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Air Purifier Placement Tips.

By
MEP Academy Instructor
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Where to position air purifier
Where to position air purifier

Air purifiers can significantly improve indoor air quality, but their effectiveness largely depends on their placement. Use these Air Purifier Placement Tips to strategically position your air purifier, so you can enhance its performance and enjoy cleaner, healthier air throughout your home or office. Let’s explore the best locations for air purifiers in various rooms and situations.

Air Purifier Placement Tips

How to properly locate an Air Purifier
How to properly locate an Air Purifier

Central Location

Place your air purifier in a central area of the room to allow for efficient airflow and circulation. Keep the device away from walls, corners, and other obstructions. A good rule of thumb is to ensure 3-5 feet (0.9-1.5 meters) of clear space around the unit for unimpeded air intake and output.

Elevation

Positioning your purifier slightly off the ground can improve its performance. For small, portable units, placing them on a table or shelf can be beneficial. It’s recommended to elevate the air purifier no higher than 5 feet (1.5 meters) off the ground.

Near Pollution Sources

Position your air purifier between people and potential pollution sources. For example, if you have a wood-burning fireplace, place the purifier nearby to capture smoke particles.

Room-Specific Air Purifier Placement Tips

Bedroom

Place the unit 6-10 feet (1.8-3 meters) from the head of your bed. This allows the purifier to clean the air you breathe while sleeping without blowing air directly at your face. Choose a quiet unit to minimize sleep disturbances.

Living Room

  • For living rooms, which are often larger and more open:
  • Position the purifier in a central, open area for maximum coverage.
  • Place it near key seating areas like the couch, ensuring furniture doesn’t block the device.
  • Avoid tight spaces where airflow might be restricted.
  • Keep the purifier away from electronic devices.

Kitchen

  • Kitchens are hotspots for odors, smoke, and grease particles. To combat these:
  • Position the purifier near the cooking area but away from direct heat sources.
  • Place it close to sources of odors, such as near the garbage bin.
  • Opt for a unit with a high-quality activated carbon filter for effective odor removal.

Home Office

In a private office, place the air purifier where it won’t be distracting or interfere with your work area. Ensure it’s positioned to effectively circulate air throughout the space. Consider placing it near your desk to reduce dust and particles you might breathe in while working.

Office Spaces

For larger office environments:

  • Place air purifiers in high-traffic areas like reception areas or near photocopiers.
  • Consider multiple units for open-plan offices, strategically placed to cover the entire space.
  • Position purifiers near ventilation systems to help clean incoming air.
  • In conference rooms, place units near seating areas for optimal air cleaning during meetings.

Special Considerations

Pet Areas

Position the air purifier as close as possible to where your pets spend most of their time. This helps capture pet dander and odors.

High-Traffic Areas and Entryways

Place an air purifier near entryways or in hallways to capture pollutants before they spread to other rooms.

Multi-Room Homes or Offices

If you have multiple air purifiers, position them strategically across different rooms. Leaving doors slightly open allows air to circulate between spaces.

Calculating Air Purifier Needs

How to size an Air Purifier using the 2/3rds method. 5 Air Changes with an 8 foot Ceiling.
How to size an Air Purifier using the 2/3rds method. 5 Air Changes with an 8 foot Ceiling.

To determine the right air purifier for your space:

Calculate the room size: Multiply length by width. For example, a room 12 feet (3.7 meters) long and 10 feet (3 meters) wide is 120 square feet (11.1 square meters).

Consider the CADR (Clean Air Delivery Rate): Your air purifier’s CADR should be roughly two-thirds of the room’s square footage. For a 150-square-foot (13.9-square-meter) room, aim for a CADR of at least 100. This calculation is based on 5 Air Changes per Hour as follows. 150 ft2 x 8 ft = 1,200 ft3 x 5 ACH = 6,000 / 60 minutes in an hour = 100 CFM or 100 CADR.

Account for ceiling height: Standard CADR is based on 8-foot (2.4-meter) ceilings. For higher ceilings, opt for a higher CADR rating to account for the additional air volume. See section below to calculate higher ceiling area’s, those greater than 8 feet in height.

Step by Step Method to Determine Size of Air Purifier required for Increased Ceiling Heights

Step 1: Calculate Room Size

  • Measure the length and width of the room in feet (meters).
  • Multiply length by width to get the square footage (square meters).
  • Measure the ceiling height.
  • Multiply the square footage (m2) by the ceiling height to get the room volume in cubic feet (m3).

Step 2: Determine Required CADR

Multiply the room volume in cubic feet (cubic meters) by 5 to get the minimum CADR needed in ft³/m (CFM) or m³/hr. CADR is measured in cubic feet per minute (CFM) or cubic meters per hour (CMH).

For rooms with standard 8-foot ceilings, aim for a CADR that’s at least two-thirds of the room’s square footage, which provides 5 Air Changes per hour and assumes an 8 foot ceiling.

Step 3: Consider Air Changes per Hour (ACH)

Air changes indicate how many times in an hour the volume of air within the room is circulated through the air purifier. The higher the number the greater the times the room air is purified through the machine.

Decide on the desired ACH (typically 3-6 ACH for residential spaces).

Use the formula: 1 ACH = Room Volume (ft3) / 60 Minutes

Step 4: Select Appropriate Air Purifier(s)

Choose air purifier(s) with a combined CADR that meets or exceeds the calculated requirement.

For larger spaces or whole-house purification, consider multiple units to achieve the desired CADR.

Step 5: Adjust for Special Conditions

For rooms with higher ceilings, increase the CADR requirement proportionally.

In areas with higher pollution levels, opt for higher ACH (up to 12 for very polluted spaces).

By following these steps, you can determine the appropriate number and size of air purifiers needed for effective air cleaning in your space.

Efficiency Tips

Regular maintenance: Clean and replace filters as recommended by the manufacturer.

Consider wall-mounting: For space-saving and increased efficiency, consider wall-mountable models.

Monitor performance: Some advanced air purifiers offer features to measure air quality and adjust performance accordingly.

By following these air purifier placement tips, you can ensure your air purifier operates at peak efficiency, providing cleaner, healthier air throughout your home or office. Remember that the optimal placement may vary depending on your specific space and air quality needs, so don’t hesitate to experiment with different locations to find what works best for you.

Frequently Asked Questions

Q: What does an air purifier do?

A: An air purifier helps eliminate contaminants in the air, including bacteria, mold, viruses, odors, dust, pollen, and other pollutants.

Q: How does an air purifier work?

A: Air purifiers typically use a combination of technologies, including HEPA filters to trap particles, activated carbon filters to absorb odors and chemicals, UV-C light to destroy pathogens, and ionization to actively hunt down contaminants.

Q: How much space can an air purifier cover?

A: Portable air purifiers for single rooms typically cover areas up to 700 square feet effectively. Whole-house models, which are ducted into your home’s HVAC system, can cover larger areas and multiple rooms.

Q: Do air purifiers use a lot of electricity?

A: No, most air purifiers are energy-efficient. For example, some popular models use less electricity than a 45-watt light bulb.

Q: How often should I change the filters in my air purifier?

A: Filter replacement frequency varies depending on the model and air quality. It’s best to follow the manufacturer’s recommendations and change filters when the indicator light comes on to maintain optimal performance.

Q: Can one air purifier clean the air for my entire house?

A: A single portable air purifier cannot effectively clean the air for an entire house. For whole-house purification, you need a whole-house air purifier installed into your HVAC system.

Q: What is CADR and why is it important?

A: CADR stands for Clean Air Delivery Rate. It measures how quickly an air purifier can clean the air in a room. A higher CADR indicates better performance. The CADR should be at least two-thirds of the room’s area for effective purification.

Q: Can air purifiers help with allergies and asthma?

A: Yes, air purifiers can help reduce allergens and irritants in the air, potentially providing relief for allergy and asthma sufferers.

Q: Should I use both an air purifier and an air filter?

A: Yes, using both is recommended. Air filters handle larger particles, while purifiers can trap and eliminate smaller particles or make them easier for the filter to catch.

Q: Are air purifiers effective against cigarette smoke?

A: Yes, air purifiers with activated carbon filters can effectively remove cigarette smoke and its associated odors. Look for models specifically designed to tackle smoke and chemical pollutants

Air Purifier vs. Humidifier: Which Do You Need?

By
MEP Academy Instructor
-
0
Air Purifier vs Humidifier
Air Purifier vs Humidifier

Air purifier vs humidifier. They’re both devices that enhance indoor air quality, but they serve distinct functions. Understanding their differences is essential for selecting the right one to meet your needs.​

Differences Between Air Purifiers and humidifiers
Differences Between Air Purifiers and humidifiers

Air Purifiers: Enhancing Air Quality

Air purifiers are designed to remove airborne contaminants, including dust, pollen, pet dander, mold spores, and certain bacteria and viruses. They operate by drawing air through filters—such as HEPA filters—that trap these particles, releasing cleaner air back into the environment. Some advanced models also incorporate activated carbon filters to eliminate odors and volatile organic compounds (VOCs). Regular use of air purifiers can benefit individuals with allergies, asthma, or those living in areas with high pollution levels.​

Humidifiers: Adding Moisture to the Air

Humidifiers increase the humidity level in indoor spaces by emitting water vapor or steam. This added moisture can alleviate symptoms associated with dry air, such as dry skin, irritated nasal passages, and respiratory discomfort. They are particularly useful in arid climates or during winter months when indoor air tends to be drier due to heating systems. Maintaining optimal humidity levels (typically between 30-50%) can also help preserve wooden furniture and prevent static electricity buildup.​

How Do Air Purifiers Work?

Air Purifiers have various filters. Make sure to check what type of filter comes with your air purifier.
Air Purifiers have various filters. Make sure to check what type of filter comes with your air purifier.

Air purifiers work by pulling air through a series of filters that trap and remove airborne particles like dust, pollen, pet dander, smoke, and mold spores. Most quality air purifiers use a multi-stage filtration system: a pre-filter captures large particles like hair and lint; an activated carbon filter absorbs odors and gases; and a HEPA (High Efficiency Particulate Air) filter removes up to 99.97% of particles as small as 0.3 microns. Some air purifiers, however, use ionizers or technologies that generate ozone as a by-product—which can be harmful to breathe, especially for people with asthma or respiratory issues. To stay safe, it’s best to choose air purifiers labeled as using true HEPA filtration and avoid models that emit ozone

Key Differences Between Air Purifiers and Humidifiers

  • Function: Air purifiers clean the air by removing pollutants; humidifiers add moisture to the air without filtering out contaminants.​
  • Health Benefits: Air purifiers reduce exposure to allergens and pathogens, benefiting those with respiratory issues. Humidifiers help relieve dryness-related discomforts but do not remove airborne particles.
  • Usage Considerations: Air purifiers are beneficial year-round, especially in polluted or allergen-prone areas. Humidifiers are typically used during dry seasons or in regions with low humidity.​

Can They Be Used Together?

Yes, air purifiers and humidifiers can be used simultaneously to address both air cleanliness and humidity levels. However, they should be placed apart to prevent moisture from the humidifier affecting the air purifier’s filters. Some manufacturers offer combination units that perform both functions, but it’s essential to ensure such devices meet your specific air quality requirements.​

Which Is Better? Air Purifier or Humidifier for Common Needs

Which is better for your situation, an Air Purifier or a Humidifier. See chart for examples.
Which is better for your situation, an Air Purifier or a Humidifier. See chart for examples.

For Babies (Air purifier vs humidifier)

Best Choice: Both (depending on the issue)
Air purifiers are ideal for keeping the air clean by removing allergens, pet dander, and airborne pollutants, which is important for a baby’s developing lungs. Meanwhile, humidifiers help maintain proper humidity levels, preventing dry skin, chapped lips, and irritated sinuses—common issues for infants, especially in dry climates or winter.
Why: If the air is both dry and contaminated, using both together can offer comprehensive protection.

For Allergy Sufferers (Air purifier vs humidifier)

Air Purifiers are good at removing pollen from the air
Air Purifiers are good at removing pollen from the air

Best Choice: Air Purifier
Air purifiers with HEPA filters are highly effective at capturing allergens like pollen, dust mites, pet dander, and mold spores. These particles are common triggers for allergies.
Why: Humidifiers can actually worsen allergies if they introduce too much moisture and encourage mold growth.

For Coughs or Congestion

Best Choice: Humidifier
Humidifiers ease breathing by soothing irritated nasal passages and throats, especially when dry air is the culprit. They add moisture that can thin mucus and relieve congestion.
Why: If the cough is due to dryness, a humidifier helps; if it’s from allergens or pollution, an air purifier might also be necessary.

For Winter or Summer

  • Winter: Humidifier – Indoor heating causes dry air, leading to dry skin, irritated sinuses, and respiratory discomfort.
  • Summer: Air Purifier – Higher pollen counts and increased pollution during summer make an air purifier more useful.

For Dust, Dust Mites, and Dirt

Best Choice: Air Purifier
Dust and dust mite allergens are common and are effectively captured by air purifiers with high-efficiency filters.
Why: Humidifiers do not clean the air and can actually increase dust mite populations in overly humid environments.

For Mold or Mildew

Best Choice: Air Purifier
Mold spores are airborne and can be removed by HEPA-filter air purifiers. In contrast, humidifiers can unintentionally contribute to mold growth if humidity levels go too high (above 50%).
Why: Maintaining balanced humidity is crucial—too much moisture fosters mold, while air purifiers help reduce spore concentration.

For Eczema

Best Choice: Humidifier
Eczema flare-ups are often triggered or worsened by dry air, especially in the winter. A humidifier helps maintain skin hydration by adding moisture to the air, which can prevent cracking, itching, and inflammation.
Why: While air purifiers may help by removing airborne irritants, a humidifier directly addresses the dryness that typically aggravates eczema.
Pro Tip: Keep humidity between 40–50% for skin comfort—too much can cause mold growth and worsen skin issues.

For Pets

Best Choice: Air Purifier
Pets shed dander, fur, and other allergens that can trigger allergies or asthma. An air purifier with a HEPA filter can remove these particles from the air effectively.
Why: Humidifiers won’t reduce allergens from pets. In fact, excess humidity can make it easier for pet dander to cling to surfaces.
Note: If your pet is prone to dry skin (especially in the winter), a humidifier in addition to an air purifier might be helpful.

Cost Differences

  • Air Purifiers
    • Initial Cost: $100–$600+ depending on brand and features
    • Maintenance: Filter replacements every 6–12 months (~$20–$100 each)
  • Humidifiers
    • Initial Cost: $30–$200 for most residential models
    • Maintenance: Regular cleaning and occasional filter changes (~$10–$30)

Air purifiers typically cost more upfront and over time due to filter maintenance, but they offer more long-term benefits for air quality.

Humidifier vs. Dehumidifier: What’s the Difference?

The difference between a Humidifier and Dehumidifier
The difference between a Humidifier and Dehumidifier

While humidifiers and air purifiers help improve air quality and comfort, they won’t solve moisture problems caused by excess humidity. That’s where dehumidifiers come in.

What’s the Difference?

  • Humidifier: Adds moisture to dry air. Best for dry environments or during winter when the air is too dry. Helps with dry skin, chapped lips, irritated sinuses, and static electricity.
  • Dehumidifier: Removes excess moisture from the air. Best for damp or humid areas like basements or bathrooms. Helps prevent mold, mildew, and musty smells. An air conditioner removes moisture from the air that why it requires a condensate drain.

Got Mold or Mildew? You May Need a Dehumidifier

Mold can be a serious problem so please be careful, especially if its black mold.
Mold can be a serious problem so please be careful, especially if its black mold.

If your home has mold or mildew, it’s likely due to too much moisture in the air. This can happen in bathrooms, basements, or homes in humid climates. A humidifier will make the problem worse, and an air purifier will only reduce the symptoms (like mold spores in the air)—not fix the source of the problem.

Only a dehumidifier can remove the excess moisture that allows mold and mildew to grow. It works by pulling in humid air, condensing the moisture into water, and releasing drier air back into the room.

Simple Rule of Thumb:

Concerned about air quality or allergies? → Use an Air Purifier.

Air feels too dry? → Use a Humidifier.

Air feels too damp or sticky? → Use a Dehumidifier.

How Do Air Purifiers Work?

Air purifiers work by pulling air through a series of filters that trap and remove airborne particles like dust, pollen, pet dander, smoke, and mold spores. Most quality air purifiers use a multi-stage filtration system: a pre-filter captures large particles like hair and lint; an activated carbon filter absorbs odors and gases; and a HEPA (High Efficiency Particulate Air) filter removes up to 99.97% of particles as small as 0.3 microns. Some air purifiers, however, use ionizers or technologies that generate ozone as a by-product—which can be harmful to breathe, especially for people with asthma or respiratory issues. To stay safe, it’s best to choose air purifiers labeled as using true HEPA filtration and avoid models that emit ozone

Avoid Air Purifiers that generate Ozone.
Avoid Air Purifiers that generate Ozone.

Conclusion

Air purifier vs humidifier. Choosing between an air purifier and a humidifier depends on your specific indoor air quality needs. If your goal is to reduce airborne pollutants and allergens, an air purifier is the appropriate choice. If you’re looking to alleviate dryness in the air that can cause skin and respiratory discomfort, a humidifier would be beneficial. In environments where both issues are present, utilizing both devices may provide the best results.​

Building Automation System (BAS) Overrides: Risks, Failures, and Best Practices

By
MEP Academy Instructor
-
0
Building Automation System Overrides
Building Automation System Overrides

Building Automation Systems (BAS) are designed to automate and optimize the operation of heating, ventilation, air conditioning (HVAC), lighting, and other critical building functions. However, there are situations where operators or technicians override the system’s automated logic to manually control specific equipment or settings.

Building Automation System Overrides
Building Automation System Overrides

Overrides can be beneficial for troubleshooting, maintenance, or emergency responses, but they also introduce risks if not managed properly. This report explores the concept of overrides, their purpose, advantages, disadvantages, and real-world examples of override-related failures.

If you prefer to watch the video version of this article, scroll to the bottom.

2. Definition of “Override” in a BAS

An override in a BAS refers to the manual or system-driven action that forces a device, equipment, or set point into a specific state, bypassing the automated control logic. Overrides can be applied at different levels:

  • Manual Override: A technician forces an equipment state via the BAS interface or controller.
  • Software Override: The system locks a specific control point, preventing normal automation.
  • Hardware Override: Physical switches or relays force equipment ON/OFF regardless of automation.
  • Time-Limited Override: A temporary setting that automatically resets after a predefined period.
  • Emergency Override: A system-driven override triggered by fire alarms, smoke detection, or life safety conditions.

3. Purpose of Overrides

Overrides serve several key functions in building automation:

  1. Maintenance & Troubleshooting – Allows testing and diagnosis of individual equipment without automation interference.
  2. Emergency Situations – Ensures critical systems, such as smoke evacuation fans or fire suppression, operate regardless of the control logic.
  3. Occupant Comfort Adjustments – Temporarily modifies setpoints to accommodate specific user needs.
  4. Commissioning & Calibration – Used to verify system responses during initial setup or post-maintenance.
  5. Energy Management & Load Shedding – Overrides can help reduce energy costs by temporarily disabling non-essential loads.

4. Advantages of Overrides

When used properly, overrides provide several benefits:

  • Immediate Equipment Control – Technicians can manually operate systems when automation is malfunctioning.
  • Enhanced Safety & Emergency Response – Overrides ensure life safety systems function when needed.
  • Facilitates Maintenance & Testing – Helps technicians isolate and troubleshoot faulty components.
  • Provides Flexibility for Special Conditions – Adjustments can be made for specific events or unique situations.
  • Energy Cost Reduction – Overrides help implement demand-response strategies to reduce peak energy consumption.

5. Disadvantages and Risks of Overrides

Despite their usefulness, improper use of overrides can lead to serious operational problems:

  • ❌ Forgotten Overrides Leading to System Failures – Overrides left in place can cause unintended consequences, such as frozen coils or overheating.
  • ❌ Bypassing Safety Mechanisms – Overriding alarms, safeties, or critical sensors can introduce safety hazards (e.g., turning off smoke evacuation fans).
  • ❌ Equipment Damage – Forcing equipment ON/OFF outside of its normal operation sequence can lead to mechanical failure or excessive wear.
  • ❌ Energy Waste & Inefficiency – Overrides that prevent normal energy-saving automation can increase operating costs.
  • ❌ Conflicting Commands – Multiple overrides applied to interconnected systems can cause operational conflicts.

6. Real-World Examples of Override-Related Failures

The following are real-world scenarios where improper overrides have caused serious problems:

1. Boiler Override Left in “OFF” – Frozen Air Handler Coil

Possible Boiler Override Consequences when forgotten
Possible Boiler Override Consequences when forgotten

Scenario: A technician manually overrides a boiler to “OFF” for maintenance but forgets to reset it.

Consequence: The hot water coil in the air handler freezes overnight due to subzero temperatures.

Result: The coil bursts, leading to flooding, expensive repairs, and loss of heating for the building.

2. Chiller Override “OFF” During Summer – Tenant Complaints

Scenario: A chiller was manually overridden to “OFF” to investigate a minor refrigerant leak.

Consequence: The override was left in place, preventing cooling in a high-rise office.

Result: Tenants complained about excessive heat, leading to business disruptions and reputation damage.

3. Exhaust Fan Override “OFF” in a Parking Garage – Carbon Monoxide Buildup

Scenario: A technician disabled an exhaust fan in an underground garage while checking the motor.

Consequence: The override was not removed, and CO sensors were overridden as well.

Result: Dangerous carbon monoxide levels built up, triggering emergency evacuation and regulatory fines.

4. Smoke Evacuation Override “DISABLED” – Fire Safety Violation

Smoke Evacuation System Override Failure
Smoke Evacuation System Override Failure

Scenario: A fire safety system’s smoke exhaust fan was manually overridden to “OFF” during testing.

Consequence: A fire later occurred in the building, and the fan did not activate.

Result: Life-threatening conditions and severe legal liability for the building owner.

5. Humidifier Override “ON” – Mold Growth

Scenario: A humidifier was manually set to “ON” for a cold storage area but not reset.

Consequence: Excessive humidity led to mold formation in ductwork and walls.

Result: Expensive remediation and potential health risks to occupants.

6. Demand Control Ventilation Override ‘OFF’ – Poor Indoor Air Quality & Excessive Energy Use

Scenario: A building’s demand control ventilation (DCV) system was manually overridden to ‘OFF’ to troubleshoot a sensor issue, but the override was never removed.

Consequence: Without DCV, CO2 levels gradually increased due to a lack of fresh air, making employees sluggish and uncomfortable. Alternatively, excessive ventilation could lead to unnecessary energy consumption.

Result: Poor indoor air quality (IAQ), reduced worker productivity, and higher energy bills due to inefficient HVAC operation.

7. Best Practices for Override Management

To prevent override-related failures, the following best practices should be implemented:

✅ Use Overrides Only When Necessary – Avoid casual overrides; use them strictly for troubleshooting, maintenance, or emergencies.
✅ Set Expiration Timers – Use automatic reversion so overrides reset after a predefined period.
✅ Implement Logging & Alerts – Track all overrides in the BAS and alert operators of prolonged or unsafe overrides.
✅ Train Facility Staff – Ensure all personnel understand when, why, and how to properly use overrides.
✅ Regularly Audit Overrides – Conduct periodic system audits to identify and remove forgotten overrides.

8. Conclusion

Overrides in a Building Automation System (BAS) are a necessary tool for technicians, facility managers, and emergency responders. However, improper use or forgotten overrides can lead to equipment failures, energy waste, safety hazards, and legal liabilities.

By implementing override management best practices, facilities can maximize the benefits while minimizing risks, ensuring efficient, safe, and cost-effective building operations.

Building Automation System Overrides

Are You Drinking Plastic

By
MEP Academy Instructor
-
0
Microplastic in Bottled Water
Microplastic in Bottled Water

The Microplastic Epidemic. How your daily habits are putting you at risk and what you can do about it. Recent studies have sounded the alarm on a growing health concern: microplastics in our bodies. These tiny plastic particles, less than 5 millimeters in size, have been found in human organs, including our brains, raising serious questions about their long-term impact on our health.

If you prefer to watch the video version of this article, scroll to the bottom.

The Pervasive Nature of Microplastics

Microplastics are everywhere. They’ve been discovered in the clouds atop mountains, in human reproductive organs, and even in infants’ diapers. A shocking study published in Nature Medicine revealed that microplastics are present not only in the brains of deceased individuals but also in their livers, kidneys, and other organs.

Plastic Bottles: A Major Culprit

One of the primary sources of microplastic exposure is plastic water bottles. A recent study found that a liter of bottled water contains an average of 240,000 microscopic plastic particles. Even more alarming, the act of twisting a bottle cap on and off can generate about 500 microplastic particles each time.

Bioaccumulation of Microplastic in our Bodies
Bioaccumulation of Microplastic in our Bodies

Health Risks of Microplastic Accumulation

While the full extent of health risks is still being studied, researchers have identified several potential concerns:

  • Oxidative stress
  • Inflammation
  • Immune dysfunction
  • Altered metabolism
  • Impaired cell growth
  • Abnormal organ development
  • Potential carcinogenic effects

The Solution: Filtered Tap Water and Stainless Steel Containers

To reduce your exposure to microplastics, consider making these changes:

Switch to filtered tap water: High-quality water filtration systems can remove more contaminants than bottled water, including microplastics

Use stainless steel water containers: Stainless steel offers numerous advantages over plastic:

  1. Greater durability and longevity
  2. Resistance to bacteria buildup
  3. Easy to clean and maintain
  4. No risk of microplastic contamination
  5. Check out these Stainless Steel Water Bottles
  6. Check out these Tap Water Filters
Microplastic can effect the health of our Bodies
Microplastic can effect the health of our Bodies

Benefits of Filtered Water

Switching to filtered water offers numerous health benefits:

Improved taste and odor, Increased hydration due to better taste, Reduced exposure to contaminants, Strengthened immune system, Improved kidney function, Healthier cooking and baking

By making the switch to filtered tap water and stainless-steel containers, you’re not only protecting your health but also contributing to a cleaner environment.

Act today to reduce your microplastic exposure. Invest in a high-quality water filter for your faucet and durable stainless steel water bottles or jugs. Your body—and the planet—will thank you.

Are You Drink Plastic? How to Reduce Microplastic Exposure.
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