and other contaminants.

Also while bottled water is generally expected to be clean and tasteless, various factors can contribute to an unpleasant taste experience. The source of the water, packaging materials, treatment processes, and storage conditions can all play a role in altering the taste.

People have more control over their quality of water with a reverse osmosis system. A home filtration system, particularly an RO system, can effectively remove these harmful chemicals, providing you with cleaner and safer water for drinking and cooking.

Cost Savings

While the initial investment in a home water filtration system may seem significant, it can lead to substantial cost savings in the long run compared to buying bottled water. Bottled water is not only expensive, but it also contributes to plastic waste and environmental pollution. By investing in a home filtration system, you can significantly reduce or eliminate the need to purchase bottled water, saving you money and reducing your carbon footprint.

Convenience

Another advantage of home water filtration is the convenience it offers. With a filtration system installed in your home, you have access to clean and filtered water at any time, without the need to store or carry heavy plastic water bottles. This convenience is especially beneficial for households with high water consumption or individuals who lead active lifestyles and need easy access to clean water.

Health Benefits

Drinking clean and filtered water is essential for maintaining good health. Home water filtration systems, particularly RO systems, can effectively remove harmful contaminants, providing you with water that is free from impurities. This can help protect against waterborne diseases and reduce the risk of exposure to chemicals and heavy metals that may be present in tap water.

Additionally, having access to clean water at home encourages proper hydration, which is vital for overall health and well-being.

Environmental Impact

Plastic bottle manufacturing, shipping, and disposal add to waste and environmental damage. Many often, plastic bottles are not recycled correctly and wind up in landfills or the ocean, harming ecosystems and marine life. Selecting bottled water generates more plastic waste and harms the environment.

Reverse osmosis systems, on the other hand, do away with the requirement for single-use plastic bottles, minimizing plastic waste and fostering sustainability. People may help reduce their carbon footprint and safeguard the environment for future generations by selecting a reverse osmosis system.

Now, let's delve into the cost comparison between bottled water and a home water filtration system like Reverse Osmosis:

Cost of Bottled Water

The cost of bottled water can quickly add up, especially if you consume it regularly. On average, a single bottle of water can range from $0.50 to $2.00, depending on the brand and size. If you multiply this cost by the number of bottles consumed by your household over a month or year, it becomes apparent that the expenses can be significant. Moreover, purchasing bottled water is an ongoing expense that accumulates over time.

Bottled Water is more expensive than a gallon of gasoline and sometimes just as safe. It is as much as 3000X more expensive than tap water.

That’s right. You are paying 97% more than you should be. Bottled water costs about $970 per person. Our Filter will deliver better healthier water and a single person could save up to $612.84 per year. And a bigger household saves so much more.

For a family of four, that’s a saving of $3522 a year just by installing a pure water filter in your home

Savings and health benefits are even greater with a Whole House Filter.

Cost of Reverse Osmosis (RO) Systems

While the initial investment for a quality RO system can range from $200 to $500, the cost is typically a one-time expense. RO systems require periodic filter replacements, which can range from $50 to $150 annually, depending on the brand and quality of the filters. However, when compared to the cumulative cost of bottled water, the expenses associated with an RO system are significantly lower in the long run.

Considering the cost savings, improved water quality, convenience, and health benefits, a home water filtration system like Reverse Osmosis proves to be a worthwhile investment for many households. It provides a reliable and cost-effective solution for obtaining clean and safe drinking water without contributing to plastic waste.

Conclusion

In conclusion, investing in a home water filtration system, particularly Reverse Osmosis, offers numerous benefits compared to buying bottled water. It not only improves the quality of your tap water but also saves you money, enhances convenience, and promotes better health. By making the switch to home water filtration, you can enjoy the peace of mind that comes with knowing you and your family are drinking water that is free from harmful contaminants.

Common Water Problems in New England

Tue, 27 Feb 2024 22:02:35 GMT

What water problems do we have in New England?

Different regions across the United States can have various issues with water quality– and the East Coast is no different! New England has its own set of water quality issues that will likely feel all too familiar to most homeowners in the region.

Whether you have well water or access to city/town water, chances are that you might see one or more common problems in your water supply. Your home’s proximity to mountain ranges, salt water, or farms is another major factor that can affect which regional issues will crop up in your water.

Contaminants in tap water are a growing concern for many, especially when it comes to public health concerns, better-tasting, and cleaner water. Many Americans have been turning to bottled water so that they can “trust” what they are drinking, but this is not a healthy or sustainable solution.

Although water treatment systems follow federal regulations, it is still important for homeowners and residents to be educated on common water quality problems in your area. Everyone wants to have confidence that they have access to safe and healthy drinking water, so continue reading to learn more about the top water problems in New England that may be affecting your household:

1. Excess Minerals in Water

Hard water is water that has a high mineral content. It's a natural result of minerals like calcium and magnesium, and it can be present in both well and municipal water. The hardness of water is measured in grains per gallon (gpg) and the consequences of hard water can be tough on your home, your body, and your wallet.

Concerns of hard water in your home:

Clogged pipes and low water pressure. Increased levels of calcium and magnesium can lead to the buildup of limescale in pipes, faucets, and appliances. This can reduce water flow and cause pipe damage over time.
Soap scum and reduced cleaning power . Hard water reacts with soap to form soap scum, which can leave a film on your skin, hair, and bathroom surfaces. It also reduces the cleaning power of soap, meaning you'll need more soap to get the same level of cleanliness. It's like trying to wash your hands with a bar of soap made of chalk!
Stains and spots . Hard water can leave behind unsightly spots and stains on dishes, glassware, and clothing, acting as a constant reminder that your water is working against you, one stain at a time.
Dry skin and hair: The high mineral content in hard water can strip your skin and hair of its natural oils, leading to dryness and irritation. It's like a never-ending battle between your skin and the hard water army.
Reduced appliance lifespan and efficiency. The buildup of minerals in appliances like water heaters, washing machines, and dishwashers can reduce their efficiency, leading to higher energy consumption and increased wear and tear.

Solution:

Water Softener. A water softener is a device that removes the excess minerals from your water, making it "soft." It uses a process called ion exchange, where the hard minerals are swapped for sodium or potassium ions. Installing a water softener is a relatively simple solution that will show immediate results!

2. Chlorination in City/Town Drinking Water

Water chlorination is a common disinfectant treatment in drinking water systems across New England. So much so that many homeowners agree that their drinking water tastes or smells like "pool water.” Municipalities are required by federal regulations to have a certain amount of chlorine in the water to ensure it is being effectively treated for germs and bacteria.

Water chlorination has a bigger impact than just terrible taste, and can create many long term health concerns that can affect public health in our region. These contaminants are called Trihalomethanes (THMs) and Halo Acetic Acid (HAAs).

Concerns with THMs & Halo Acetic Acid Health Consumption:

Increased risk of cancer, particularly bladder and colon cancer
Negative effects on the liver, kidney, and central nervous system
Disruptions to the reproductive system

Solutions for removing THMs and HAAs from Chlorinated Water:

Active Carbon Filte r . This method is quite effective and can remove up to 87% of THMs and HAAs.
Enpress Pioneer Filter. This special system will help eliminate pesky contaminants in your water such as lead, chlorine, and PFAS. The Enpress Pioneer Filter is certified by the NSF to remove over 97% of lead and PFOS/PFOA from the water.

3. PFAS in Water Supplies

PFAS – or forever chemicals – are now found in all water supplies throughout Massachusetts. Studies have shown that exposure to PFAS may lead to a medley of health issues, such as:

Increased cholesterol levels
Negative changes liver, kidney & central nervous system
Weakened immune system
Reproductive disruption
Certain types of cancer
Developmental issues in infants

Solution:

PFAS removal resin
Reverse Osmosis
Activated Carbon
Empress Pioneer Filter

4. Low pH Water

Water with a low pH is more acidic than it should be. It can be caused by several factors such as acid rain, soil runoff, and decaying organic matter. Water with a pH less than 6.8 causes significant corrosion of copper piping that can cause leaks or even breakage over time.

Concerns for water with low pH:

Green or blue staining on sinks, tubs, and fixtures due to dissolved copper from pipes
Pin-hole leaks in piping distribution systems
Corrosion and shorter lifespan of water-using appliances (dishwashers, washing machines, etc.)

Solutions for low pH water:

Acid neutralization
Corrosion inhibitor
Aeration

Each of these methods will help to raise the pH, bringing your water back to a more neutral level – as it should be!

5. Iron Abundance in Water

Iron is a naturally occurring element in most soils and can be present in the water in two forms: dissolved (invisible) or suspended as particulates (visible).

Concerns for water with high iron levels:

Orange or brown staining of sinks, tubs, faucets, appliances, or laundry
Metallic taste
Low water pressure
Plumbing issues and clogging (in extreme cases)
Increased risk of carrying bacteria
Dry and itchy skin
Shortened lifespan of water-using appliances

Solutions for high iron:

Water softener. One way to reduce iron levels is by using an iron filter or water softener. Water softeners can remove excess iron from your water, leaving you with a fresh, clean taste.
Oxidation & filtration. Another option is to use a chemical oxidizing agent, like chlorine or hydrogen peroxide, to convert the iron into a solid form that can be filtered out.

6. High Manganese Levels in Water

High manganese levels in water can be caused by a variety of natural (rocks and soil) or man-made (mining and industrial processes) factors. Manganese is a naturally occurring mineral that is harmless at low levels, although it can be potentially toxic at high levels.

Concerns for water with high manganese:

Water has brown coloring
Unpleasant odor or taste
Stains fixtures, laundry, or appliances brownish-black
Health risk at high enough levels, particularly for children
Can cause scaling and other plumbing issues
Will react with chlorine bleach, which intensifies staining

Solution

High manganese levels in water involve a few different approaches.

Water treatment system to remove the excess manganese.
Find an alternative water source , like a well or a spring, that has lower manganese levels.

Other Contaminants in Water

Relying on smell, look, or taste for detecting potential contaminants can be dangerous for homeowners because there are many contaminants we can't detect with the senses.

This is particularly important to note because New England can often see higher levels of arsenic or lead in our water supplies. A lot of towns in the Northeast region were built before WW1, which means they have older piping and infrastructure. Unfortunately, this old piping hasn't all been replaced, and can therefore can leach dangerous chemicals (like lead) into our water supply.

Here is a list of additional contaminants that can be found in our drinking water:

Arsenic. Arsenic can find its way into your water through natural or man-made sources. To get rid of it, you can use an arsenic removal system or switch to a different water source if that’s an option.

Uranium. This radioactive element can be found in rocks and soil, and it can also come from mining and milling operations. To remove it, you can use an ion exchange or reverse osmosis system.

Radon. This noble gas is formed naturally when uranium and thorium decay in the ground. To get rid of it, you can employ aeration techniques or GAC treatment.

Nitrates. These compounds can come from fertilizers, animal waste, and human sewage. To remove them from your water, you can use ion exchange or reverse osmosis.

Tannins: These organic compounds can come from decaying plant matter and can give your water a yellowish color and a bitter taste. To remove them, you can use activated carbon or ion exchange.

Excess Sodium: This can come from natural sources or from human activities like water softeners and road salt. If you live along the coast in the Northeast, high levels of sodium can seep into drinking water from the ocean. To remove it, you can use reverse osmosis or distillation.

The Solution to Water Quality Issues in New England

We can all agree that contaminants in tap water are something to be aware of and avoid. Although it may seem like a go-to answer, single-serve water bottles are not the solution! Access to fresh water will be vital to long-term health, and fortunately there are solutions available for safer water.

The best way to address these issues is to install a whole home water filtration system. This can help provide safer water, avoid potential contaminants, remove pesky chemicals, solve for hard water, and more.

Depending on the results of your water test, you might need a reverse osmosis system, a water softener system, or a whole house chemical, lead, and PFAS removal system.

Want to know what common New England water problems your house might have? Schedule your water test today and find which custom solution can provide you with better-tasting, cleaner water for the long term!

Absorption of PFAS and Toxins

Tue, 06 Jun 2023 23:26:00 GMT

Hidden Dangers in Your Shower: Absorption of PFAS and Toxins

Showering is a daily ritual that many of us consider an essential part of maintaining personal hygiene. However, recent studies have raised concerns about the presence of harmful toxins, including per- and polyfluoroalkyl substances (PFAS), in shower water. These toxins can be absorbed through the skin and inhaled as steam, granting them direct access to our bloodstream. This article explores the potential health risks associated with PFAS and other toxins found in shower water and highlights the importance of understanding these dangers.

The Threat of PFAS and Toxins:

PFAS (Per- and polyfluoroalkyl substances) are a group of man-made chemicals found in various products, including firefighting foams, non-stick cookware, and even water-resistant clothing. These chemicals have been linked to several health concerns, including an increased risk of certain cancers, hormone disruption, immune system disorders, and developmental issues.

While PFAS can enter our bodies through ingestion of contaminated food and water, recent research suggests that they can also be absorbed through the skin during showering. Additionally, the steam generated by hot water contains volatile compounds that can be inhaled, allowing these toxins to bypass the body's natural filtration systems.

The Role of Shower Water

The water supplied to our homes, including shower water, can contain a range of contaminants, including PFAS and other harmful substances. Although municipal water treatment facilities work to ensure safe drinking water, these treatments may not effectively remove all contaminants, especially when it comes to persistent chemicals like PFAS.

During a shower, warm water opens up the pores of our skin, making it more permeable to substances present in the water. As a result, any toxins, including PFAS, suspended in the water can be absorbed through the skin and find their way into the bloodstream. Similarly, inhaling steam can introduce these harmful substances directly into the lungs, from where they can enter the bloodstream as well.

PFAS Health Implications

Studies linking PFAS exposure to adverse health effects, including cancer, have raised concerns about the potential risks associated with showering in contaminated water. The accumulation of these toxins in the body over time can have long-term health consequences.

To address this issue, it is crucial to raise awareness among individuals and communities about the potential dangers of toxins in shower water. This includes advocating for improved water treatment methods and the implementation of stricter regulations regarding the presence of PFAS and other harmful substances in public water supplies.

How to Reduce PFAS Exposure

While efforts to improve water quality are ongoing, there are steps individuals can take to reduce their exposure to toxins during showers. One option is to install a point-of-use water filter specifically designed to remove PFAS and other contaminants. These filters can help mitigate the risks associated with showering in contaminated water.

Additionally, reducing the water temperature during showers can help minimize the release of steam and airborne toxins. Shortening shower durations can also limit the exposure time and reduce the absorption of toxins through the skin.

Conclusion

Showering, an activity typically associated with cleanliness and rejuvenation, may unwittingly expose us to a range of toxins, including PFAS. The absorption of these substances through the skin and inhalation of steam can have significant health implications. It is crucial to raise awareness about the potential risks associated with PFAS and other toxins in shower water, and to advocate for improved water treatment measures to ensure the safety of our bathing routines. Taking proactive steps to protect ourselves, such as installing water filters and practicing shorter, cooler showers, can help minimize exposure and promote a healthier lifestyle.

Is Bottled Water Safe?

Tue, 06 Jun 2023 23:10:21 GMT

The Safety Concerns Surrounding Bottled Water: Chemical Leaching and Plastic Contamination

Bottled water has become a ubiquitous choice for hydration, offering convenience and the perception of cleanliness. However, concerns have emerged regarding the safety of consuming water from plastic bottles. Plastic derived from petroleum and hardened with potentially hazardous chemicals, can leach into the water it contains. The extent of this leaching is said to be influenced by factors such as temperature and the duration of water storage. In this article, we will explore the potential risks associated with bottled water and the importance of understanding these concerns.

Plastic Composition and Leaching

Plastic bottles are typically made from a material known as polyethylene terephthalate (PET), a form of plastic derived from crude oil. During the manufacturing process, PET is combined with various additives to enhance its durability and resistance to heat. It is these additives, such as phthalates and bisphenol A (BPA), that have raised concerns about the safety of bottled water.

Chemical leaching occurs when the additives in plastic bottles migrate into the water they contain. Higher temperatures, whether during storage or transportation, can accelerate this process. Additionally, the length of time water spends in contact with the plastic, including the time between bottling and purchase, can increase the chances of chemical transfer. Consequently, the concentration of potentially harmful substances in the water may be elevated under these circumstances.

Health Implications

The presence of chemicals leached from plastic bottles raises concerns about potential health risks associated with consuming bottled water. Phthalates, for example, have been linked to hormone disruption and adverse reproductive effects in animal studies. BPA, another common additive, has been associated with similar concerns and may interfere with the endocrine system. While more research is needed to fully understand the extent of these health risks in humans, it is essential to approach bottled water consumption with caution.

Environmental Considerations

Beyond the health implications, the widespread consumption of bottled water contributes to environmental concerns. Plastic pollution poses a significant threat to ecosystems and wildlife, with discarded bottles often ending up in landfills, oceans, and other natural habitats. The production and disposal of plastic bottles also contribute to carbon emissions and the depletion of finite resources.

Safer Alternatives and Responsible Practices:

To mitigate the potential risks associated with bottled water, consumers can adopt a few practical strategies. One option is to choose alternatives such as glass or stainless steel bottles, which do not leach chemicals into the water. These reusable containers not only reduce plastic waste but also offer a safer choice for long-term use.

Another practice to consider is ensuring proper storage and handling of bottled water. Avoid exposing bottles to high temperatures, such as leaving them in a hot car or direct sunlight. Opt for purchasing bottled water with the most recent production date to minimize the duration of chemical leaching.

Conclusion

While bottled water may offer convenience, concerns regarding the safety of plastic bottles and the leaching of potentially harmful chemicals cannot be ignored. The additives in plastic, combined with elevated temperatures and prolonged storage times, increase the risk of chemical transfer into the water. As consumers, it is crucial to be aware of these potential risks and explore alternative, safer options. By choosing environmentally friendly and healthier alternatives, we can promote both our well-being and the sustainability of our planet.

Effects of Chlorine in Your Drinking Water

Mon, 23 May 2022 21:02:37 GMT

What are the effects of Chlorine in your drinking water?

If you ever find yourself worried about what's in your drinking water - you aren't alone. In a recent Gallup Poll, 63% of Americans find themself "worrying a great deal" about polluted drinking water.

The tragic water crisis in Flint, Michigan has brought a vital issue to the forefront of the American public: access to clean water supply. In the recent years and since Flint, many people in the United States are increasingly questioning what is in their water supply and how it affects their health and immune systems.

Although certain water contaminants make the news more often than others, it isn't always lead or leached chemicals from trash dumps, excess of minerals or bio-elements like bacteria or viruses that can make your drinking water potentially harmful. Oftentimes the culprits are the very drinking water disinfectant chemicals that the drinking water treatment plants in our municipalities add to our water - such as chlorine.

But what are the effects of Chlorine in our drinking water? Read this blog post to learn more about the consumption of chlorine over time when it's present in our local tap water samples.

Is Chlorine in drinking water dangerous?

Drinking water can come for a variety of sources which can be contaminated with a lot of unknown bacteria, viruses and chemicals. To prevent this contamination, water companies across the United States go through a process of drinking water disinfection and add chlorine or chloramine to kill any present germs. This is often done within a margin of safety following federal or state prescribed amounts. That said, although chlorine is widely used to disinfect water - it is not the end all be all when it comes to water purification and it is important to note that chlorine in itself is a known poison to the human body.

Although municipalities use "safe levels" of chlorine or chlorine dioxide as they are the most cost-effective option for large-scale water treatment used in drinking water distribution systems, it is helpful to keep in mind that chlorine treatment does not guarantee that drinking water contains zero harmful microorganisms. Some bacterial growth or microbial growth may develop resistance to this type of treatment and bacterial regrowth or the presence of remaining microbial communities can be found in drinking water samples even after disinfection.

If there is a lot of bacteria or viruses present in a drinking water supply, there is also a greater chance there will be a high chlorine residual moving through the drinking water distribution systems, with a possible residual disinfectant level showing up in our tap water samples.

One other thing to keep in mind is the effects of chlorinated water are the byproduct chemicals from the chlorination process such as haloacetic acids. Haloacetic acids are also linked to the gambit of long term health effects associated with risk of cancer.

If you have chlorine or chlorine residual in your local drinking water, proceed with caution. Researchers have linked long term consumption of drinking water or household use of tap water that is chlorinated to be linked to higher instances of many adverse health outcomes including risk of cancer types of cancers such as breast, colon and bladder cancer.

What are the effects?

The short term effects of chlorinated drinking water are harder to measure, as most current research points instead to the long term health effects observed.

However in the short term, the most obvious effect you will notice in drinking chlorinated tap water is the smell and taste of your water. The smell and taste of chlorine can be quite unpleasant and might lead to you drinking less water or turning to more sugary drinks or soda instead. On the other hand, it can also contribute to you and your family buying more plastic water bottles instead - which is not the best alternative either.

What you really want to pay attention to and be educated on are the studies correlating drinking water chlorination to long term health effects on our bodies and immune systems from consuming chlorinated tap water.

Potential health outcomes from drinking chlorinated water

Bladder, Rectal and Breast Cancer: One associated health effect is higher risk of cancer. Once in water, Chlorine interacts with an organic compound to create trihalomethanes (THMs) - which when ingested encourage the growth of free radicals which can damage or destroy vital cells in our body. Haloacetic acids and chlorine dioxide are also linked to cancer risk.

Since so much of the water we drink ends up in certain vital organs this is where we see the most damage and correlation to risk of cancer in studies that link it to consumption of chlorinated water.

Congenital Abnormalities: A Taiwanese study of nearly 400,000 women found that individuals who were exposed to trihalomethanes (THMs) in chlorinated water while pregnant were more likely to give birth to children with cleft palates, ventricular septal defects (holes in the heart), and lack of brain development.

Asthma Symptoms: If you experience respiratory problems, breathing in chlorine in the shower or being exposed to it can aggravate your symptoms, even if the chlorine levels in the water are below the recommended safe levels.

Food Allergies : Dichlorophenols found both in pesticides and chlorinated water is linked through a study showing that participants with the highest levels of dichlorophenols in their bodies were most likely to have the most food allergies. This could likely be occurring because of the adverse effects chlorinated drinking water has on our immune systems.

How to remove chlorine from drinking water

The best way to ensure high water quality and that you are drinking and using safe Chlorine free water, is using carbon in a water refiner, installing a whole-house filtration system or water filtration system.

A whole-house filtration system will make sure that this drinking water disinfectant agent is filtered out of every single point of water usage (including for bathing, cooking and for pets) for your family so you always can trust that you have fresh, clean, good tasting water that is chlorine free.

Conclusion

Even if your town water has a safe chlorine level, it is beneficial to know the risks associated with consuming any amount of chlorine residual and any drinking water disinfection methods so you are able to weigh those risks when faced with using chlorinated drinking water.

There is good news though and something simple you can do to protect your drinking water: install a water purification system in your home. There are no downsides to filtering your household water supply! When it comes to your drinking water and the water quality for your home, it is better to be chlorine-free and safe rather than sorry.

Avoid any potential long term health effects and install a water filtration system that will provide safe drinking water and works for all of your water usage needs. Contact Water Geeks today to learn more!

Benefits of Water Filtration for Your Home

Mon, 23 May 2022 21:02:33 GMT

Why filter the water in your home?

We use the water in our homes every day and for many purposes. Whether it's for drinking, bathing, cooking, cleaning, for our pets or for our gardens - the water we consume can have a significant impact.

It's not a pleasant fact, but every community has some level of contaminants in their water. We often address this ourselves by buying filtered water in one time use petrochemical bottles at the grocery or use a pitcher with cheap water filters that don't work properly - but there's a better solution!

Whether your home uses well water or city water, there's only one way to ensure your water is truly safe - through a home filtration system.

In addition to providing clean, pure drinking water - a whole-house water filtration system has numerous benefits that might not meet the eye. If you're curious how a filtration system might provide cleaner water to your household and not only improve your water quality but overall quality of life, read below for the top 6 benefits :

1. Enjoy safe and better tasting drinking water - all the time.

Towns and cities use chlorine in the water supply to kill bacteria and viruses, which affects not only the taste of our water but also the safety.

It's shocking to know that researchers have linked long-term exposure to chlorine in drinking water to higher instances of breast, bladder, and colon cancer. Chlorine gases can also become airborne in showers, which is related to serious health concerns. Don't forget, our pets health is affected by our water, too!

Besides the pressing health reasons, one thing people who drink filtered water will tell you is that the taste difference between tap water is huge. Once you start drinking filtered water, any chlorinated water will begin to taste unpleasant. You will even notice a difference in your coffee, tea and ice from your ice makers!

2. Save money & do your part to save the planet, too.

A filtration system not only eliminate's unnecessary spending on water bottles but it helps reduce household waste and harmful chemicals in our environment.

Did you know? Americans purchase 50 billion plastic bottles of water a year and on average, we spend upwards of $16 billion every year on bottled water. If you have a large household that can mean that you could spend almost $500 year keeping your family supplied!

Not only do Americans spend big bucks on bottled water, but it is estimated a single bottle will take 450 years to decompose in landfills all while leaching dangerous chemicals into the environment and back into the water supply.

3. Reduce exposure to chemicals and contaminants found in tap water.

Although most public water supply meets legal standards set by the federal government, researchers have found that contaminants present in some tap water creates a measurable risk for cancer and many other adverse affects.

Water filtration systems not only reduce your exposure to these harmful contaminants, but can also help give you healthier skin! Filtration systems remove contaminants like heavy metals and harsh chemicals like chlorine and fluoride. This means less irritation for people with sensitive skin, eczema or psoriasis. Even if you don't have a skin condition, filtration can improve many skin irritations such as overall dryness, redness and skin rashes for all using bathing water.

Removing excess minerals, including the kind that create hard water (calcium & magnesium), in the water we use can also affect your hair color longevity if you color it, can improve the efficiency of our soap and reduce how much we need to use, and protect your clothing from wear, fading and irritating our skin.

4. Eliminate limescale & other mineral deposits.

Have you ever noticed that after washing your dishes - your glassware doesn't look quite clean or has a milky residue you just can't get rid of?

Hard water and minerals create these limescale deposits and mineral buildup that are unsightly and leave you feeling like your dishes or shower glass doors are never truly clean.

Through the water softener process, you can have cleaner water and remove this buildup through a house water filtration system. Saying bye to buildup can even lead to improvements in your water pressure!

5. Reduce potential plumbing issues & increase the efficiency of your water - using appliances.

Minerals, heavy metals and chemicals in your water can cause corrosion and damage to your pipes and water-using appliances. By eliminating all of the damaging factors in water, you can extend the life of your pipes, hot-water heaters, dishwashers, your clothes washer and more.

In the long run, you'll be happy you took preventative measures when you don't need to make as many costly repairs or replace any of these appliances or plumbing parts before their due time. Who doesn't want longer-lasting appliances?

Conclusion

Clean water is a necessity to a healthy life. House filtration is a key step to healthy drinking water for yourself, your family and your pets as well as the quality of water you use to cook, clean and that comes through your appliances.

Unfiltered water is becoming a thing of the past as more people become aware of the research on the chemicals in our water and the affects plastic water bottles have on our environment. Water filtration systems will give you cleaner, better tasting water and peace of mind knowing you have safer water!

Even water purification that meets federal or local standards can still have unwanted chemicals, excess minerals or other harmful contaminants that affect our long term health. No matter how we perceive the quality of our local water, it's difficult to know whether or not our water treatment facility or our own well water can provide safe drinking water to our households.

A whole - home system will not only having you drinking more water, but will reduce known health hazards and provide many other lasting benefits!

Water Geeks Resources for

Importance of Cleaning Your Heat Pumps

Why Clean Your Heat Pumps?

Improved Air Quality:

Improved Performance: ﻿

Energy Efficiency

Odor Prevention

Mold Prevention

How Often Should the Heat Pumps or Mini Splits be Cleaned?

How Often Should Your Heat Pump Filters and Units Be Cleaned?

Filters

Coils

Outdoor Unit

Professional Maintenance

How to Clean the Filter and Coils of Heat Pumps

How to Clean Heat Pumps and Mini Splits

Cleaning the Filter of Your Heat Pump

Cleaning the Coils of Your Heat Pump

New EPA PFAS Drinking Water Rule is Released

Learn About the New Drinking Water Standards

What are PFAS

New EPA Regulation

How to Get Safe Drinking Water?

Let Water Geeks Help You

Benefits of Using an Air Purification System

Why use a home air purification system

Improved Indoor Air Quality

Allergy Relief ﻿

Asthma Management ﻿

Odor Removal ﻿

Reduced Respiratory Infections ﻿

Improved Sleep ﻿

Protection from Airborne Diseases ﻿

Increased Energy Efficiency ﻿

Peace of Mind ﻿

How to Clean Heat Pumps or Mini Splits

A Comprehensive Guide on How to Clean Your Heat Pump

Importance of Cleaning Your Heat Pump

Signs of a Dirty Heat Pump

Overview of the Cleaning Process

Tools and Materials Needed

How to Clean Your Heat Pump

Common Mistakes to Avoid

DIY vs Professional Cleaning

Frequency of Cleaning

Bottled Water vs. Reverse Osmosis

Choosing the Right Water: A Comparison of Bottled Water and Reverse Osmosis Systems

Improved Water Quality

Cost Savings

Convenience

Health Benefits

Environmental Impact

Cost of Bottled Water

Cost of Reverse Osmosis (RO) Systems

Conclusion

Common Water Problems in New England

What water problems do we have in New England?

1. Excess Minerals in Water

2. Chlorination in City/Town Drinking Water

3. PFAS in Water Supplies

4. Low pH Water

5. Iron Abundance in Water

6. High Manganese Levels in Water

Other Contaminants in Water

The Solution to Water Quality Issues in New England

Absorption of PFAS and Toxins

Hidden Dangers in Your Shower: Absorption of PFAS and Toxins

The Threat of PFAS and Toxins:

The Role of Shower Water

PFAS Health Implications

How to Reduce PFAS Exposure

Conclusion

Is Bottled Water Safe?

The Safety Concerns Surrounding Bottled Water: Chemical Leaching and Plastic Contamination

Plastic Composition and Leaching

Health Implications

Environmental Considerations

Safer Alternatives and Responsible Practices:

Conclusion

Effects of Chlorine in Your Drinking Water

Improved Performance:

Allergy Relief

Asthma Management

Odor Removal

Reduced Respiratory Infections

Improved Sleep

Protection from Airborne Diseases

Increased Energy Efficiency

Peace of Mind