Clean Air Solutions: 2025

Thursday, May 15, 2025

Camfil Austin: Air Filtration for Energy & Power Facilities

Introduction: Air Quality Solutions for Austin’s Energy Sector

Austin’s growing energy sector, which encompasses both traditional power plants and innovative clean energy startups, needs stringent sustainability controls. Airborne contaminants such as dust, pollen, VOCs, and gases can significantly impact equipment longevity, system efficiency, and operational stability. Camfil specializes in providing advanced filtration systems tailored to the unique requirements of Austin’s energy and power facilities, ensuring clean air for optimal performance and regulatory compliance.

Why Air Quality Matters in Austin’s Energy Infrastructure

Texas weather presents challenges for energy infrastructure:

High dust levels during dry months
Changes in humidity that affect filtration materials
Pollen and biological debris near solar and wind farms
Gases and VOCs that can shorten electronic equipment life

Clean air is important to protect turbines, switchgear, battery storage, and control rooms.

Challenges in Austin Power Facilities

Airborne contaminants present significant challenges to Austin’s energy sector, impacting equipment longevity, efficiency, and operational stability. These challenges include:

Open intake environments exposed to dust and insects
Outdoor HVAC units exposed to weather
High airflow demand in server-based control centers
Compliance with TCEQ and EPA air quality requirements

Filtration issues in these environments can lead to downtime and equipment problems.

How Camfil Addresses IAQ Challenges

Camfil’s approach to addressing the indoor air quality (IAQ) challenges faced by Austin power facilities is rooted in a comprehensive understanding of the specific environmental stressors impacting these sites. Recognizing the unique threats posed by high dust levels, varying humidity, biological debris, and volatile organic compounds (VOCs), Camfil has developed tailored solutions designed to safeguard critical infrastructure. From advanced filtration technologies that cater to the needs of open intake environments and outdoor HVAC units, to systems engineered for high airflow demand in control centers, Camfil ensures compliance with TCEQ and EPA air quality standards while minimizing downtime and extending equipment lifespan. Through a fusion of innovation and expertise, Camfil delivers clean air solutions that are as resilient as they are efficient, meeting the complex demands of today’s energy infrastructure with precision and reliability.

To address these challenges, Camfil offers a suite of specialized filtration solutions tailored to the unique requirements of energy and power facilities. These solutions include:

Turbine Air Filters

Designed for gas turbines and engine air intakes
Made to handle wind, debris, and water
Help extend turbine life and reduce fouling

Molecular Filtration Systems

Remove gases like ozone, hydrogen sulfide, and ammonia
Suitable for battery storage and control systems

HEPA & Panel Filters for Indoor Zones

Protect electronic and battery rooms
Help maintain clean room conditions
Low pressure drop for energy savings

Retrofit Housing Solutions

Easy to upgrade existing filter housings
No major changes required

Benefits of Camfil Filtration Products in Energy Systems

In the rapidly evolving landscape of modern energy systems, ensuring the purity and quality of air intake and environmental control is paramount. Camfil’s range of filtration products is meticulously designed to meet these challenges head-on. From turbines that power our industries to the delicate environments of battery rooms and electronic zones, each product is engineered with precision to provide superior protection against pollutants and contaminants. The benefits of integrating Camfil’s advanced filtration solutions into your energy infrastructure cannot be overstated, offering not just enhanced performance and reliability but also significant long-term operational savings. Here’s how Camfil products stand out in ensuring your systems run optimally:

Long Filter Life: Reduces replacement needs and costs
Resilience: Made to perform in central Texas weather conditions
Energy Efficient: Designed for airflow with minimal drag
Compliant: Designed for TCEQ and EPA requirements
Support: Onsite assessments by Camfil’s experts

FAQs

Q: Can Camfil filters handle Texas heat?

A: Yes. Camfil filters are designed to handle high temperatures, dust, and humidity without affecting efficiency.

Q: How do I know which filter suits my power station?

A: Camfil can perform on-site audits to recommend the right solution for each area based on airflow, particles, and operations.

Support Your Austin Facility with Clean, Efficient Airflow

Camfil Austin delivers specialized air filtration solutions tailored to the unique challenges faced by energy and power facilities in the region. By addressing issues such as dust, humidity, biological debris, and VOCs, Camfil’s products protect critical equipment, ensure compliance with environmental regulations, and optimize operational efficiency. With a range of offerings including turbine filters, molecular filtration systems, HEPA and panel filters, and retrofit options, Camfil provides comprehensive support. Backed by over 50 years of expertise and a global presence, Camfil is dedicated to providing clean air solutions that enhance performance and sustainability. Reserve a consultation with Camfil’s energy facility air filtration experts in Austin: Contact Us

About Camfil

For over 50 years, Camfil has been developing clean air solutions that enhance well-being, improve productivity, and minimize environmental impact. As a global manufacturer of commercial and industrial air filtration systems, Camfil is committed to conserving resources while benefiting both businesses and the planet. Headquartered in Stockholm, Sweden, Camfil operates 29 manufacturing sites, six R&D centers, and has a presence in over 35+ countries with 5,700 employees worldwide. Learn more about creating cleaner, healthier indoor air at www.camfil.us.

Media Contact

Lynne Laake

Camfil USA Air Filters

Phone: 888-599-6620

Email: Lynne.Laake@camfil.com

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Wednesday, May 14, 2025

Camfil Los Angeles: Clean Air Solutions for Food & Beverage Processing Facilities

Introduction: LA’s Food Industry Depends on Clean Air

Los Angeles is a major food and beverage production hub, with luxuries and basics being produced for the nation in bakeries, bottling plants, large-scale cold storage, and processing facilities. But in a region battling smog, wildfire particles, and urban air pollution, clean indoor air isn’t just a benefit — it’s a regulatory necessity. Camfil’s specialized air filtration systems help LA food processors meet stringent FDA, USDA, and FSMA requirements while preserving product quality and employee safety.

Why Air Quality Matters in LA Food Plants

Air quality directly affects food shelf life, cross-contamination risk, and legal liability. The products themselves (foodstuffs and packaging materials) often release volatile organic compounds (VOCs), bacteria, mold, and other contaminants that can harm workers or consumers. The federal government sets mandatory air quality standards for food processors in the U.S., and California’s state regulations are even stricter.

Airborne Contaminants: Microbes, smoke particles, industrial dust, and other airborne particulate matter pose significant risks in food and beverage manufacturing. These particles can compromise product safety and quality, leading to contamination that may affect taste, shelf life, and, most importantly, consumer health. Strict regulatory standards demand that manufacturers minimize these risks to ensure compliance and uphold their brand reputation. Controlling airborne contaminants is essential to maintaining a sterile production environment, reducing the likelihood of costly recalls, and ensuring that consumers receive safe, high-quality products.
Odor Control: Food waste, fryers, and fermentation gases, and any other odor-producing byproducts and processes are sources of molecular (or gaseous) pollutants. In addition to unpleasant or disruptive smells, these airborne contaminants can present health risks, cause damage to sensitive equipment, or degrade the quality of ingredients and products.
Humidity Sensitivity: Excessive moisture in poorly ventilated areas can lead to mold and bacterial growth. This poses significant health and safety risks, compromising product quality and leading to spoilage and contamination. For manufacturers, this could result in costly recalls, damaged reputation, and non-compliance with food safety regulations. Controlling humidity levels ensures a safe production environment, extends product shelf life, and maintains the integrity of the food and beverage products being produced.
Compliance Pressures: Complying with regulations like FSMA, HACCP, FDA, and local air quality standards is critical in food and beverage manufacturing to ensure product safety, quality, and consumer trust. These regulations help prevent contamination, protect public health, and maintain consistent production standards. Failing to meet these requirements can lead to costly recalls, legal penalties, and damage to brand reputation. By adhering to these guidelines, manufacturers can deliver safe, high-quality products while fostering a culture of accountability and excellence in their operations.

Challenges in LA Food Production Facilities

Los Angeles’s thriving food and beverage industry faces unique challenges in maintaining air quality due to the region’s urban environment. Meeting stringent FDA, USDA, and FSMA regulations is crucial for food processors, as air quality directly impacts product safety, shelf life, and compliance. Camfil helps Los Angeles food facilities ensure food safety, protect product quality, and achieve efficient operations by addressing the challenges specific to the food and beverage industry, including:

Open processing zones subject to ambient contamination
Sensitive products like dairy, meat, and baked goods require HEPA-level filtration
Odor management near residential zones
Allergen control to prevent cross-contact

These issues require tailored filtration that combines particulate and molecular pollutant control.

How Camfil’s Air Filters Solve IAQ Issues in LA Food and Beverage Manufacturing

With such high stakes involved, LA food processing facilities need a robust air filtration system to comply with regulations and maintain safe working conditions. Camfil offers a range of filters specifically designed for food plants, including HEPA filters that capture 99.97% of particles down to 0.3 microns in size. These filters are vital in preventing cross-contamination and reducing the risk of product recalls

1. HEPA and ULPA Filters

HEPA and ULPA filters are highly efficient at capturing airborne bacteria, mold spores, and fine particles, making them essential for maintaining clean and safe environments. These filters are specifically designed for use in clean zones, ensuring they meet the rigorous standards required for industries like food production and healthcare. By removing even the smallest contaminants from the air, HEPA and ULPA filters play a critical role in improving air quality and protecting sensitive processes from harmful particles.

2. Dust Collection

Dust collection systems are often needed in food production applications such as dried food ingredients, commercial bakeries or other processes where large quantities of contaminants are produced. Some food plants produce material that could be combustible if allowed to accumulate, which makes the dust collection system and filters a critical component within the facility. The dust collection system itself can be an explosive hazard if not designed correctly.

3. Odor Control Filters

Molecular filters that use activated media such as activated carbon are highly effective at removing ammonia, sulfur compounds, and odors from fermentation processes. These filters work by trapping harmful gases and unpleasant smells, ensuring cleaner air in industrial settings. By reducing the presence of these compounds, molecular filters protect both workers from exposure to hazardous substances and nearby communities from unpleasant odors, creating a safer and more pleasant environment for everyone.

4. Food Plant Prefilters

Pre-filters play a crucial role in food manufacturing plants by capturing dust and large debris before they reach high-efficiency filters. This not only helps maintain a cleaner environment but also extends the service life of the primary filters, reducing maintenance costs and ensuring consistent air quality. By preventing larger particles from clogging the main filtration system, pre-filters enhance overall efficiency and contribute to a safer, more sanitary production process.

Advantages of Using Camfil Solutions in Los Angeles Food Facilities

The benefits of integrating Camfil air filtration products into food and beverage facilities in LA include:

Food Safety Compliance: Meet FSMA, HACCP, and FDA air standards
Product Quality Protection: Reduce spoilage and contamination
Efficient Operations: Filters with long life and minimal energy consumption
Smart Design: Retrofit-ready for aging HVAC systems
Local Insight: Camfil’s LA team possesses a unique understanding of regional ambient and indoor air quality conditions

FAQs

Q: Are Camfil air filters currently in use at major food manufacturers?
A: Yes. Camfil filters have been used for decades by some of the world’s most recognized brands.

Q: How often should filters be changed in a food facility?
A: This varies by process, but Camfil filters are engineered to last longer than standard models, reducing losses from downtime, replacement, and labor costs.

Protecting your food products and brand reputation in Los Angeles’s demanding food and beverage industry requires a commitment to clean air. Camfil’s specialized air filtration solutions offer a comprehensive approach to meeting regulatory standards, mitigating contamination risks, and optimizing operational efficiency. By implementing HEPA, ULPA, dust collection and odor control filters tailored to the unique challenges of LA’s urban environment, food processors can help ensure product safety, extend shelf life, and enhance employee well-being. Camfil’s dedication to long-lasting, energy-efficient filters, supported by the location-specific expertise of Camfil LA consultants, provides a strategic advantage in navigating food safety IAQ.

Protect your food and beverage products — and your brand — with Camfil filtration in Los Angeles. Schedule your free site assessment today.

About Camfil

Media Contact

Lynne Laake

Camfil USA Air Filters

Phone: 888-599-6620

Email: Lynne.Laake@camfil.com

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Tuesday, May 13, 2025

Camfil Chicago: Air Filtration Strategies for Logistics Centers and Warehouses

Chicago’s logistics industry is fueling the nation’s movement of goods. But this constant activity brings challenges. Dust, diesel fumes, and the city’s notorious weather swings create real indoor air quality (IAQ) issues for people, processes, and products inside warehouses. Imagine workers struggling with respiratory issues, or sensitive equipment failing due to dust buildup. Camfil offers robust, energy-saving air filtration solutions designed specifically for Chicago’s warehousing and logistics needs—whether it’s a sprawling distribution center or a bustling last-mile hub.

Why Air Quality Matters in Chicago Warehouses

Keeping the air clean is essential for worker health, equipment longevity, regulatory compliance, and smooth operations in Chicago’s busy logistics sector. Warehouses and logistics centers in Chicago face unique IAQ challenges:

Heavy Freight Traffic: Being close to railroads, highways, and O’Hare Airport means a constant stream of diesel pollution, which contains both particulate matter (PM) and molecular (gaseous) pollutants.
Dust & Debris: Forklifts transporting goods, pallets being unloaded, and cardboard being processed all kick up a lot of dust.
Temperature Extremes: Chicago’s constantly fluctuating weather means HVAC systems are always working overtime, which can impact how filters perform.
Occupational Safety Risks: Poor air quality can lead to sick workers (resulting in either more absences or the spread of infections, but likely both), and may even constitute an OSHA violation.
Automation Vulnerability: Dust and unfiltered air can wreak havoc on sensitive automated systems and scanners, leading to expensive repairs and financial losses from unscheduled downtime.

Industry-Specific Challenges in Chicago Logistics Facilities

Chicago’s logistics operations are complex, demanding industrial-grade filtration that can handle:

High Air Change Rates: Large, high-ceilinged buildings need to move a lot of air.
Particulate Pollution: Outdoor docks and unsealed areas bring in dust and pollutants.
Inconsistent Airflow: Open bay doors, heating zones, and fans create uneven airflow.
Stringent Compliance: Food-grade or temperature-controlled warehouses have even stricter air quality requirements.

Many older logistics buildings weren’t designed with modern air quality in mind. This is where Camfil’s versatile and adaptable filtration systems excel.

How Camfil Solves Warehouse IAQ Problems in Chicago

Camfil partners with warehouse managers and logistics engineers in Chicago to provide performance-driven filtration systems:

Industrial Pre-Filters, such as the 30/30 Dual 9 | Camfil

Catch large dust particles and fibers from cardboard and forklift activity.
Extend the life of the finer filters.
Perfect for areas near receiving and sorting docks.

Long-Life Bag & Panel Filters, such as the Hi-Flo ES | Camfil

Handle large volumes of air and heavy dust loads.
Maintain airflow with minimal resistance.
Reduce maintenance and filter replacements.

Molecular Filtration Solutions, such as the CityCarb I | Camfil

Remove harmful gases and odors, including VOCs, from packaging.
Ideal for fulfillment centers dealing with returns or chemical products.

HVAC Retrofit Solutions

Fit easily into existing HVAC units, even in older buildings.
Make it possible to upgrade filtration without major changes.

Benefits of Camfil Filtration in Chicago Warehousing Environments

Improved Worker Health: Clean air means fewer sick days and a safer workplace.
Optimized Energy Use: Filters designed for low pressure drop and high airflow save energy.
Cleaner Operations: Less dust buildup on equipment like sensors and conveyors.
Regulatory Confidence: Meet OSHA, LEED, and EPA clean air standards.
Local Service: Camfil teams in the Midwest provide on-site support and audits.

Frequently Asked Questions Answered by Industrial Air Quality Experts

Q: What types of filters are best for warehouses with heavy dust?

A: We recommend multi-stage filtration, starting with pre-filters and then using high-capacity bag or rigid box filters.

Q: Can Camfil systems work with older HVAC setups?

A: Absolutely. We offer retrofit-ready filters and housings designed to upgrade older buildings.

Q: How often should warehouse filters be replaced?

A: It varies, but our filters are designed to last longer, often reducing replacements from monthly to quarterly.

Run a cleaner, safer warehouse in the Windy City. Request a free air quality consultation with Camfil’s Chicago logistics filtration experts.

About Camfil

For over 50 years, Camfil has been developing clean air solutions that enhance well-being, improve productivity, and minimize environmental impact. As a global manufacturer of commercial and industrial air filtration systems, Camfil is committed to conserving resources while benefiting both businesses and the planet. Headquartered in Stockholm, Sweden, Camfil operates 30 manufacturing sites, six R&D centers, and has a presence in over 35 countries with 5,700 employees worldwide. Learn more about creating cleaner, healthier indoor air at www.camfil.us.

Media Contact

Lynne Laake

Camfil USA Air Filters

Phone: 888-599-6620

Email: Lynne.Laake@camfil.com

Sources:

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Wednesday, May 7, 2025

Improving Indoor Air Quality in Schools: How Proper Air Filtration Enhances Academic Performance

The quality of air inside educational facilities directly impacts student health, attendance rates, and academic achievement. This comprehensive guide explores the unique air quality challenges schools face and the commercial HVAC filtration solutions that create healthier learning environments.

Why Indoor Air Quality in Schools Demands Special Attention

Schools represent one of our most challenging indoor environments from an air quality perspective. With high-density occupancy and students spending approximately 940 hours annually in these buildings, educational facilities face unique air quality challenges that require specialized solutions.

The Hidden Costs of Poor Indoor Air Quality

Many administrators don’t realize the financial impact of inadequate air filtration:

Increased absenteeism: Schools lose between $7-15 per student per day in state funding when students miss school due to respiratory illnesses
Staff absences: When teachers fall ill, schools must pay for substitutes, creating additional budget strain
Reduced learning outcomes: Studies show direct correlations between air quality and cognitive performance

Research has revealed a troubling statistic: Approximately 11 million students (out of 50 million nationwide) attend schools with documented indoor air quality problems. This affects schools in every region, from Oklahoma to Minnesota, Colorado Springs to Birmingham.

Critical Areas Requiring Specialized Filtration

Not all school spaces have identical filtration needs. Here’s a breakdown of areas requiring special consideration:

Classrooms

The core learning environment often contains 30-35 students plus staff in a confined space. Human occupants can shed up to 500,000 particles (0.3 microns and larger) per minute, making these spaces significant sources of particulate contamination without proper filtration.

Common Areas & Hallways

Particle concentrations spike dramatically during class changes when hundreds of students move through hallways simultaneously. These transition periods create air quality challenges that require robust filtration solutions.

Cafeterias

These spaces face dual challenges: High-density occupancy during meal periods and food preparation odors distracting students and staff.

Physical Education Facilities

Locker rooms present unique air quality challenges due to increased humidity, biological particulates, and odors. These spaces often require specialized filtration approaches beyond what’s needed in standard classrooms.

Laboratories

Science classrooms where students handle chemicals like formaldehyde and glutaraldehyde require industrial-grade filtration to protect developing lungs from potentially harmful exposure.

Commercial HVAC Solutions for Educational Environments

The air quality standards for our children’s learning environments should be at least as high as those in professional workplaces. Industry experts recommend:

MERV 13A Filtration as the Baseline

For general school environments, MERV 13A filtration (as classified by the American Society of Heating, Refrigeration and Air Conditioning Engineers) provides the minimum level of protection against airborne contaminants while maintaining efficiency throughout the filter’s service life.

The A in the MERV 13A rating is particularly important because it ensures the filter maintains its efficiency over time—a critical factor in school environments where maintenance resources may be limited.

Carbon Air Filtration for Odor Control

For specialized areas like locker rooms, restrooms, and laboratories:

Carbon filtration systems effectively remove bio-effluents and odors
These systems help maintain comfortable environments that promote learning
They’re especially effective in areas with cleaning supplies or laboratory chemicals

HEPA Filtration for Specialized Spaces

For science laboratories and other sensitive environments:

HEPA (high-efficiency particulate air) filtration removes a minimum of 99.97% of particles 0.3 microns in diameter
This industrial-grade filtration protects students from potential exposure to harmful chemicals
Combined with molecular filtration, HEPA systems create laboratory environments that minimize risk to occupants.

The Economic Case for Improved Air Filtration

While upgrading air filters requires an initial investment, the financial benefits quickly become apparent:

Reduced energy costs: Modern, efficient filters can reduce the need for expensive ventilation air
Decreased maintenance expenses: High-quality filters often require less frequent replacement
Improved attendance funding: Fewer illness-related absences translate directly to improved state funding

Schools in climate-extreme locations like Phoenix, Minneapolis, or Houston particularly benefit from effective filtration that reduces the need to bring in outside air that must be heated or cooled.

Implementation Strategies across Different Regions

The optimal approach to school air filtration varies based on regional factors:

Southern and Southwestern Regions

Schools in Dallas, Houston, Phoenix, and similar climates face challenges from extended cooling seasons and, in some areas, high ambient dust levels. These facilities mainly benefit from:

High-efficiency filtration to reduce cooling loads
Robust pre-filtration systems to handle dust and pollen
Filters designed for high-humidity performance in coastal areas

Northern and Midwestern Regions

Educational facilities in Minneapolis, Kalamazoo, and similar locations contend with extended heating seasons and seasonal allergen concerns. Key considerations include:

Heat-recovery systems paired with efficient filtration
Solutions addressing seasonal pollen and mold spores
Winter-optimized systems that maintain efficiency during cold-weather months

Urban Centers

Schools and other major metropolitan areas face additional challenges from ambient air pollution. These facilities need:

Multi-stage filtration addressing both particulate and gaseous pollutants
Systems designed to handle traffic-related emissions
Solutions that address both indoor and outdoor contaminant sources

Key Takeaways: Engineering Better School Environments

Looking at this from an engineering perspective, the data clearly shows that proper commercial and industrial-grade HVAC filtration in schools isn’t merely addressing a health concern—it’s solving multiple system-level problems simultaneously. The particle loading in classrooms with 30+ occupants creates a substantial burden that requires appropriate mitigation strategies.

When we analyze the performance metrics of schools implementing proper air filtration systems, the results are consistently measurable across different parameters. Districts from Sacramento to Syracuse and Austin to Nashville report significant reductions in absenteeism and energy consumption after upgrading to MERV 13A or better filtration combined with appropriately designed air handling systems.

From a technical standpoint, the most critical factor is maintaining filter efficiency over the operational lifespan. Many conventional filters show excellent initial efficiency but experience substantial degradation within weeks under typical school conditions. This efficiency curve is precisely why the “A” designation in the MERV 13A rating is non-negotiable for school applications—it ensures sustained performance under challenging conditions.

The cost-benefit analysis is straightforward when you factor in reduced energy consumption, decreased maintenance requirements, and the quantifiable financial benefits of improved attendance. The ROI calculation typically shows payback periods of 12-24 months for most facilities, making advanced filtration one of the most technically sound and fiscally responsible improvements schools can implement.

For more information about commercial HVAC filtration solutions for educational facilities in your area, contact your local Camfil representative for a consultation tailored to your regional needs and facility requirements.

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Tuesday, May 6, 2025

Camfil Dallas: HEPA Air Filtration Solutions for Healthcare Facilities

Introduction: Dallas Hospitals Face a Critical Need for Clean Air

In Dallas, the growing urban population, construction activity, and fluctuating weather patterns contribute to a complex indoor air quality (IAQ) environment. For hospitals and healthcare facilities, maintaining clean, particle-free air isn’t optional — it’s essential to comply with regulatory standards, prevent airborne transmission of infections, and safeguard vulnerable patients. Camfil’s premium air filtration systems are designed to help medical environments in Dallas rise to these challenges while improving operational efficiency.

Why Air Quality Matters in Dallas Healthcare Environments

Hospitals in Dallas must contend with several environmental and operational factors that directly impact indoor air quality:

High Urban Air Pollution: Dallas regularly experiences elevated levels of ozone and particulate matter, particularly during summer months.
Pathogen Control: With rising infectious disease risks, the control of airborne bacteria and viruses is a top priority.
ASHRAE Compliance: Facilities are encouraged to follow design standards like ASHRAE 170 and ANSI/ASHRAE/ASHE codes for ventilation and filtration.
Patient and Staff Safety: Poor IAQ can exacerbate conditions like asthma, compromise post-operative recovery, and increase hospital-acquired infections (HAIs).

Clean air is not just a technical requirement—it is a cornerstone of healthcare excellence in Dallas.

Industry-Specific Challenges in Dallas Hospitals

Healthcare environments demand different levels of air cleanliness depending on the area. For example:

Operating Rooms (ORs): Need to maintain high air quality and pressure relative to adjacent spaces
Intensive Care Units (ICUs): Must reduce airborne bacteria and viruses to prevent hospital-acquired infections
Isolation Rooms: Need controlled pressurization and pathogen filtration to keep dangerous contagious illnesses contained.
Laboratories and Pharmacies: Require containment and clean air zones to ensure the accuracy and safety of lab results and pharmaceuticals.

However, many Dallas hospitals face challenges when it comes to maintaining clean air in these specific areas. One major challenge is the high volume of patients being treated. With a large number of people entering and exiting hospital rooms, it can be difficult to control the airflow and prevent contaminants from spreading.

Another challenge is the constant use of medical equipment, which can release particles into the air. This is especially concerning in operating rooms where even the tiniest particle could lead to complications during surgery.

Additionally, extreme weather conditions in Dallas can also impact air quality within hospitals. During hot summer months, hospitals rely heavily on air conditioning systems to maintain a comfortable temperature for patients and staff. However, if these systems are not properly maintained, they can become breeding grounds for mold and bacteria.

These areas demand specialized filters that can consistently remove ultra-fine particles, airborne microbes, and gaseous contaminants, while keeping energy consumption in check.

How Camfil Solves Healthcare IAQ Problems for Dallas Hospitals

Camfil brings decades of filtration engineering expertise to support Dallas-area hospitals, tailoring air quality strategies with:

1. HEPA & ULPA Filters

Capture a minimum of 99.97% of airborne particles as small as 0.3 microns
Ideal for surgical suites, ICUs, isolation rooms, and cleanrooms
Manufactured to IETS, ISO and EN 1822 testing standards

Product Highlight: Absolute VG | Camfil

2. Energy-Efficient Pre-Filters

Trap larger contaminants to extend the life of HEPA filters
Reduce HVAC system load and energy costs
Ideal for air-handling units serving patient care areas

Product Highlight: 30/30 Dual 9 | Camfil

3. Portable Air Purifiers for Healthcare

Deployable in emergency overflow zones or high-traffic areas
Can be used to establish negative pressure zones
Plug-and-play design — no ductwork needed

Product Highlight: CamCleaner CC500 | Camfil

4. Custom Filtration Systems

Solutions tailored for Dallas’ regional challenges: high dust, humidity, allergens
Retrofits for legacy HVAC systems that are common in older hospital buildings
Modular for future scalability and easy maintenance access

Camfil’s air filtration systems are engineered with longevity and energy savings in mind — helping hospitals meet environmental, safety, and financial goals simultaneously.

Benefits of Camfil Products for Healthcare in Dallas

Camfil’s advanced air filtration solutions for healthcare facilities in Dallas address the unique environmental challenges of the region, ensuring a safe and clean atmosphere for both patients and staff. By focusing on innovative technology and energy-efficient designs, Camfil products provide the following benefits:

Regulatory Compliance: Designed to meet ASHRAE 170, ISO 16890, and CDC guidelines
Improved Patient Outcomes: Cleaner air leads to fewer airborne infections and faster recovery
Lower Operational Costs: Filters with longer service life and reduced pressure drop
Sustainability: Camfil’s filters are developed with a focus on recyclability and reduced environmental impact
Onsite Support: Camfil teams in Texas offer assessments, installation guidance, and performance monitoring

Frequently Asked Questions Answered by Healthcare IAQ Experts

Q: What types of filters do hospitals in Dallas need?

A: Hospitals typically require multi-stage filtration — starting with coarse and fine pre-filters, followed by HEPA or ULPA filters in critical areas like ORs and ICUs.

Q: How often should hospital air filters be changed?

A: This depends on air quality levels and HVAC design. Camfil filters are engineered for longer lifespans of up to or exceeding a year, but regular monitoring is recommended every 3–6 months in sensitive and/or high-volume applications like healthcare.

Q: Do Camfil solutions meet Texas healthcare regulations?

A: Yes. Camfil’s hospital-grade air filtration systems are designed to exceed state and national standards, including ASHRAE and CDC guidelines.

Need clean air you can trust in your Dallas healthcare facility?Contact Camfil today to schedule a free onsite air quality consultation with our Dallas team.

About Camfil

Media Contact

Lynne Laake

Camfil USA Air Filters

Phone: 888-599-6620

Email: Lynne.Laake@camfil.com

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Monday, May 5, 2025

2025 State of the Air Report: Key Insights, Impact on IAQ, and What Businesses Can Do About It

Air pollution isn’t just an environmental problem—it’s a serious health risk and a major challenge for businesses. The 2025 “State of the Air” report from the American Lung Association reveals startling truths about air quality in the United States, highlighting the urgency for immediate action. At Camfil, we understand the importance of clean air—not just for individuals, but also for businesses aiming to create healthier, more sustainable environments.

Continue reading for a breakdown of the key findings of the report, the impact of air pollution on businesses and building systems, and how advanced air filtration solutions from Camfil can be part of the solution.

What Is the 2025 “State of the Air” Report?

The “State of the Air” report, published annually by the American Lung Association, is a comprehensive analysis of air quality in the United States. This report grades counties on the levels of ozone and fine particle pollution (both short-term and year-round) based on data from EPA air quality monitoring stations. The 2025 edition comes with some concerning findings tied to wildfires, extreme weather, and industrial emissions—all factors perpetuating poor air quality.

Key Takeaways from the Report:

Nearly 131 million Americans live in areas with failing air quality grades, a significant increase from previous years.
Extreme weather events such as wildfires have led to spikes in short-term particle pollution.
Communities of color and low-income populations are disproportionately impacted, with these groups 2.3 times more likely than white populations to live in areas with unhealthy air.
Year-round particle pollution remains elevated in Western U.S. cities like San Bernardino, CA, hinting at a growing disparity across regions.

These alarming findings reinforce the need for proactive solutions to improve air quality, especially in indoor spaces, where Americans spend as much as 95% of their time.

Top 10 Most Polluted American Cities in 2025

The State of the Air Report ranks localities based on pollution levels in each category. The following list shows the cities with the highest levels of ozone pollution, based on 2025 data.

San Bernardino, CA
Riverside, CA
Los Angeles, CA
Tulare, CA
Kern, CA
Fresno, CA
Maricopa, AZ
Jefferson, CO
Placer, CA
Douglas, CO

The report’s findings show a disproportionate strain on West Coast communities. Of the 25 most ozone-polluted cities in 2025, only one was on the East Coast: Fairfield, Connecticut, a city of around 60,000 people with markedly high ozone levels, due largely to meteorological patterns causing traffic-related pollution from the entire region to settle over the area. Two of the top 25 were located in Texas (Tarrant and Harris), while all the rest are in California, Nevada, Arizona, New Mexico, and Colorado.

Addressing ozone pollution in indoor spaces requires different filtration solutions than standard HVAC filters provide. To target ozone and other molecular (or gaseous) pollutants, building managers should employ activated carbon or other activated media filters.

The Business Impact of Poor Air Quality in Commercial Spaces

Air pollution doesn’t just harm individuals’ health; it impacts businesses’ bottom lines too:

1. Strain on HVAC Systems

Poor outdoor air quality leads to increased buildup of particulates (like PM2.5 and PM10) in HVAC systems. Without proper filtration, particulate matter can:

Clog HVAC filters, leading to reduced system efficiency.
Increase energy consumption, raising operating costs.
Cause wear and tear, leading to higher maintenance expenses.

2. Decreased Employee Productivity

Breathing polluted air in indoor spaces has been linked to a dip in cognitive function and productivity. Employees exposed to poor-quality indoor air are also more likely to suffer from health issues like headaches, asthma, or respiratory infections, leading to higher absenteeism.

3. Sustainability and Compliance Challenges

With new air quality regulations being introduced globally, businesses are expected to adopt sustainable practices. Companies without adequate air filtration solutions may face steep penalties and loss of reputation.

Camfil’s Air Filtration Solutions: A Comprehensive Approach to Improving IAQ

At Camfil, decades have been spent developing high-performance air filtration technologies tailored to every sector. Here’s how these solutions directly address the challenges highlighted in the State of the Air report:

1. High-Efficiency Particle Filters

To combat the smallest and most harmful particulate pollution, Camfil provides HEPA and ULPA filters, which capture a minimum of 99.97% of airborne particles as small as 0.3 microns. These filters are engineered to work efficiently even in regions with high levels of particle pollution caused by wildfires or industrial activity.

2. Smart Air Filters for HVAC Optimization

Products such as the Durafil family of high-efficiency air filters are designed to protect HVAC systems by optimizing airflow and minimizing pressure drop, ultimately reducing energy consumption. This is a cost-effective solution for facilities dealing with dust and particulate accumulation.

3. Custom Solutions for Ozone Pollution

Fine-tuned to tackle high ozone levels, City-Flo filters utilize activated carbon to remove gaseous pollutants alongside particulate matter. These filters are particularly effective for urban businesses facing significant ozone pollution challenges.

4. Air Purifiers for Healthy Workspaces

For businesses seeking to improve indoor air quality without overhauling existing HVAC systems, portable air purifiers like the CC500 are available. These units deliver clean air in offices, schools, and healthcare facilities, helping to reduce the spread of airborne illnesses.

5. Eco-Friendly Filtration

Sustainability is at the core of Camfil’s mission. When possible, filters are crafted with recyclable materials, but always designed for a longer lifespan, reducing waste and environmental impact. By switching to Camfil filters, businesses can significantly lower their carbon footprint while maintaining air quality compliance.

IAQ Solutions Across Industries

The findings of the 2025 “State of the Air” report are a reality check for businesses and policymakers alike. If air quality is compromised outside, it’s critical to ensure cleaner, healthier air inside. Taking proactive steps now will safeguard both individuals and organizations from the harmful impact of air pollution. Camfil’s air filtration solutions help put cleaner indoor air within reach for schools, hospitals, industrial facilities, and corporate offices:

For healthcare facilities: HEPA filters help ensure healthy environments, protecting patients and staff from airborne contaminants.
For manufacturing plants: High-efficiency, industrial-grade filters help safeguard machinery against particulate buildup while improving worker health.
For offices and schools: Solutions like low-pressure-drop filters reduce energy costs and create healthier spaces for employees and students.

With tailored solutions, expert guidance, and a proven track record, Camfil has helped countless businesses worldwide breathe easier. Connect with your local Camfil representative today.

About Camfil

For over 50 years, Camfil has been developing clean air solutions that enhance well-being, improve productivity, and minimize environmental impact. As a global manufacturer of commercial and industrial air filtration systems, Camfil is committed to conserving resources while benefiting both businesses and the planet. Headquartered in Stockholm, Sweden, Camfil operates 30 manufacturing sites, six R&D centers, and has a presence in over 35 countries with 5,600 employees worldwide. Learn more about creating cleaner, healthier indoor air at www.camfil.us.

Media Contact

Lynne Laake

Camfil USA Air Filters

Phone: 888-599-6620

Email: Lynne.Laake@camfil.com

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Thursday, May 1, 2025

Summer HVAC Maintenance for Educational Facilities: Ensuring Clean Air for the Academic Year Ahead

Summer break provides the ideal opportunity for schools and universities to make changes and updates to facilities, including performing critical HVAC maintenance and upgrades. With students and faculty mostly absent, maintenance teams can thoroughly inspect, clean, and optimize air filtration systems to ensure optimal indoor air quality (IAQ) when classes resume. This article explores evidence-based maintenance strategies that improve air quality while potentially reducing energy costs by 15-20%.

Why Summer Maintenance Matters for Educational Facilities

Educational facilities face unique air quality challenges. According to the U.S. Department of Energy, schools and universities account for approximately 10% of commercial building energy consumption nationwide, with HVAC systems representing 35-40% of that energy use. During the academic year, these systems operate continuously while serving dense populations of students and staff.

The American Society of Civil Engineers grades U.S. school infrastructure at a concerning “D+” rating, with nearly a quarter of public school buildings in “fair” or “poor” condition. This aging infrastructure makes proactive maintenance particularly crucial during available maintenance windows.

To learn more about how indoor air quality affects student morale, attendance, and academic performance, see Camfil’s recent article: Everything You Need to Know About Air Quality in K-12 Schools for the 2024-2025 Academic Year

Impact of Indoor Air Quality on Educational Outcomes

Research consistently demonstrates the connection between air quality and student performance. Studies published in the Journal of Environmental Economics and Management show 3-8% improvements in standardized test scores in properly ventilated classrooms compared to those with poor ventilation.

Additionally, schools with optimized HVAC systems report fewer respiratory-related absences. Each percentage point reduction in absenteeism translates to approximately $40-$60 per student in recovered educational funding (based on average daily attendance formulas used by many state education departments).

Essential Summer Maintenance Tasks for Educational HVAC Systems

1. Comprehensive Filter Evaluation

Summer is the ideal time to assess filtration efficiency against current standards. The pandemic has heightened awareness of air quality in schools, making it essential to:

Evaluate current filtration against ASHRAE recommendations, local regulations, and building codes for educational facilities
Consider upgrading to higher MERV-rated filters where system configuration allows
Ensure filter frames and housing have proper seals to prevent bypass

Upgrading from MERV 8 to MERV 13 filters can improve rated particle filtration efficiency from an average of approximately 70% to over 90% for particles between 1.0 and 3.0 microns, significantly improving classroom air quality when properly installed and maintained.

2. Consider the IAQ Needs of Each Area

The first step in choosing the right air filtration products is to evaluate your school’s specific air quality needs. Each school is unique, with varying classroom sizes, building designs, and applications that influence its air quality requirements.

Indoor pollution sources create gaseous pollutants, like VOCs, and particulate matter. Improving air quality in schools requires activated carbon filters and mechanical filters, such as HEPA or MERV-A-rated filters.

3. Selecting and Replacing Filters

Based on the needs of each area of the school, HVAC capacity and specifications, and pollutants present, different kinds of filters may be more appropriate than others. The following air filters have been found to be successful in helping schools achieve their IAQ goals:

Camfil’s Dual 9: A MERV 9/9A panel filter for particulate matter, available in one-inch, two-inch, and four-inch sizes, features a 5-Star Energy Cost Index rating and is designed to last 12 months in commercial use.
Camfil’s AQ13: A high-capacity MERV 13 pleated air filter compatible with existing air handling units, offering twice the service life of standard MERV 13 filters. It meets MERV 13 standards while reducing operational costs.
Camfil’s Durafil ES3: A high-efficiency filter designed to last up to three years while reducing energy consumption. Available in MERV 13A, 14A, and 16A, it’s the leading final filter in the air filtration industry.
Camfil’s CityPleat: A dual-purpose filter designed to tackle both gaseous pollutants and particulate matter, available in two- or four-inch depths, perfect for various commercial and residential uses.
Camfil’s CamCleaner CC500: A high-quality air purifier equipped with factory-tested and certified 99.99% medical-grade HEPA filters, the CC500 enhances air circulation by filtering 500 cubic feet of air per hour. Ideal for classrooms, it boosts air changes per hour and is easy to install without the need for special tools or labor.

Reach out to an air quality expert to find the best filters for your school.

4. Ductwork Inspection and Cleaning

Over an academic year, dust and potential biological contaminants can accumulate in ductwork. Summer provides the opportunity for:

Visual inspection of ductwork integrity
Professional cleaning of supply and return air ducts
Sealing of any leaks that reduce system efficiency

Studies indicate that cleaning contaminated ductwork can improve airflow by 15-30% while reducing the energy needed to distribute conditioned air throughout the facility.

5. Coil Maintenance and Sanitization

Cooling coils can become breeding grounds for microorganisms when moisture is present. Proper maintenance includes:

Deep cleaning of cooling coils using approved cleaning agents
Inspection and clearing of condensate drain lines
Application of EPA-registered antimicrobial treatments where appropriate

Clean coils not only improve air quality but can reduce energy consumption by 5-10% compared to fouled coils that restrict airflow and heat transfer.

Planning for Long-Term Filtration Improvements

Beyond immediate maintenance, summer provides an opportunity for facilities managers to evaluate longer-term HVAC improvements:

Conduct airflow testing to determine if existing systems can support higher efficiency filtration
Evaluate the cost-benefit of installing pressure sensors to monitor filter loading
Consider targeted upgrades to filtration in high-risk or high-occupancy areas

School districts that implement strategic filtration improvements report average energy savings of $0.30-$0.40 per square foot annually while simultaneously improving indoor environmental quality.

Notably, according to researchers who conducted a 2015 study on the relationship between IAQ and standardized test scores, “Rough calculations suggest that IAQ-renovations may be a more cost-effective way to improve standardized test scores than class size reductions.”

Balancing Air Quality with Energy Efficiency

Educational facilities face the dual challenge of maintaining healthy indoor air while managing tight operational budgets. Modern filtration solutions can help achieve both objectives:

Low-resistance, high-efficiency filters can improve IAQ with minimal energy penalty
Two-stage filtration approaches can extend final filter life while improving overall efficiency
Filter selection tailored to specific regional air quality challenges offers optimized protection

When properly implemented, a comprehensive air filtration strategy allows educational facilities to significantly reduce particulate matter while potentially lowering overall HVAC system energy consumption by 5-15%.

LEARN MORE: Premium Air Filtration for Schools and Universities

Before Students Return: Final Verification

As summer maintenance concludes and the new academic year approaches, facilities teams should perform final verification steps:

Operate systems for at least 72 hours to identify any issues before building occupancy
Verify that proper outside air intake rates meet current ventilation standards
Document baseline pressure readings across clean filters for future comparison

This verification process ensures systems are operating optimally when students and faculty return.

Camfil Helps Schools Invest in Education by Boosting IAQ

The summer maintenance window represents a critical opportunity for educational facilities to optimize HVAC systems for the year ahead. By implementing comprehensive maintenance protocols, schools and universities can create healthier learning environments that support educational outcomes while potentially reducing operational costs.

Indoor air quality is not merely a facilities concern—it’s an educational investment that pays dividends in improved student health, attendance, and academic performance.

Ready to optimize your educational facility’s air filtration system? Contact our school IAQ specialists for a free HVAC assessment that identifies opportunities to improve both air quality and energy efficiency before the new academic year begins.

About Camfil Clean Air Solutions

For more than half a century, Camfil has been helping people breathe cleaner air. As a leading manufacturer of premium clean air solutions, we provide commercial and industrial systems for air filtration and air pollution control that improve worker and equipment productivity, minimize energy use, and benefit human health and the environment. We firmly believe that the best solutions for our customers are the best solutions for our planet, too. That’s why every step of the way – from design to delivery and across the product life cycle – we consider the impact of what we do on people and on the world around us. Through a fresh approach to problem-solving, innovative design, precise process control, and a strong customer focus we aim to conserve more, use less and find better ways – so we can all breathe easier.

The Camfil Group is headquartered in Stockholm, Sweden, and has 30 manufacturing sites, six R&D centers, local sales offices in 35+ countries, and about 5,600 employees and growing. We proudly serve and support customers in a wide variety of industries and in communities across the world. To discover how Camfil USA can help you to protect people, processes and the environment, visit us at www.camfil.us/

Media Contact:

Lynne Laake

Camfil USA Air Filters

T: 888.599.6620

E: Lynne.Laake@camfil.com

F: Friend Camfil USA on Facebook

T: Follow Camfil USA on Twitter

Y: Watch Camfil Videos on YouTube

L: Follow our LinkedIn Page

Sources:

https://ascelibrary.org/doi/abs/10.1061/JAEIED.AEENG-1468

https://www.sciencedirect.com/science/article/abs/pii/S0095069614001016

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Wednesday, April 30, 2025

How Air Pollutants Absorbed by Industrial Air Filters Are Threatening Plants and Animals (Update)

The air pollutants that industrial air filters remove from the air can harm the health of animals and plants as well as the health of humans.

When most people think about damage from air pollution, they think of it in terms of its effects on human health. This is understandable, as we’re humans and we filter what we know about the world through our own experiences. Yet it’s important to remember that air pollution negatively affects the entire world around us, which includes plant life and animal life as well.

Animals and plants are damaged by many of the same pollutants that damage human health, and since our ecosystem includes the plants and animals around us, it’s important to look at pollution reduction across the spectrum. After all, reducing the amount of air pollution in the environment doesn’t just benefit us by shielding our lungs from air pollution, it also benefits the animals and plants in our environment, which play a vital role in how we live our daily lives.

Commercial HVAC Air Filters Absorb Toxic Pollutants That Can Harm the Environment

Air pollutants can damage the leaves and roots of plants, and harm animal lungs in much the same manner that they harm human lungs. These pollutants come from a variety of sources: some are natural and some are man-made. It’s important to note, however, that man-made sources are the primary way most air pollutants get into the air.

The air pollutants released by human activity include:

Chlorofluorocarbons that are released by refrigerants, solvents, and propellants. They wear away at the stratospheric ozone layer, which protects the surface of the Earth from the sun’s ultraviolet radiation.
Nitrogen oxides and sulfur dioxide that come primarily from the combustion of fossil fuels at industrial facilities, power plants, and by motor vehicles. The pollutants contribute to the acidification of water droplets in the air, which causes acid rain.
Volatile organic compounds have a variety of human sources, and they are capable of interacting with heat and the chemical energy from the sun to create ground-level ozone.
Particulate matter is an umbrella term for any small particles of air pollution capable of doing damage to people’s health. Particulate matter is divided into different categories like PM1, PM2.5, and PM10 (these particles are smaller than 1-micron in size, smaller than 2.5-microns in size, and smaller than 10-microns in size respectively).

Commercial HVAC air filters are capable of removing most of these pollutants, but animals living outdoors can’t take advantage of their protective capabilities.

Commercial Air Filtration Systems Prevent The Damaging Health Effects Of Air Pollution

The various air pollutants released by human activity can harm plants and animals in a number of different ways. Acid rain and ozone can harm plants, while particulate matter can damage the lungs of animals. A weaker ozone layer can harm almost all life on the planet.

“The degradation of the ozone layer caused by chlorofluorocarbons means that more ultraviolet radiation hits the surface of the planet, damaging the leaves of plants and harming the skin of animals,” stated Camfil’s Mark Davidson, Manager of Marketing & Technical Materials and ASHRAE member and active committee participant. (1)

Unlike when ozone is in the upper atmosphere, tropospheric ozone is a harmful air pollutant that damages the lung tissue of animals and prevents plants from being able to respire. Since plants can’t respire when in clouds of ozone they can’t photosynthesize as efficiently, meaning they’re unable to grow.

In terms of how air pollution harms the lungs of animals, the lungs of other mammals tend to be similar in construction to the lungs of humans. Particulate matter and ozone air pollution can degrade the cells of the lungs, impacting their ability to supply the body with the oxygen it needs. Ozone and particulate matter can permanently decrease lung function if exposure to the air pollutants is at a high level or exposure continues over a long period of time. The two pollutants can lead to the development or exacerbation of asthma in humans, and to similar respiratory diseases in other animals.

Particulate matter can penetrate into the lungs and bloodstream of humans and other animals, doing substantial damage to the lungs and heart. In humans, exposure to particulate matter can cause stroke, brain damage, ischemic heart disease, and other cardiovascular or respiratory ailments. Particulate matter can also damage the body of animals in other ways.

“There is some evidence that other animals can develop similar ailments to humans,” explains Davidson. “Studies examining dogs from the heavily polluted regions of Mexico City found that the animals displayed forms of neurodegeneration similar to Alzheimer’s disease, not unlike the implications for humans who are continually exposed to air pollution as well.” (2)

The Pollutants Neutralized by Industrial Air Filtration and Ventilation Can Harm Entire Ecosystems

Air pollutants can harm animals and plants in ways other than direct exposure. This is because air pollution can damage ecosystems and lead to global warming.

Acid rain is one-way air pollution can damage an entire ecosystem. It can easily destroy plant leaves, rendering the plants incapable of photosynthesis, which eventually causes them to die off. When the acidic water soaks into the ground it can also damage plant roots, and harm aquatic wildlife living in streams, ponds, and lakes.

Even if the damage caused by air pollution seems small, the die-off of a single species of fish in one pond, for example, can have ripple effects that harm many more animals and plants. Ecosystems depend on a delicate balance of interactions between different species. If one species dies off, it can destabilize an entire food web, leading to an ecosystem collapse.

“Species that play critical roles within an ecosystem are referred to as keystone species because the loss of them makes the entire arch (ecosystem) collapse,” expanded Davidson. “If a keystone species were to be damaged or wiped out by severe air pollution, the rest of the ecosystem would suffer greatly. If an insect cannot breed due to the acidification of the water it normally breeds in, the frogs that feed on it will have less food and can die off themselves.” (3)

Certain kinds of air pollution, like methane and carbon dioxide, also lead to global climate change. Global climate change can cause certain areas of the globe to warm and other areas to cool. The hotter climate is causing desertification of fragile ecosystems, the gradual elimination of vegetation and other forms of life from an area. Global climate change is also causing sea level rise due to the melting of the polar ice caps, causing many biomes and ecosystems near the shore to be flooded and swept out to sea.

Commercial HEPA Air Purifiers Are a Way to Protect Ourselves and Our Domestic Animals

The variety of air pollutants that can harm human and animal health can typically be captured with commercial HEPA air purifiers. HEPA stands for High-Efficiency Particulate Air, and it refers to the fact that the filters used in the purifier can absorb most of the dangerous air pollutants exposed in a home. While wild animals can’t benefit from these devices, domestic house pets and humans can, so it remains vital to use them to defend against damaging air pollutants.

When making purchasing decisions about commercial HEPA air purifiers, look for air purifiers that use replaceable HEPA filters. HEPA filters are capable of absorbing up to 99.97% of all particles of pollution as small as 0.3-microns in size. If you live in a particularly polluted area, you may wish to employ a HEPA air purifier to protect the health of your pet, as well as your own health.

Ecosystems Require Protection Beyond Air Filtration Units

It’s critical to think beyond air filtration units and to develop and sustain pollution control methods that will reduce overall emissions of air pollutants. Pollution control strategies can include regulations by government bodies, investments in clean energy and travel technology, and education about ways to reduce individual emissions of pollutants.

Government bodies have the power to create regulations that will curb emissions. It’s important to place limits on smokestack emissions from industrial facilities, mandate motor vehicle mileage standards, and institute cap and trade programs to incentivize companies to reduce air pollution emissions.

Investing in technology that reduces emissions is another way to improve air quality. Emissions reduction technology includes electrostatic precipitators, smokestack scrubbers, and catalytic converters. Electric vehicles and associated infrastructure like charging stations can also reduce emissions.

“Educational programs can help citizens understand the role they can play in curbing emissions and managing their carbon footprint,” claimed Davidson. “Educational programs can address how citizens can carpool, use public transportation, use energy efficient appliances, make use of environmentally-friendly cleaners, and lower their energy consumption to prevent air pollution.” (4)

Air pollution leads to shorter, unhappier, tougher lives for both animals and humans alike. It’s important to reduce our air pollution emissions where possible and to use commercial or industrial air filters to protect the health of our families and our pets.

Camfil USA is the lead provider of high quality air filters. The health of your family and your pets is paramount, so contact us today to purchase excellent filters from knowledgeable professionals.

Lynne Laake

Camfil USA Air Filters

T: 888.599.6620,

E:Lynne.Laake@camfil.com

F: Friend Camfil USA on Facebook

T: Follow Camfil USA on Twitter

Y: Watch Camfil Videos on YouTube

L: Follow our LinkedIn Page

SOURCE Camfil.us

Sources:

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