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Tag: indoor air quality

  • Autumn Respiratory Issues in Dogs | Animal Wellness Magazine

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    As the leaves change color and temperatures drop, autumn brings unique challenges for our canine companions’ respiratory health. Understanding these seasonal risks can help you keep your dog breathing easy all season long.

    Common Autumn Respiratory Challenges

    Fall weather creates the perfect storm for respiratory problems in dogs. Cooler temperatures, increased humidity, and more time spent indoors can trigger various breathing issues. Dogs may experience coughing, sneezing, and difficulty breathing during this season.

    During fall, dogs often face several breathing-related issues. Kennel cough becomes more common as dogs spend time indoors together. Allergies from mold spores and ragweed can cause sneezing and wheezing. The dry air from turning on heaters can irritate sensitive airways. Cold air can also trigger coughing in dogs with existing respiratory conditions.

    Certain dogs face higher risks during autumn months. Short-nosed breeds like Bulldogs, Boston Terriers, and Pugs are especially vulnerable due to their compressed airways. Senior dogs and puppies also need extra attention, as their immune systems may be weaker. Dogs with existing heart or lung conditions require careful monitoring during seasonal changes.

    Watch for Warning Signs

    Keep an eye out for these respiratory symptoms in your dog:

    • Persistent coughing or sneezing
    • Difficulty breathing or rapid breathing while resting
    • Blue-tinged gums or tongue
    • Discharge from the nose or eyes
    • Unusual tiredness or loss of appetite
    • Wheezing or unusual breathing sounds

    If your dog shows any of these signs, especially difficulty breathing, contact your veterinarian immediately. Early treatment often leads to better outcomes and shorter recovery times.

    Prevention Strategies

    Indoor Air Quality: Autumn often means closed windows and running heating systems. Use air purifiers to keep indoor air clean, and change HVAC filters regularly. Poor air quality can irritate your dog’s respiratory system, so maintaining clean air is crucial.

    Limit High-Risk Exposure: During peak respiratory illness seasons, consider reducing visits to dog parks, boarding facilities, and daycare centers where diseases spread easily. Respiratory illnesses pass between dogs through direct contact and airborne droplets from coughing or sneezing.

    Exercise Modifications: On days with poor air quality or extreme weather, keep outdoor activities brief. Focus on bathroom breaks only, and save longer walks for clearer days. Indoor enrichment activities like puzzle feeders can help maintain your dog’s mental stimulation.

    Natural Remedies to Support Respiratory Health

    Several natural approaches may help support your dog’s breathing comfort, though you should always check with your veterinarian first. Honey can help soothe throat irritation – a small amount for large dogs or just a few drops for smaller ones. Steam therapy works well too. Let your dog sit in the bathroom while you run a hot shower to create humid air.

    Fresh air circulation helps reduce indoor allergens. Open windows when weather permits to let stale air out. Some dog parents find that adding a small amount of coconut oil to their dog’s food may help with inflammation, but start with very small amounts.

    Keeping your dog well-hydrated supports healthy mucus membranes. Make sure fresh water is always available. Some dogs benefit from elevated food and water bowls, which can make breathing easier while eating and drinking.

    When to Seek Help

    Don’t wait if you notice respiratory symptoms in your dog. Respiratory distress is a serious emergency that requires immediate veterinary attention. Call ahead to your veterinary clinic so they can prepare for your arrival.

    During transport to the vet, keep your car cool and help your dog stay calm. If your dog is weak, position them on their stomach with their head and neck extended to help breathing.

    The Bottom Line

    While autumn respiratory issues are common in dogs, many are preventable with proper care and attention. Stay alert to your dog’s breathing patterns, maintain good indoor air quality, and don’t hesitate to contact your veterinarian with concerns.

    Remember, you know your dog best. If something seems off with their breathing, trust your instincts and seek professional veterinary advice. Quick action can make all the difference in your dog’s respiratory health and overall well-being.

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    Animal Wellness

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  • Episode 14: How To Improve Indoor Air Quality (And Why It’s Critical) with Mike Feldstein

    Episode 14: How To Improve Indoor Air Quality (And Why It’s Critical) with Mike Feldstein

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    Have you heard that we can go 3 weeks without food, 3 days without water, but only 3 minutes without air? And yet, we spend a lot of time thinking about our food and water, don’t we? In this episode of On My Mind, we’re talking all about air and air quality. I’m thrilled to introduce you to my friend Mike Feldstein, who is probably the only person I know who is more obsessed with air quality than I am.

    We first met a few years ago and I continue to be inspired by his massive knowledge in this area and how willing he is to share it. In this episode, we dive deep into air quality and he drops so many nuggets of wisdom and simple things you can do. This is a must for anyone who breathes – which is all of us.

    Click here to get the Jaspr Air Purifier, the only air purifier that I use and trust.*

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    Subscribe today on your favourite podcast app and never miss an episode.

    covered in this episode

    • What air pollution and air quality are, and the difference between them
    • Why outdoor and indoor air quality are often overlooked as part of the health equation
    • The surprising reason why homes aren’t actually built for human beings
    • The most urgent problem right now when it comes to air quality
    • Common things in your home that dramatically affect the indoor air quality, and the toxins in indoor air you might not expect
    • Whether plants and furnace filters truly work to boost air quality in the home
    • What happens during an indoor air quality testing session
    • Simple ways that people can improve their air quality at home and at work
    • The most important room in your home to have an air filter
    • What people should look for in air filters and air filtration systems
    • How each of us can positively impact air quality
    • The best thing you can do today to improve air quality

    about mike feldstein

    Air Quality with Mike Feldstein

    Mike Feldstein is the Founder & CEO of Jaspr, an air science & technology company. He is an unconventional entrepreneur who sees challenges as opportunities and who is constantly finding solutions to problems others see as insurmountable. Jaspr, Feldstein’s latest venture, is the culmination of Mike’s diverse background in air quality, disaster restoration, and entrepreneurship and it is his mission to protect air quality and improve human health through innovative products and education.

    additional resources

    *This post contains affiliate links. If you make a purchase, I do earn a commission. I only champion products I have used and purchased myself. I have had my original Jaspr since 2021 and continue to be a super fan.

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    Meghan Telpner

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  • Sick Season Will Be Worse From Now On

    Sick Season Will Be Worse From Now On

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    Last fall, when RSV and flu came roaring back from a prolonged and erratic hiatus, and COVID was still killing thousands of Americans each week, many of the United States’ leading infectious-disease experts offered the nation a glimmer of hope. The overwhelm, they predicted, was probably temporary—viruses making up ground they’d lost during the worst of the pandemic. Next year would be better.

    And so far, this year has been better. Some of the most prominent and best-tracked viruses, at least, are behaving less aberrantly than they did the previous autumn. Although neither RSV nor flu is shaping up to be particularly mild this year, says Caitlin Rivers, an epidemiologist at the Johns Hopkins Center for Health Security, both appear to be behaving more within their normal bounds.

    But infections are still nowhere near back to their pre-pandemic norm. They never will be again. Adding another disease—COVID—to winter’s repertoire has meant exactly that: adding another disease, and a pretty horrific one at that, to winter’s repertoire. “The probability that someone gets sick over the course of the winter is now increased,” Rivers told me, “because there is yet another germ to encounter.” The math is simple, even mind-numbingly obvious—a pathogenic n+1 that epidemiologists have seen coming since the pandemic’s earliest days. Now we’re living that reality, and its consequences. “What I’ve told family or friends is, ‘Odds are, people are going to get sick this year,’” Saskia Popescu, an epidemiologist at the University of Maryland School of Medicine, told me.

    Even before the pandemic, winter was a dreaded slog—“the most challenging time for a hospital” in any given year, Popescu said. In typical years, flu hospitalizes an estimated 140,000 to 710,000 people in the United States alone; some years, RSV can add on some 200,000 more. “Our baseline has never been great,” Yvonne Maldonado, a pediatrician at Stanford, told me. “Tens of thousands of people die every year.” In “light” seasons, too, the pileup exacts a tax: In addition to weathering the influx of patients, health-care workers themselves fall sick, straining capacity as demand for care rises. And this time of year, on top of RSV, flu, and COVID, we also have to contend with a maelstrom of other airway viruses—among them, rhinoviruses, parainfluenza viruses, human metapneumovirus, and common-cold coronaviruses. (A small handful of bacteria can cause nasty respiratory illnesses too.) Illnesses not severe enough to land someone in the hospital could still leave them stuck at home for days or weeks on end, recovering or caring for sick kids—or shuffling back to work, still sick and probably contagious, because they can’t afford to take time off.

    To toss any additional respiratory virus into that mess is burdensome; for that virus to be SARS-CoV-2 ups the ante all the more. “This is a more serious pathogen that is also more infectious,” Ajay Sethi, an epidemiologist at the University of Wisconsin at Madison, told me. This year, COVID-19 has so far killed some 80,000 Americans—a lighter toll than in the three years prior, but one that still dwarfs that of the worst flu seasons in the past decade. Globally, the only infectious killer that rivals it in annual-death count is tuberculosis. And last year, a CDC survey found that more than 3 percent of American adults were suffering from long COVID—millions of people in the United States alone.

    Read: Is COVID a common cold yet?

    With only a few years of data to go on, and COVID-data tracking now spotty at best, it’s hard to quantify just how much worse winters might be from now on. But experts told me they’re keeping an eye on some potentially concerning trends. We’re still rather early in the typical sickness season, but influenza-like illnesses, a catchall tracked by the CDC, have already been on an upward push for weeks. Rivers also pointed to CDC data that track trends in deaths caused by pneumonia, flu, and COVID-19. Even when SARS-CoV-2 has been at its most muted, Rivers said, more people have been dying—especially during the cooler months—than they were at the pre-pandemic baseline. The math of exposure is, again, simple: The more pathogens you encounter, the more likely you are to get sick.

    A larger roster of microbes might also extend the portion of the year when people can expect to fall ill, Rivers told me. Before the pandemic, RSV and flu would usually start to bump up sometime in the fall, before peaking in the winter; if the past few years are any indication, COVID could now surge in the summer, shading into RSV’s autumn rise, before adding to flu’s winter burden, potentially dragging the misery out into spring. “Based on what I know right now, I am considering the season to be longer,” Rivers said.

    With COVID still quite new, the exact specifics of respiratory-virus season will probably continue to change for a good while yet. The population, after all, is still racking up initial encounters with this new coronavirus, and with regularly administered vaccines. Bill Hanage, an epidemiologist at Harvard’s T. H. Chan School of Public Health, told me he suspects that, barring further gargantuan leaps in viral evolution, the disease will continue to slowly mellow out in severity as our collective defenses build; the virus may also pose less of a transmission risk as the period during which people are infectious contracts. But even if the dangers of COVID-19 are lilting toward an asymptote, experts still can’t say for sure where that asymptote might be relative to other diseases such as the flu—or how long it might take for the population to get there. And no matter how much this disease softens, it seems extraordinarily unlikely to ever disappear. For the foreseeable future, “pretty much all years going forward are going to be worse than what we’ve been used to before,” Hanage told me.

    Read: The next stage of COVID is starting now

    In one sense, this was always where we were going to end up. SARS-CoV-2 spread too quickly and too far to be quashed; it’s now here to stay. If the arithmetic of more pathogens is straightforward, our reaction to that addition could have been too: More disease risk means ratcheting up concern and response. But although a core contingent of Americans might still be more cautious than they were before the pandemic’s start—masking in public, testing before gathering, minding indoor air quality, avoiding others whenever they’re feeling sick—much of the country has readily returned to the pre-COVID mindset.

    When I asked Hanage what precautions worthy of a respiratory disease with a death count roughly twice that of flu’s would look like, he rattled off a familiar list: better access to and uptake of vaccines and antivirals, with the vulnerable prioritized; improved surveillance systems to offer  people at high risk a better sense of local-transmission trends; improved access to tests and paid sick leave. Without those changes, excess disease and death will continue, and “we’re saying we’re going to absorb that into our daily lives,” he said.

    And that is what is happening. This year, for the first time, millions of Americans have access to three lifesaving respiratory-virus vaccines, against flu, COVID, and RSV. Uptake for all three remains sleepy and halting; even the flu shot, the most established, is not performing above its pre-pandemic baseline. “We get used to people getting sick every year,” Maldonado told me. “We get used to things we could probably fix.” The years since COVID arrived set a horrific precedent of death and disease; after that, this season of n+1 sickness might feel like a reprieve. But compare it with a pre-COVID world, and it looks objectively worse. We’re heading toward a new baseline, but it will still have quite a bit in common with the old one: We’re likely to accept it, and all of its horrors, as a matter of course.

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    Katherine J. Wu

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  • New ASHRAE Indoor Air Quality Standard Offers Reduced Virus Transmission Risk

    New ASHRAE Indoor Air Quality Standard Offers Reduced Virus Transmission Risk

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    One of the major lessons learned about the Covid-19 pandemic was the role ventilation played in its spread. In the summer and fall of 2020, the World Health Organization and then the Centers for Disease Control and Prevention announced that the deadly virus was largely transmitted through aerosols, not saliva droplets as originally thought, and that the ventilation performance of buildings played a critical role in the health and safety of their occupants. Simply put, people who spent time in poorly ventilated spaces were at higher risk of being infected. The same principle applies to many other virus we are subjected to in our daily lives — from annoying colds to more serious seasonal flu and RSV.

    ASHRAE, the association for the heating, ventilation and air conditioning engineering professions, was one of the organizations paying attention to those 2020 revelations. Its Standard 241, Control of Infectious Aerosols, (published in July 2023), establishes minimum requirements to reduce the risk of airborne viral transmission.

    When adopted by builders and regulators, it can provide protection against the germs that impact so many of us every year. “With the fall and winter virus season approaching, mitigating the spread of airborne infections will be of even greater importance, and incorporating the guidance in Standard 241 can be a major step forward in addressing clean air flow goals,” commented ASHRAE’s president Ginger Scoggins in the organization’s October 4 news release.

    What can it do for you and your household? Are there components you can add to your home to improve your own and your family’s safety even if you’re not building or remodeling? And when might we see 241 incorporated into new single family home communities?

    Timing

    You probably shouldn’t hold your breath, according to Max Sherman, who served as leader of ASHRAE’s Epidemic Task Force Residential Team during the pandemic. “241 is brand new. No one has adopted it yet,” he responded in writing to my request for comment. “It is being evaluated by many,” he added, noting that he anticipates it will be several years before we see it becoming adopted widespread, but it can start showing up in custom homes sooner. “For new single family, it might be more marketing than regulation.” With more buyers saying wellness will be a factor in their selection, adoption of this new standard can definitely be part of a healthy home pitch.

    Some local regulators are already looking at 241 as well, according to its author, (as is typical with ASHRAE standards). “Cities are often able to move faster than states or the federal government, so I am optimistic we will see that happening soon,” observed the standard’s task force leader William Bahnfleth, professor of architectural engineering at Penn State, in a published Q&A. He’s seeing indoor air quality interest among New York City leaders that could incorporate components of the standard in its aggressive housing plans, he shared in that interview.

    Standard’s Scope

    It can’t happen soon enough! The 241 standard provides guidance on HVAC system design, installation, commissioning and maintenance to control the spread of infectious aerosols. It also includes recommendations for ventilation rates, filtration and air cleaning technologies, along with a building readiness plan that documents procedures for assessing existing or new HVAC systems to determine if they are working properly.

    For renters and homeowners not planning on remodeling or moving, 241’s guidance on the performance and safety of air cleaners, (which you probably think of as air purifiers), is crucial. Some produce byproducts that are potentially harmful, Bahnfleth pointed out. Is the appliance you’re considering for your home dangerous? You need to know; the standard showing up on product packaging and online descriptions would make that easier.

    Added Benefit

    The engineering professor also shared that the new standard will also address another major health hazard. “Air cleaning systems installed as part of complying with Standard 241 that remove particles from the air also help clean up wildfire smoke that enters a building.” As more regions’ air quality levels are impacted by distant and nearby wildfires, this benefit takes on added importance.

    Indoor Air Quality

    IAQ, as it’s referred to in the building and design industry, covers all factors that impact the air we breathe at home, from viruses to wildfire smoke to pollution – which is often worse indoors than outside. It can be challenging to address the problems comprehensively, but this is a good start. “Evaluating IAQ is complicated, depending on multiple factors, such as the number of individuals in a space, what activities they may be doing, the capabilities of the ventilation system and pollutants from both indoor and outdoor sources,” noted Rachel Hodgdon, CEO of the International WELL Building Institute, the creators of the respected WELL AP certification for wellness-focused professionals in an email on this issue.

    “ASHRAE standards are designed to be adopted by jurisdictions, thereby integrated into the local building code. We’re fortunate that ASHRAE has made good progress, particularly recently, in advancing its suite of IAQ-related standards, helping jurisdictions strengthen their IAQ baselines,” Hodgdon added. The WELL standard works in a complementary way, she noted, while employing IWBI’s own criteria and guidelines.

    Sustainability Considerations

    Many regulators, builders and buyers are looking at heat pumps as sustainable alternatives to traditional HVAC systems. “Heat pumps can be part of a central air system or can also be part of a mini-split system,” Sherman explained, which is good news for homeowners wanting both sustainability and wellness. “To meet 241 the easiest you need a high-MERV filter and sufficient airflow. Easy to do with a central air handler. Mini splits can theoretically do it, if one can get better filters and enough airflow for the total to reach the right number, but heretofore they have not been designed to do that.” This will likely require more complexity and cost.

    Eric Goranson, host of the syndicated radio, TV and podcast program Around the House Show, added his insights about 241 for these increasingly popular systems in an email response. “Mini split heat pumps are like a budget-friendly genie for heating and cooling. They swoop in without the need for a major interior renovation, saving you from the duct drama. For those older homes that were once cozy thanks to oil, gas, or steam boilers, these mini split heat pumps are a game-changer!” Now let’s talk integrating 241 into these systems, he added: “That’s a tough nut to crack! Ducted systems? They’re a bit more versatile, giving us the freedom to tag on other cool stuff like UV air filtration or fresh air systems.”

    Safety Considerations

    The 241 standard is written to keep people safer from viruses, with the added IAQ benefits, but Goranson has concerns, he shared. “Living up in the Northwest, I’m all too familiar with wildfire season. It’s a real struggle to keep that indoor air pristine when the great outdoors seems to be in a bit of a mess. We need some serious brainpower to cook up smarter systems. I am liking some of the new heated HEPA filtration units that are just coming on to the market. We will have to see long term how well they work out. My concern is creating standards that technology has not caught up with completely.”

    There’s nothing wrong with some healthy skepticism. I’m pleased to see that 241 incorporates product standards around air cleaners and emerging technologies, that IWBI is looking at this issue along with ASHRAE, and that builders are likely to see these as potential boons to new home sales, making their benefits available more widely.

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    Jamie Gold, Contributor

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  • Are We Really Getting COVID Boosters Every Year Forever?

    Are We Really Getting COVID Boosters Every Year Forever?

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    School is in session, pumpkin spice is in season, and Americans are heading to pharmacies for what may soon become another autumn standby: your annual COVID shot. On Tuesday, the White House announced the start of a “new phase” of the pandemic response, one in which “most Americans” will receive a COVID-19 vaccine just “once a year, each fall.” In other words, your pandemic booster is about to become as routine as your physical exam or—more to the point—your flu shot. One more health-related task has been added to your calendar, and it’s likely to remain there for the rest of your life.

    From a certain standpoint, this regimen makes a lot of sense. The pandemic’s biggest surges so far have come in the winter, and a fall booster could go a long way toward mitigating the next of those surges. What’s more, the new plan greatly simplifies COVID-vaccination regimens, both for the public and for providers. “It has been bewildering in many cases to understand who is eligible for a booster, how many boosters, when, which boosters, how far apart,” Jason Schwartz, a vaccine-policy expert at Yale, told me. “I think that has held down booster uptake in some really discouraging ways.” In a sense, White House COVID-19 Response Coordinator Ashish Jha told me, the new plan just codifies the way things already worked: The last time low-risk Americans became eligible for another shot was last fall. (The elderly and immunocompromised have operated on a different schedule and will likely continue to do so, Jha said.)

    Still, some public-health experts worry that the White House is jumping the gun. Back in April, a number of them told Stat News’s Helen Branswell they were concerned that the U.S. would adopt such a policy without the data needed to support it. When the White House made its announcement on Tuesday, many felt their concerns had been vindicated. “We’ve had twists and turns and surprises every single step of the way with COVID, and the idea that we’re going to have one shot and then we’re done is not really consistent with how things have worked in the past,” Walid Gellad, a professor at the University of Pittsburgh School of Medicine, told me. The plan, in his view, glosses over considerable uncertainties.

    Read: America’s fall booster plan has a fatal paradox

    For one thing, it assumes that the virus will follow an annual schedule with peaks in the fall and winter—not unlikely, but also not a given. For another, we still don’t have a firm grasp on the magnitude or duration of the benefits offered by the new Omicron-specific vaccine. For all we know, Gellad told me, the added protection afforded to someone who gets the shot tomorrow may have largely dissipated by New Year’s Eve.

    And that’s not to mention the massive uncertainty presented by the specter of future variants. In a briefing Tuesday, Jha acknowledged that “new variant curveballs” could change the government’s plans. But the announcement itself includes no such caveats, which some public-health experts worry could cause problems if course corrections are needed down the line. For all we know, new variants could necessitate more frequent updates, or, if viral mutation slows, we might not even need annual shots, Paul Thomas, an immunologist at St. Jude Children’s Research Hospital, in Tennessee, told me.

    If the routine the White House describes sounds a lot like flu shots, that’s no accident. The announcement explicitly recommends that COVID vaccines be taken between Labor Day and Halloween—“just like your annual flu shot.” That comparison, though, is part of what concerns critics, who worry that the shift into a more flu-like framework will entail the adoption of a vaccines-only approach to COVID prevention. Many of the interventions that have proved so effective over the past two and a half years—masking, distancing, widespread testing—have not traditionally been a major part of our flu-season protocols. If we treat COVID like flu, the thinking goes, such interventions risk falling even further by the wayside. The announcement, which makes no mention of any other prevention tactics, doesn’t offer much reassurance to the contrary.

    Read: A simple rule for planning your fall booster shot

    But that reading, Jha told me, is “just clearly wrong.” Although vaccines are “the central pillar of our strategy,” he said, testing, masking, and improving indoor air quality are all important as well. But as my colleague Katherine Wu has written, the country has been relying more and more on vaccines—and less and less on the other interventions at our disposal—for some time. Even if you do read the new policy as an abnegation of masking, ventilation, and the like, it may not functionally be much of a departure from the status quo.

    For now, Thomas said, the White House’s plan makes sense—as long as it stays sensitive to changing circumstances. “We keep learning new things about this virus,” he told me. “The rate of mutation is changing. The spread through the population is changing.” And as such, he said, our response must be flexible.

    The White House announcement seems like a good-faith attempt to balance competing priorities: on the one hand, the need to communicate uncertainty and acknowledge complexity; on the other, the need to keep the message from getting so complex that it confuses people to the point that they tune it out entirely. In this case, the administration seems to have come down on the side of simplicity. That could be a mistake, Gellad says—one that public-health authorities have made over and over throughout the pandemic. “When you try and make things simple and understandable and present them without sufficient uncertainty,” he told me, “you get into trouble when things change.”

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    Jacob Stern

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  • Madison Taylor Indoor Environmental Contracted to Help Colleges, Dormitories and Off Campus Apartments, Rooms and Housing Facilities With Mold Problems in the VA, MD and DC Area.

    Madison Taylor Indoor Environmental Contracted to Help Colleges, Dormitories and Off Campus Apartments, Rooms and Housing Facilities With Mold Problems in the VA, MD and DC Area.

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    John Taylor, owner of Madison Taylor Inc., Certified Indoor Environmentalist and Mold Inspector, aids colleges in resolving mold issues

    Press Release
    –


    updated: Jan 16, 2019


    WASHINGTON, January 16, 2019 (Newswire.com)
    –
    Madison Taylor Indoor Environmental was contracted to provide mold testing and mold remediation services for Colleges, Dormitories and Off-Campus Apartments, Rooms and Housing Facilities with concerning mold issues in the Virginia, Maryland, and D.C. area.

    Mold is a growing concern in educational facilities and student housing. Many schools and buildings have moisture conditions which can lead to mold growth. Water events, including flooding, roof, window, foundation, and plumbing leaks, elevated relative humidity, poor ventilation, and malfunctioning HVAC systems, can all lead to mold issues in new or aging student housing facilities. Many buildings have unsealed, poorly ventilated crawlspaces, inadequate insulation, and exterior joint leaks, which create conditions conducive to mold growth. 

    As parents, teachers, and students become educated on indoor air quality effects, many of these facilities have added indoor air quality testing and monitoring to their routine maintenance to ensure students are learning and living in a healthy environment. Studies have shown that prolonged exposures to building dampness and mold have been associated with headaches, dizzy spells, respiratory issues, sinusitis, itchy, watery eyes, and hives. Individuals with asthma and allergies may be at risk for progression to more severe conditions if the connection between illness and exposure is left unchecked. 

    John Taylor, owner of Madison Taylor Inc. and Certified Indoor Environmentalist, encourages students, college administrators and parents who have concerns about indoor air quality and their child’s learning environment to request testing information from their local school district. “Many schools have testing performed for mold, bacteria, lead, asbestos, and other indoor air quality concerns annually. If you have concerns and testing has not been performed, request it.”

    John Taylor continued, “Mold has proven to be a legitimate concern in many colleges, student housing facilities and dormitories in Virginia, Maryland and D.C. area. 

    “Madison Taylor Indoor Environmental has tested and remediated over 400 dorm rooms in 2018 alone. We receive hundreds of calls from concerned college administrators, students, and parents every year. It has been rewarding helping resolve these indoor air quality problems, which protects so many from potential health-related conditions.”

    Madison Taylor Indoor Environmental is the most established indoor environmental company in Virginia, Maryland, and D.C. They have helped thousands of home and business owners solve mold and related indoor air quality problems. Their client base encompasses residential and commercial, hospitals, schools, and government facilities.

    If you have questions about mold or other indoor air quality concerns, contact:

    John Taylor

    Madison Taylor Inc.

    Office: 877-932-4652

    Cell: 703-932-6134

    Email: John@madisontaylorservices.com

    www.madisontaylorenvironmental.com 

    Related Links
    Mold Testing VA, MD, DC 

    Mold Removal VA, MD, DC

    SOURCE Madison Taylor Indoor Environmental

    Related Links

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    Source: Madison Taylor Indoor Environmental

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