Expert Techniques for the Safe Eradication of Black Mold in Basements

Expert Techniques for the Safe Eradication of Black Mold in Basements

Experiencing dampness or recent flooding in your basement elevates the risk of health issues like allergies, persistent coughing, sneezing, chronicmold-removal-ez-breathe-3 fatigue, and respiratory ailments due to the proliferation of black mold. However, the hazards extend beyond health concerns; the presence of black mold in basements also wreaks havoc on structural components such as walls, basement boards, and wooden articles. To counteract the damage inflicted by black mold, it is imperative to engage mold removal specialists as soon as you detect musty odors in your basement.

Professionals well-versed in mold removal comprehend the growth patterns of mold and possess the expertise to execute safe removal procedures. They can effectively eliminate mold even in instances where it remains concealed. Presented below are the procedural steps they adhere to:

1. Identification of Mold Localization

Black mold, along with other mold variants, tends to thrive in regions characterized by high humidity or previous water exposure. Notable sites include basements, bathrooms, sinks, window sills, and similar areas. Within basements, black mold commonly colonizes moist walls and floors, ceilings subject to condensation, and wooden surfaces with a propensity for moisture absorption. Although not all mold growth is discernible to the naked eye, mold experts employ mold testing kits to facilitate identification.

2. Application of Antimicrobial Agents

After pinpointing the mold-affected zones, mold specialists administer antimicrobial treatments to eradicate all traces of mold. This encompasses concealed mold infestations and existing mold spores, even those not visibly apparent.

3. Implementation of Containment Strategies

Despite antimicrobial application, airborne mold particles in humid conditions can swiftly disperse to other areas. Consequently, mold removal technicians institute containment measures to prevent the dissemination of black mold spores from the basement to other sections of your dwelling. Containment necessitates isolating regions afflicted by mold infestation.

4. Air Filtration Measures

Air filtration is a critical aspect of the mold removal process, as it plays a pivotal role in ensuring the comprehensive eradication of mold spores and contaminants from the indoor environment. Mold spores are microscopic and lightweight, making them highly mobile through the air. As such, the deployment of effective air filtration technologies is essential to prevent their dispersal and subsequent recontamination of cleaned areas.

Mold removal companies employ several advanced techniques and tools, such as High-Efficiency Particulate Air (HEPA) filters and air scrubbers, to achieve thorough air purification:

1. HEPA Filters: HEPA filters are renowned for their exceptional efficiency in capturing particles as small as 0.3 micrometers with a 99.97% efficiency rate. These filters work by using a dense mat of randomly arranged fibers that effectively trap airborne particles. When incorporated into air filtration systems, HEPA filters ensure that the air circulated is virtually free from mold spores, dust, allergens, and other contaminants. This is particularly crucial in mold remediation efforts, as it prevents any residual mold spores from remaining in the air and settling on surfaces after the cleaning process.

2. Air Scrubbers: Air scrubbers are specialized devices designed to enhance indoor air quality by continuously drawing in air, passing it through a series of filters, and then expelling clean, purified air back into the environment. Air scrubbers often include HEPA filters as part of their filtration system. They are particularly effective in spaces where mold removal is taking place, as they help maintain a controlled environment by constantly cleaning and renewing the air.

3. Negative Air Machines: Negative air machines, also known as negative air pressure machines or air extractors, are commonly used in mold remediation projects. These machines create a negative pressure environment within the affected area, which helps prevent the spread of mold spores to other parts of the building. The air is continuously pulled into the machine and filtered before being released outside or recirculated through HEPA filters.

The combination of HEPA filters, air scrubbers, and negative air machines significantly contributesindoor airbourne particles to the success of mold remediation efforts. By effectively capturing and removing airborne mold spores and other contaminants, these technologies reduce the risk of recontamination and ensure that indoor air quality is restored to a safe and healthy level.

It’s important to note that the expertise of mold removal professionals in selecting and operating these air filtration systems is crucial. Proper placement, maintenance, and monitoring of these devices during the remediation process contribute to the overall success of mold removal and prevention of its recurrence. Therefore, enlisting the services of certified mold removal experts with a thorough understanding of air filtration technologies is a key step in ensuring the safety and well-being of your indoor environment.

5. Thorough Material Removal and Cleanup

In the battle against mold infestations, one of the most crucial steps in ensuring effective remediation is the thorough removal of mold-affected materials and meticulous cleanup procedures. Mold has a knack for infiltrating porous surfaces, and if left untreated, it can lead to recurring growth and continued health risks.

Securing Health and Home

In conclusion, the safe and effective removal of black mold from basements demands a strategic and thorough approach. The presence of black mold not only poses health risks but also jeopardizes the structural integrity of your living space. Mold removal experts, equipped with specialized knowledge and tools, follow a systematic process to tackle this challenge head-on.

From identifying the exact locations of mold growth, through applying antimicrobials to ensure comprehensive eradication, to employing containment measures that prevent the spread of mold spores, these professionals bring precision and expertise to every step. The use of advanced air filtration technologies, including HEPA filters and air scrubbers, plays a pivotal role in purifying the air and preventing recontamination.

Moreover, the meticulous removal of mold-affected materials and thorough cleanup procedures further ensure that the risk of mold resurgence is minimized. Through careful assessment, containment, removal, and disinfection, these experts create a mold-free environment that safeguards both the health of occupants and the integrity of the space.

Mold removal specialists’ dedication to not only removing mold but also preventing its return is paramount. Their vigilance extends to post-remediation verification, confirming that the job is done right and providing assurance that the indoor environment is once again safe and healthy.

When faced with the challenge of black mold in basements, enlisting the assistance of mold removal professionals is an investment in the well-being of your home and those who inhabit it. Their specialized expertise, combined with their meticulous approach, ensures that your basement regains its integrity, while the air you breathe remains free from mold spores and contaminants.

For Reliable Assistance, Reach out to EZ Breathe Professionals Today at 866-822-7328

The Power of Fresh Air Exploring the Importance of Indoor Ventilation

The Power of Fresh Air Exploring the Importance of Indoor Ventilation

In our modern lives, where we spend a significant amount of time indoors, whether at home, in the office, or in other enclosed spaces, it is crucial to understand the importance of indoor ventilation. While we often focus on creating comfortable and aesthetically pleasing environments, we must not overlook the crucial role that indoor ventilation plays in maintaining a healthy and pleasant indoor atmosphere. Adequate indoor ventilation is essential for promoting good air quality, regulating temperature and humidity levels, and ensuring the overall well-being of occupants.

What is Indoor Ventilation?

Indoor ventilation is a fundamental aspect of maintaining a healthy and comfortable indoor environment. It involves the exchange of air between the indoors and outdoors, ensuring a constant supply of fresh air while removing stale air and pollutants from enclosed spaces. Ventilation can occur naturally through openings such as windows, doors, and vents, or it can be facilitated by mechanical systems specifically designed for air exchange.

Natural ventilation takes advantage of air pressure differences and windindoor-air-pollution-ez-breathe-1 flow to drive the movement of air. When windows or doors are opened, fresh air enters the space while stale air is expelled. This process allows for the circulation of air and the removal of pollutants, moisture, and odors. Natural ventilation is particularly effective in moderate climates and during seasons with pleasant weather conditions.

Mechanical ventilation, on the other hand, relies on mechanical systems to ensure consistent and controlled airflow. These systems can be categorized into various types, including exhaust fans, supply fans, and balanced ventilation systems. Exhaust fans are commonly used in areas such as kitchens and bathrooms, where removing odors, moisture, and contaminants is essential. Supply fans, on the other hand, introduce fresh outdoor air into a building, replacing stale indoor air. Balanced ventilation systems combine both exhaust and supply mechanisms, providing a balanced airflow throughout the building.

In addition to natural and mechanical ventilation, there are specialized ventilation systems designed for specific purposes. For example, energy recovery ventilation (ERV) systems recover heat or coolness from the outgoing air and transfer it to the incoming air, thus improving energy efficiency. Heat recovery ventilation (HRV) systems specifically focus on heat exchange, maintaining a comfortable indoor temperature while ensuring a fresh air supply.

The process of indoor ventilation serves several purposes beyond just air exchange. It helps regulate temperature and humidity levels, remove pollutants, control odors, and prevent the buildup of excess moisture. By promoting good indoor air quality, ventilation contributes to the overall health and well-being of occupants. Proper ventilation prevents the accumulation of volatile organic compounds (VOCs), allergens, dust particles, and other pollutants that can have adverse effects on respiratory health and overall comfort.

Moreover, ventilation plays a significant role in the air pollution and preventing the growth of mold, mildew, and other harmful microorganisms. By controlling moisture levels and allowing for the drying of damp areas, ventilation helps maintain the structural integrity of buildings and prevents the development of indoor air quality issues.

It is important to note that different buildings and spaces require different ventilation strategies based on factors such as size, occupancy, and intended use. Proper ventilation design considers factors like air exchange rates, airflow patterns, and the distribution of fresh air throughout the building. Additionally, the use of air filters, such as HEPA filters, in conjunction with ventilation systems can further improve indoor air quality by capturing and removing finer particles, including allergens and microscopic pollutants.

The Importance of Indoor Ventilation:

Indoor Air Quality (IAQ): 

Indoor Air Quality (IAQ) is a vital aspect of air quality forecast the indoor environment that directly impacts the health, comfort, and productivity of occupants. IAQ refers to the quality of the air within a building, including the presence of pollutants, odors, allergens, and the overall cleanliness and freshness of the air. Adequate ventilation plays a crucial role in maintaining optimal IAQ levels, ensuring that occupants breathe clean and healthy air.

The significance of good IAQ cannot be overstated, as pollution such as poor indoor air quality can have detrimental effects on human health. Several factors contribute to indoor air pollution, including building materials, furniture, cleaning products, cooking activities, and outdoor air pollutants that enter the building. Insufficient ventilation allows these pollutants to accumulate, leading to a range of health problems such as allergies, respiratory issues, fatigue, headaches, and even more severe conditions in some cases.

A primary goal of ventilation systems is to dilute and remove indoor air pollutants, promoting a healthier breathing environment. The exchange of stale, smog, and indoor air with fresh outdoor air helps remove volatile organic compounds (VOCs), particulate matter, carbon dioxide (CO2), and other harmful substances that can be generated or introduced indoors. By introducing a continuous flow of fresh air, ventilation mitigates the concentration of pollutants, reducing the risk of adverse health effects and improving overall well-being.

VOCs, which are emitted from a variety of sources such as paints, adhesives, cleaning products, and furnishings, are a significant concern for indoor air quality. Prolonged exposure to high levels of VOCs can lead to respiratory irritation, headaches, dizziness, asthma, and in some cases, more severe health issues. Proper ventilation aids in the removal of these volatile compounds, ensuring that their concentrations remain within acceptable limits.

Temperature and Humidity Regulation: 

Proper temperature and humidity regulation is essential for creating comfortable and healthy indoor environments. Ventilation plays a significant role in maintaining optimal levels of temperature and humidity, ensuring the well-being and comfort of occupants. By facilitating the exchange of air and controlling these factors, ventilation systems contribute to a pleasant and inviting indoor atmosphere.

Temperature Regulation:

Ventilation plays a crucial role in regulating indoor temperatures. Inadequate ventilation can result in stagnant air, leading to higher temperatures and discomfort. During hot weather, the accumulation of heat indoors can be particularly challenging, making the space unpleasant and potentially causing heat-related health issues. Effective ventilation helps dissipate heat by introducing fresh outdoor air and promoting airflow. This process creates a cooling effect and reduces the reliance on mechanical cooling systems, contributing to energy efficiency.

Conversely, in colder weather, ventilation also plays a role in preventing the buildup of excess humidity and condensation, which can contribute to discomfort and potential issues like mold growth. By exchanging moist indoor air with drier outdoor air, ventilation helps maintain appropriate humidity levels, preventing the formation of condensation on windows and surfaces.

Humidity Regulation:

Humidity refers to the amount of moisture present in the air. Proper humidity regulation is crucial for both comfort and health. High humidity levels can make indoor environments feel muggy and uncomfortable. Excessive moisture in the air can also create a conducive environment for mold and mildew growth, which can lead to respiratory issues and damage to building materials. Ventilation systems help control humidity by exchanging moist indoor air with drier outdoor air, reducing the overall moisture content in the space.

On the other hand, low humidity and poor air quality can also cause discomfort, particularly during dry seasons or in arid climates. Dry air can lead to issues such as dry skin, irritated respiratory passages, and increased susceptibility to respiratory infections. Ventilation systems can help introduce a controlled amount of moisture to indoor spaces, maintaining optimal humidity levels for comfort and well-being.

By effectively using air pollution levels regulating temperature and humidity through ventilation, indoor environments can achieve a balance that is conducive to human health and comfort. The introduction of fresh air helps create a more pleasant atmosphere, prevents the buildup of heat and excess humidity, and reduces the risk of mold growth and other related issues.

Odor Control: 

Odors can significantly impact the indoor environment, making it less inviting and potentially causing discomfort to occupants. Proper ventilation is a key factor in controlling and eliminating unpleasant odors, ensuring a fresh and pleasant indoor atmosphere. By promoting airflow and introducing fresh outdoor air, ventilation systems contribute to effective odor control, enhancing indoor air quality (IAQ) and improving overall comfort.

Sources of Indoor Odors:

Indoor odors can originate from various sources, including cooking activities, pets, cleaning products, chemical off-gassing from building materials and furnishings, and even occupants themselves. These odors can linger and become trapped indoors without adequate ventilation, leading to an unpleasant and stale environment.

The Role of Ventilation in Odor Control:

Ventilation plays a crucial role in eliminating odors from indoor spaces. By facilitating the exchange of air, ventilation systems help remove odorous particles and introduce fresh outdoor air, effectively diluting and replacing stale indoor air. This process is particularly important in enclosed spaces where odors can accumulate and linger.

Cooking odors, for example, can be pervasive and persistent. Without proper ventilation, the smells of food preparation can permeate throughout the entire space, making it less inviting for occupants. Ventilation systems, such as range hoods or exhaust fans in kitchens, effectively remove cooking odors by capturing and expelling them outdoors.

Similarly, chemical odors from cleaning products or volatile organic compounds (VOCs) emitted by certain materials can contribute to indoor odors. These odors can have a negative impact on IAQ and even cause health concerns. Ventilation helps remove these odorous particles from the air, reducing their concentration and improving IAQ.

Energy Efficiency: 

Well-designed ventilation systems can contribute to energy efficiency in buildings. By incorporating strategies such as natural ventilation, cross-ventilation, or energy recovery ventilation (ERV), buildings can reduce their reliance on mechanical cooling or heating systems. Utilizing natural airflow when possible not only saves energy but also provides a connection to the outdoor environment, enhancing occupants’ well-being and connection to nature.

Building Durability: 

Ventilation plays a vital role in preserving the structural integrity and durability of buildings. Moisture accumulation can lead to mold growth, rot, and damage to building materials. By effectively ventilating spaces, excess moisture can be controlled and eliminated, reducing the risk of structural problems and improving the longevity of the building.

Strategies for Effective Indoor Ventilation:

Natural Ventilation: 

Opening windows, using vents, and utilizing architectural features to maximize airflow can enhance natural ventilation. This strategy is particularly effective in moderate climates and during seasons with pleasant weather. Natural ventilation not only provides fresh air but also creates a connection between indoor and outdoor environments, promoting a sense of well-being.

Mechanical Ventilation: 

Mechanical ventilation systems, such as exhaust fans, supply fans, and balanced ventilation systems, can be installed to ensure consistent and controlled airflow throughout the building. These systems are beneficial in areas where natural ventilation is limited or during extreme weather conditions. Mechanical ventilation allows for precise control of air exchange rates,airflow direction, and filtration, providing a reliable solution for maintaining indoor air quality.

Air Filters: 

In conjunction with ventilation systems, using high-quality air filters, such as HEPA (High-Efficiency Particulate Air) filters, can effectively remove pollutants, allergens, and airborne particles, further improving indoor air quality. Air filters trap and capture particles as air passes through them, ensuring that the air circulating indoors is clean and free from harmful contaminants.

Regular Maintenance: 

Proper maintenance of ventilation systems is crucial to ensure their optimal performance. Regularly cleaning filters, ducts, and vents, as well as inspecting and maintaining mechanical components, will help prevent blockages and ensure efficient airflow. It is important to address any issues promptly to avoid compromised indoor air quality and potential damage to the ventilation system.

The Importance of Professional Expertise in Achieving Optimal Indoor Ventilation

In conclusion, indoor ventilation is a vital component of creating healthy, comfortable, and sustainable indoor environments. Adequate ventilation plays a crucial role in maintaining good indoor air quality, regulating temperature and humidity, particle pollution, controlling odors, and promoting energy efficiency. By prioritizing effective ventilation strategies, such as natural and mechanical ventilation, utilizing air filters, and implementing regular maintenance, occupants can enjoy improved health, well-being, and productivity.

Hiring a professional for ventilation-related tasks is highly recommended due to several reasons. First and foremost, professionals have the knowledge and expertise to assess the specific ventilation needs of a building and recommend appropriate strategies. They can evaluate factors such as building size, occupancy, local climate, and regulations to design ventilation systems that are efficient, effective, and compliant.

Professionals also have access to the latest technologies, products, and best practices in the field of many areas of ventilation. They can provide guidance on selecting and installing ventilation equipment, such as fans, air filters, and control systems, ensuring optimal performance and energy efficiency.

Moreover, professionals have the skills to conduct thorough inspections, maintenance, and troubleshooting of ventilation systems. They can identify and resolve issues that may impact indoor air quality, system efficiency, or occupant comfort. Regular maintenance by professionals ensures current air quality and that ventilation systems continue to operate effectively, preventing potential problems and extending the lifespan of the equipment.

Contact the Professionals at EZ Breathe Today! 866-822-7328

basement ventilation - ez breathe ventilation

“Making Your Basement a Livable Space”

We have seen a growing trend in the number of homeowners remodeling, renovating and generally improving their basements to make them usable, livable spaces. Home Gyms, Rec Rooms, Home Offices, Man Caves and additional bedrooms seem to be the most popular inspiration for this wave of basement improvement. The current tight housing market has also contributed to the growth in renovating our own spaces, rather than look for something new/different. It’s also one of the best home improvement projects for ROI.

HGTV shared, “The last annual ‘Cost vs. Value’ Report from Remodeling magazine put the average basement remodel at a 70.3 percent payback, which made it among the smartest redos, along with an attic bedroom, minor kitchen redo, deck, and new entry door.”

Basement Ventilation is something that is necessary whether you are considering remodeling or not – Basements are considered one of the biggest contributors to indoor air pollution for any house whether a new house, an older home and especially those that are being remodeled.

Why? 60% of the air in your home was once basement air – Basement air is arguably the worst air inside the home/building envelope.

  1. Research from the University of Wisconsin reports that “Basements and crawlspaces absorb 10-15 gallons of water VAPOR every day!” Consider the analogy of gallon milk jugs – 10-15 milk jugs of water vapor EVERY day coming in through the porous walls and floor. The natural transmission of the moisture in the soil surrounding the house migrating through the walls and the floor is based on the physics Law of Thermal Dynamics – Wet moves to dry. We can address bulk liquid water intrusion with drains and pumps redirecting that liquid water away from and out of the home’s foundation, however, that is not what we are talking about here. There is very little we can do to fight the water vapor – Water in its gaseous form – from absorbing through the walls and the floor. Once the humidity is trapped it becomes a food source for mold, mildew, and pests and encourages rust, dry rot all of which requires a damp environment to thrive. Ventilation reigns supreme in providing an escape, a way out, for the trapped moisture vapor and has proven quite successful in managing the humidity problems in basement/crawlspaces to ensure healthy and clean air.
  2. By Ventilating the lowest level and sourcing the draw of air (or the intake) on the lowest level of the basement, the worst, most polluted and damp air is exhausted first and does not allow for the large build-up or concentration of humidity/pollutants that we so often see in unvented basements.
  3. This air exchange becomes even more important when remodeling or renovating these below-grade spaces – one must have a plan to address the large volume of water vapor absorption, but also consider the chemicals and toxins being introduced into the underground space during the construction process. Glues, Paints, Carpets, Off-gassing of Epoxy and Resins, Varnishes and Glazes. Many of the materials used in this process are highly toxic often requiring those working with these materials to wear masks and containing warning labels that instruct “Only use in a well-ventilated area”. The subterranean or below ground nature of these spaces means that basements are the opposite of well ventilated! They are notoriously stagnant, stuffy places. The EPA & American Lung Association have identified Ventilation as a “key strategy for reducing indoor air pollution” and considering the EPA reports “the air in the average home is at least 5x more polluted than outdoor air” ventilation should not only be employed throughout the construction phase but is also critically important as a finishing touch to ensure all those chemicals and toxic materials do not build up and contribute to even higher toxic levels of air quality. See, the off-gassing of new materials can last for decades! That “new” smell is actually highly toxic for humans to breathe.

We so often hear of people that are looking to get rid of that musty basement smell by slathering on a fresh coat of paint! Not only does that not solve the root of the mustiness, but it contributes even more contaminants to the already poor air quality problem in spades.

  1. Our proven solution that we have been providing for over 20 years now is the EZ Breathe Basement Ventilation System that addresses not only the moisture vapor issue, but also reduces all the other airborne pollutants and contaminants. It’s not complicated, it is simple air exchange! By creating a path of escape from the lowest level, the EZ Breathe Ventilation System exhausts all the pollutants, toxins, allergens, mold spores as well as the heavy, humid air that gets saturated daily by water vapor. Turning the air over has proven to decrease airborne particulates by 85% – when a basement is properly ventilated, nothing can build up or concentrate to unhealthy levels.
  2. This is not just our theory – Basement Ventilation has been widely accepted and now mandated by a growing number of US State’s building codes as essential to creating a healthy indoor air quality.  We have seen a growing number of homeowners calling us frantic for a basement ventilation system in order to secure building permits for their basement remodeling project. We are thrilled to offer them a solution they can count on to provide a better air quality for their basement and beyond. The update in building codes to include basement ventilation is reminiscent of bathroom ventilation codes from many years back. Mandating ventilation fans in bathrooms is commonplace now, but we still find homes that were built before those codes were enforced that have un-vented bathrooms. We all know how damaging (and gross) that can be. Where there is a source of moisture or pollutants – ventilation is a must!
  3. We have found with our on-going scientific air sampling/testing that the air quality improvement is not limited to the basement alone. Once the air is ventilated out of the basement, we find significant improvements in the air quality in the upper levels of the home as well. In our early days this was quite surprising and unexpected. After receiving years of feedback from customers thanking us for less allergy symptoms or finding that they do not snore or cough as much or no longer require breathing treatments/allergy medication as they had before their EZ Breathe installation, we were able to quantify that improvement through testing.  We have seen first-hand the significant improvement Ventilation has provided not only in air quality that we can quantify, 85% less pollutants through our decades of air sampling and testing before/after scenarios, but also the improvement in the quality of life for so many homeowners over the past two decades.


*** In honor of April being Healthy Home Awareness Month we are offering 20% OFF EZ Breathe Ventilation. Get ahead of the musty, stuffy, mildew-smelling basements that those dog days of summer bring NOW with proper basement ventilation. Addressing the issue sooner than later is always best practice! This issue never gets better on its own, it only gets worse as time goes on.  Now is the perfect time to protect your home and health, even if you haven’t started that basement remodel project quite yet!

Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

Important Questions Regarding Indoor Air Quality

Important Questions Regarding Indoor Air Quality New York, NY

How do air fresheners affect indoor air quality?

Air fresheners can impact indoor air quality by adding potentially hazardous pollutants to the air. The use of air fresheners is associated with elevated levels of volatile organic compounds (VOCs), such as formaldehyde, acetaldehyde, benzene, toluene, ethyl benzene, and xylenes, in indoor air. These VOCs are often difficult to smell in the air, but they can irritate the eyes, nose, and throat, as well as cause headaches and nausea. The types and amounts of VOCs emitted depend primarily on the fragrance composition of the air freshener, not on the type of air freshener. It can be difficult or impossible to find out the ingredients in air fresheners, because manufacturers are not required to disclose the complete list of ingredients.Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

Air fresheners can add VOCs and other pollutants to the air through direct emissions from fresheners as well as through secondary reaction products from the freshener chemicals reacting with constituents (such as ozone) that are already in the air. For example, air freshener emissions can react with naturally-occurring indoor air compounds, such as ozone, to produce secondary pollutants such as formaldehyde. The types and amounts of secondary pollutants produced are influenced by factors such as air freshener ingredients, concentrations, and product usage.

How do air fresheners affect human health?

The use of air fresheners can increase exposure levels to air pollutants. These exposures, even at relatively low levels, have been associated with a range of adverse health effects. These effects may include migraine headaches, asthma attacks, breathing and respiratory difficulties, dermatitis, and neurological problems particularly for sensitive individuals.

Are “green” air fresheners safer or better than regular ones?

Some air freshener products are described as “green” (or other related terms, such as organic or all-natural), but these terms lack regulatory or chemical definitions when used with air fresheners. Studies comparing emissions of different types of air fresheners have found that all air fresheners – regardless of “green” claims – emit potentially hazardous compounds. Moreover, emissions from “green” air fresheners were not found to be significantly different from other fresheners.

Homemade or “natural” air fresheners made with essential oils are not necessarily free of potentially harmful chemicals, either. Essential oils consist of combinations of naturally-derived chemicals that are highly concentrated. Concentrations of these oils in nature are typically much lower than the concentrations found in essential oils. Moreover, few of these oils and plant-based ingredients have been tested for safety, and some can trigger allergic reactions.Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

Can air fresheners remove odors and clean the air?

Some air fresheners purportedly clean the air by removing odors, disinfecting the air, or reducing allergens. These claims have been difficult to scientifically verify. Moreover, the use of these products would not provide a long-term solution since the source of odors, bacteria, or other allergens would not be addressed.

What are some alternatives to using air fresheners?

Air fresheners are generally used to create a more pleasing indoor air environment, but they can also exacerbate indoor air quality problems by adding more chemicals to the air. 


Contact the Professionals at EZ Breathe Ventilation System Today! 866-822-7328

Indoor Air Quality | Macedonia, OH | EZ Breathe Ventilation System

The Best Way To Ventilate Your Basement And Improve Indoor Air Quality

The Best Way To Ventilate Your Basement And Improve Indoor Air Quality

Do you ventilate your basement? The conditions in your basement play a major role in determining the indoor air quality of the upper levels of your home. Poor air quality in your basement will mean poor air quality in the rest of your home.Indoor Air Quality | Macedonia, OH | EZ Breathe Ventilation System

Why you should ventilate your basement

The best way to improve indoor air quality in your basement is by ventilating your basement. Ventilation allows for the circulation of air in the basement. A poorly ventilated basement is prone to moisture problems. This is because basements are structures located below grade. They are vulnerable to moisture penetration. Poor ventilation will result in high humidity levels within the basement which in turn will result in a mold or mildew infestation. Mold spores can cause respiratory issues, allergic reactions, sinus problems, and much more.

High humidity provides the perfect environment for pests such as rodents and insects such as termites and cockroaches to thrive. You may find yourself having to deal with a pest or insect infestation. Increased humidity can also lead to structural problems as a result of rot or termite infestations.

The best way to ventilate your basement

Ventilating a basement isn’t as simple as throwing a window open. While natural ventilation is adequate during summer, it isn’t feasible in the winter or during wet seasons. It is also important to note that if you live in a humid area, the air that you let into your basement will be humid. This could mean even more problems for your basement.Indoor Air Quality | Macedonia, OH | EZ Breathe Ventilation System

One way to deal with the humidity is to invest in a dehumidifier. A dehumidifier will take the excess moisture out of the air. This will keep your basement dry even when you leave your windows open on a hot and humid summer day. The only challenge with this is that it still doesn’t solve the problem of ventilating on days when the weather is bad.

A whole home ventilation system offers a great solution for ventilating your basement all year round. These systems draw in fresh oxygen-rich air from the outside. Excess moisture is removed and the air is heated or cooled depending on the time of year. They also exhaust stale air from the inside of the home to the outside. These systems will allow you to ventilate your basement year-round without putting it at risk of developing a moisture problem.

Contact the Professionals at EZ Breathe Ventilation System Today! 866-822-7328

Indoor Air Quality | Nashville, TN | EZ Breathe Ventilation System

Indoor Air Quality: 4 Key Benefits of a Good Ventilation System

Indoor Air Quality: 4 Key Benefits of a Good Ventilation System

Indoor air quality denotes the quality of the air within and around homes and other habitable buildings, especially with respect to the health and well-being of the people who occupy the building. Being aware of and controlling some of the common pollutants in the indoor environment can help you reduce the risk of indoor health problems.Indoor Air Quality | Nashville, TN | EZ Breathe Ventilation System

You can achieve good indoor air quality when you have a proper ventilation system in your building. Ventilation is the process by which clean air from the outdoor environment is purposely supplied into a given space as stale air is simultaneously removed.

There are many types of ventilation systems that you can use to improve the quality of your indoor air. Here is a look at some of the key benefits that you get by investing in a good ventilation system.

  1. Impurity Control

You may be of the view that the quality of air that you breathe outdoors isn’t great, particularly if you live in a busy city. But in most cases, the air within a building can be more contaminated than the air that is outside.

Good ventilation systems are designed to help you remove any build-up of different types of pollutants, moisture, bacteria and unpleasant odors from your building.

  1. Regulation of Air

If you don’t have a good ventilation system in your house, you cannot control the air that flows into the building. When too much air flows into your house, it can mean high energy bills due to increased heating or cooling requirements. This is where a good ventilation system comes in handy.Indoor Air Quality | Nashville, TN | EZ Breathe Ventilation System

A good ventilation equipment will help you control the flow of air into your building while also regulating the air to ensure that it meets the necessary health and safety standards.

  1. Helps Solve Condensation and High Moisture Issues

Condensation inside your house can lead to notable problems such as growth of mold, wood rot, and discoloration of various surfaces. Mold spores and high moisture in the air can also lead to poor indoor air quality and numerous health problems. Therefore, at all costs, you will want to avoid condensation and a high moisture content in your indoor air.

The good thing about investing in good ventilation systems is that the system will help you control the amount of moisture in your indoor air.

  1. Temperature Control

Buildings that are occupied by many people can become hot and stuffy over time. A good ventilation system helps regulate the temperature of a space to ensure that the occupants of the space work in a well-ventilated and more comfortable environment.   

Contact the Professionals at EZ Breathe Ventilation System Today! 866-822-7328

Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

4 Tips to Improve Indoor Air Quality and Make Your Home Allergy-Proof

4 Tips to Improve Indoor Air Quality and Make Your Home Allergy-Proof

The indoor air quality of your home influences the health of the members of your household. It is therefore important to do all you can to keep allergens and disease causing agents at a minimum. The following are some measures you can take to make your home allergy-proof and keep your family healthy no matter the season.Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

  1. Invest in a whole home ventilation system

This is one of the most effective ways to improve indoor air quality. A whole home ventilation system circulates air in and out of your home. It expels stale and contaminated air from the inside of your home and draws fresh air into the home from the outside. This gets rid of airborne allergens that may have built up in the air within your home. These systems filter air coming into the home to prevent allergens from the outside from coming into your home.

  1. Change your air filters more regularly

HVAC systems that aren’t maintained circulate allergens within the home. This is because dirty filters prevent these systems from trapping allergens in the air. The systems may even blow allergens off the dirty filters into the air. It is important to change your air filters regularly. This will help to improve indoor air quality and prevent re-circulation of allergens in the air.

  1. Control humidity levels

High levels of humidity can result in a wide variety of problems. Dust mites and mold thrive in humid environments. Low humidity levels can result in dry skin as well as respiratory problems. If you want to keep your home healthy and allergy free, it’s important to keep the humidity levels in your home at a healthy level. Whole home ventilation systems can help you do this. Some people invest in dehumidifiers or humidifiers depending on their needs.  Indoor Air Quality | New York, NY | EZ Breathe Ventilation System

  1. Bring air-purifying plants into your home

Allergens such as mold spores and dust mites aren’t the only cause of respiratory problems. Chemical air pollutants in your home such as formaldehyde can also cause respiratory problems. Air-purifying plants such as the Snake plant will help to reduce the levels of these pollutants in the air. They will also provide you with the added benefit of using up carbon dioxide and introducing more oxygen into the air within your home.

Polluted indoor air can put the health of the members of your household at risk. Consider the tips above to improve indoor air quality and ensure your home is allergy-proof throughout the changing seasons.

Contact the Professionals at EZ Breathe Ventilation System Today! 866-822-7328

Can Paint Really Be “Low VOC” & “No VOC”?

This is a question many ask themselves and not just indoor air quality geeks like me.  Many homeowners, contractors and consumers have been wondering about this too. Here is what I tell them…

What is a VOC?  It stands for Volatile Organic Compounds, or carbon-based chemicals of which there are thousands and thousands that easily evaporate into the air and become part of the air quality. Harmful VOCs are not always toxic, but they do have compounding long-term health effects. VOCs can cause headaches, nausea, inability to concentrate and even damage to livers, kidneys. Studies in schools & workplaces have shown a correlation between air quality with high levels of VOCs and lower productivity in workers and students.


“Low VOC” & “No VOC” Paint? In the chemical industry, Low VOC is used to describe a product with VOC content at or below 150 g/L, Ultra-low-VOC products have VOC content that’s below 50 g/L.  Zero-VOC paints typically contain VOC content of less than 5 grams per liter. However, paints in any of these categories will change once you choose the color.  The chemicals used to create the color often contain large amounts of VOCs. So, now you no longer have a low or no VOC paint. The chemicals in the color additive modifies the base paint, not only in its appearance but significantly in its VOC load as well.

What’s the big difference between VOC content & VOC emissions? These are two different descriptors and are rarely ever the same. Contrary to what we would think, a study by UL proved many times, even paints with less VOC content had high VOC emissions into the air.  They concluded that there was no way to predict a paint’s VOC emission level or “off-gassing” amount from the VOC content level.  Companies will often utilize whichever of the two levels are less, then use that number to advertise their low or no VOC paint, when in fact they do not qualify. 

Types of VOCs matter? Sure do. The US government defines these parameters based on VOC amounts.  However, these VOC amounts only reference the specific VOCs on the government’s watch list (my term).  If a VOC exists but isn’t on the Government’s list of VOCs to watch, then there is no limit to the amount that can go into a paint.  In other words, there only needs to be a low amount of the listed, or watched, VOC – not ALL VOCs. Many a company’s introduction of new VOCs outpaces the government’s ability to monitor in a timely way.

Why should I care?  We have been referred to as the “indoor generation” as most North American’s spend 90% of our time indoors – at work, at school and in our homes. We are constantly bombarded with thousands of VOCs on the daily with new VOCs begin discovered all the time. VOCs are harmful for our health for us to breathe. With so much new building, remodeling and upgrading of our indoor spaces these last few years, its important to consider the effect this has on our indoor air environment and our health and safety. Good news is there are strategies to help minimize the concentration of indoor VOCs and maintain a healthy and safe indoor air environment.

– Andre’ Lacroix
V.P. EZ Breathe Healthy Home Solutions, V.P. Basement Health Association, Certified Healthy Homes Specialist, Certified Indoor Environmentalist, Certified Radon Measurement Provider

Indoor Air Quality | Macedonia, OH | EZ Breathe

Easy Ways to Improve Indoor Air Quality

Easy Ways To Improve Indoor Air Quality

The average American spends 90 percent of their time indoors. That means that you spend most of your time breathing indoor air. According to a study by the Environment Protection Agency (US EPA), indoor air quality for the average home is much worse than outdoor air quality. The EP reports that the levels of pollutants in homes are 2 to 5 times higher than that in outdoor air. Some pollutants recorded high levels of 100 times more indoors than outdoors. Indoor Air Quality | Macedonia, OH | EZ Breathe

While spending more time outdoors is a great idea for our overall health, it doesn’t solve the problem of high levels of pollutants in our homes. The good news is that you can improve your indoor air quality with the following easy steps.

  1. Keep your home ventilated

One of the easiest ways to reduce the levels of pollutants in the air within your home is to open your windows and doors. This will allow air to circulate into and out of your home. Good exchange of air will promote healthy air indoors.

  1. Smoke outdoors

If you or a member of your household likes to indulge in cigarette smoking every once in a while, restrict the activity to the outdoors. Cigarette smoking is not only bad for your health as a smoker but also for the other members of your household. Second hand smoke has been attributed as the cause of up to 3000 deaths a year as a result of developing lung cancer.Indoor Air Quality | Macedonia, OH | EZ Breathe

Dust mites and mold love moisture. Mold spores and dust mites are known to cause allergies or increase allergy episodes. Keeping humidity levels low will help to reduce the levels of mold and dust mites in your home. Consider investing in a dehumidifier for those parts of your home that are especially humid such as the basement or crawlspace.

  1. Bring in plants

Plants offer an easy and inexpensive way to purify your air. These natural air purifiers take in stale indoor air that is full of chemicals and release fresh oxygen rich air into your home. Placing a large number of plants in your home will help to ensure your indoor air is cleaner. Be sure to look for plants that are known for air purification such as spider plants, Aloe Vera and mother in-laws tongue.

Are you looking for ways to improve indoor air quality? Try the tips above to get started right away.

Contact the Professionals at EZ Breathe today! 866-822-7328

gary sullivan - ez breathe ventilation

The Savvy Entrepreneur: The Story of EZ Breathe Home Health Solutions

Erika Lacroix has successfully built EZ Breathe Home Solutions, a construction-related business. She is a kind of unicorn, thriving in what is still traditionally a man’s world.

She says she was always more of a tomboy, which no doubt helped prepare her for her role with EZ Breathe. And her down-to-earth, funny, no-nonsense approach probably did as well.

She shares the story of her journey, along with some tips for other women entrepreneurs operating in this world. She has navigated bumps along the way, but is fiercely dedicated to her customers, as you’ll hear in my interview with her.

Click on the arrow to the left to listen, or click here if you’d prefer to read a transcript of the show. It’s well worth the listen!