AirDeveloppa: Breathe Easy and Earn Bitcoin While You’re At It

Air pollution got you down? Want to find places with clean air to escape to? Look no further than AirDeveloppa! This innovative web app tackles air quality concerns with a unique approach that benefits both users and businesses.

Finding Fresh Air, One Coffee Shop at a Time

AirDeveloppa’s core function is to help you locate indoor spots with good air quality. Participating businesses like cafes, gyms, and co-working spaces utilize the AirCheck Monitor, which constantly monitor PM2.5 levels and send that data directly to the app. With up-to-date info at your fingertips, you can easily find a breath of fresh air on even the smoggiest days. Currently only people in Thailand have access to this service but hopefully it will become worldwide available.

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Help Us Breathe Cleaner Air: Citizen Science Project Seeks Donations for Wood Smoke Research

I won’t write a long introduction because this is of urgent matter for people to understand and support. While wood-burning stoves offer a tempting escape from soaring energy costs, they also release harmful substances into our homes and communities. These include fine particulate matter (PM2.5) and Polycyclic Aromatic Hydrocarbons (PAHs), both of which have been linked to serious health issues, including cancer.

Unveiling the Hidden Danger

Despite the known risks, we still lack sufficient data on PAHs concentrations in residential areas where wood burning is common. The location of investigation will be chosen in the Netherlands or Belgium. This is where your help is crucial.

By supporting this citizen science project, you’ll help us gather vital information about the impact of wood smoke on our air quality. The project will measure PAHs and PM2.5 levels in a residential area heavily reliant on wood burning for heating. This data will be invaluable for raising awareness among policymakers and advocating for stronger air quality regulations.

How Your Donation Makes a Difference

Analyzing air for PAHs is a complex process requiring specialized equipment and laboratory analysis. With your support, the project will:

  • Purchase air pumps and ten (10) absorption tubes to collect air samples.
  • Conduct laboratory analysis to identify and quantify PAHs.
  • Measure PM2.5 levels using advanced sensors.
  • Compare PAHs levels in wood-burning areas to background levels.

Join the Fight for Clean Air

Your donation will directly contribute to a healthier community. Together, we can uncover the hidden dangers of wood smoke and work towards cleaner air for everyone. Finally, I want to thank Dieter Pientka for his passion to investigate this crucial subject.

Help us make a difference. Donate today!

Exciting News! “Nicholas and his Incredible Eyesight” Now Available in Farsi! 🇮🇷

Calling all Farsi readers! I am thrilled to announce that the beloved “Nicholas and his Incredible Eyesight” book series is now translated into Farsi (modern Persian). Since Farsi language printed books aren’t currently supported by Amazon, I’ve decided to make the digital format of my book available for free to everyone. This way, readers can still enjoy the work regardless of the limitations on print formats.

This exciting adventure awaits anyone who wants to join Nicholas on his amazing journeys. With his incredible eyesight, Nicholas sees the world in a whole new way, encountering challenges and surprises along the path.

A special thanks to Solmaz Ahadi, Air Quality Specialist, for her invaluable help in bringing this translation to life!

Want your FREE digital copy? It’s easy! Simply leave a comment below this announcement or contact me and I will send it straight to you.

Let’s celebrate the magic of storytelling and the power of Nicholas incredible eyesight – in Farsi! 

#FarsiBooks #FreeBooks #ChildrensBooks #NicholasAndHisIncredibleEyesight #AirQuality

Can an Air Expert Escape Air Pollution? A 2-Month, 6-Month, and Year-Long Experiment in Personal Air Quality

Air pollution is an invisible threat, silently impacting our health. But what if you knew exactly where it lurked, both indoors and outdoors? Could an air quality expert, armed with this knowledge and personal equipment, achieve the World Health Organization’s (WHO) air quality guidelines for extended periods?

This is the question I, Sotirios Papathanasiou, an air quality expert,  will try to figure out over the next year. Starting July 1st, 2024, I embarked on a unique experiment, tracking my personal air quality for a full year. I am monitoring two key air quality metrics: Carbon Dioxide (CO2) and PM2.5 (fine particulate matter). However, PM2.5 data will be excluded when relative humidity surpasses 70% because the limitations of low-cost sensors. I will be carrying an Atmotube Pro and an AIRVALENT everywhere I go.

I am your human guinea pig, carrying these portable air quality monitors everywhere – from my bedroom to my gym, from my kitchen while cooking to the beach on a weekend getaway. This comprehensive data will allow us to see if, despite my expertise in pollution sources and protective measures, I can consistently meet the WHO’s air quality guidelines.

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Don’t Be Fooled by Mass: Why Counting Particles Is One Way Street for Sub-micron Air Quality Monitoring

While monitoring air quality, scientists traditionally relied on mass concentration to measure particulate matter (PM). This metric tells you the total mass of particles per unit volume of air. But for sub-micron particles – those less than one micrometer in diameter – mass concentration falls short. Here’s why measuring particle number by size distribution is a superior approach.

The Small Matter of Small Particles

Sub-micron particles are incredibly tiny. Imagine a human hair – typically around 70 microns thick. A sub-micron particle is hundreds to thousands of times smaller! Due to their miniscule mass, even large numbers of sub-micron particles can register a low mass concentration. This can be misleading, as the health risks they pose aren’t dependent solely on weight.

Penetrating Deep: Size Matters More

Sub-micron particles, especially those in the ultrafine range (less than 100 nanometers), are deeply concerning. Their small size allows them to bypass the body’s natural defenses and infiltrate deep into the lungs. These particles can even enter the bloodstream, potentially causing respiratory and cardiovascular problems.

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Review: airCoda – Pocket CO2 Monitor

Looking for a way to monitor CO2 levels on the go? The airCoda pocket CO2 monitor might be your breath of fresh air. This compact device features a photoacoustic NDIR CO2 sensors, a technology known for its small size and accuracy in measuring CO2 concentrations in any environment.

Why the airCoda?

  • Pocket-Sized Portability: Unlike bulkier CO2 monitors, airCoda’s small size allows you to easily carry it anywhere. Whether you’re checking CO2 levels in your office, classroom, or even your car, airCoda gives you the freedom to monitor air quality wherever you go.
  • Sensor Accuracy: Thanks to the integrated sensor, you can trust airCoda to provide reliable CO2 readings. This is crucial for making informed decisions about ventilation and maintaining healthy air quality.
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Masked and Misunderstood: The Silent Struggle of Chronically Ill in a Challenging World

For many, face masks became a symbol of the pandemic – a temporary inconvenience in the fight against COVID-19. But for those with chronic illnesses, masks are a lifeline, a shield against a world teeming with invisible threats. These individuals wage a silent battle, one breath at a time, often unseen and misunderstood.

Imagine living with a compromised respiratory system, a weakened immune response, or a condition that makes you extra susceptible to infections. Every outing becomes a calculated risk. A simple cough from a stranger or a waft of car exhaust can trigger a flare-up, landing you in the hospital. Face masks, then, aren’t just a recommendation; they’re a necessity.

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Taiwan Tightens PM2.5 Standards to Protect Public Health

Taiwan is taking a significant step towards cleaner air by tightening its regulations on PM2.5, a dangerous air pollutant linked to lung cancer and other respiratory illnesses. The new standard will set the maximum permissible concentration of PM2.5 at 12 μg/m3, a reduction from the current limit of 15 μg/m3.

This policy change is backed by an eight-year research study conducted by the National Health Research Institutes. The study’s findings confirm the negative health impacts of PM2.5 exposure, highlighting the urgency to curb air pollution levels.

PM2.5 refers to fine particulate matter measuring 2.5 micrometers or less in diameter. These tiny particles can easily penetrate deep into the lungs, causing inflammation and aggravating respiratory problems. Air pollution sources include vehicle emissions, industrial activities, and other human-made factors.

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Over-the-Range Hood Microwaves: Addressing Indoor Air Quality Concerns

Over-the-range hood microwaves offer the convenience of a combined microwave and “ventilation” system. However, a common misconception is that they effectively remove cooking fumes and pollutants from the kitchen. While they do have a fan system, it’s crucial to understand their limitations.

Recirculation vs. True Ventilation:

Unlike range hoods that vent exhaust outdoors, most over-the-range microwaves utilize a recirculation system. This means they draw in cooking fumes, grease, and moisture through a metallic mesh filter with holes bigger than a Swiss cheese, then release the “treated” air back into the kitchen.

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Elevating the Topic of Healthy Air | The Air Exchange S2 E1

H&V’s Air Exchange host, Bruce Lorange, kicks off Season 2 by sitting down with IAQ “Influencer”, Sotirios Papathanasiou of the weblog @ Seetheair.org to discuss the importance of healthy air.

Sotirios discusses the importance of air quality, clean air initiatives, and healthy buildings as he shares his background and passion for merging technology and the environment. Sotirios and Bruce also discuss the need for education and legislation to improve indoor air quality.

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