In the White House’s National COVID-19 Preparedness Plan, in the “Checklist for Clean Air in Buildings”, hides a risky landmine: “Ventilation and Filtration”. This approach, the latest proposed “Operation Warp Speed”, is incompatible with most ventilation systems in public buildings, would be expensive, noisy, windy and, even worse, will not adequately sanitize the air.

Far superior, cheaper, safe and effective proven solutions are available. Here are some simple calculations to understand why.

First, the scientific reasoning: filtering the air after it has left the room does nothing to prevent transmission to people sitting in a room with someone who is repeatedly exhaling viruses. This is why many experts favor disinfection of the ambient air.

What about air filtration? High Efficiency Particulate Air Filters – HEPA (also known as MERV-17) filters can remove 99.7% of particles larger than 0.3 microns. This is fine for TB (1-5 microns) but unfortunately the coronavirus and influenza virus are both 0.2 microns or less. HEPA will remove viruses attached to large water droplets, but nature does not impose this requirement on every virus particle; dry viruses also swirl around in the surrounding air.

Yet proponents of ventilation and filtration are now promoting even less efficient filters (MERV-13) which are only 66% efficient for this particle size. This is because our heating/ventilation/air conditioning (HVAC) system blowers are not capable of passing air through these very tight HEPA filters. For a room of 100 to 200 cubic feet with a ceiling less than 7.5 feet, from which you cannot easily exhaust the air outside, a wall-plug HEPA air purifier is much better than nothing, but to sanitize larger rooms, forget about HVAC filtration as a cure.

Understanding why the vent cure fails requires multiplication. The American Society of Heating, Air Conditioning and Refrigeration Engineers (ASHRAE) sets standards (62.1) that most states and Centers for Disease Control and Prevention rely on. A 9,000 cubic foot classroom requires 10 cubic feet per minute of fresh outside air per occupant. That’s 300 cubic feet per minute for 29 students and one teacher, 18,000 cubic feet per hour – two air changes per hour to adequately remove odors and carbon dioxide.

Since many HVAC systems are designed to provide 17-33% outdoor air – it is too energy intensive and expensive to condition more of this cold or warm and humid outdoor air – at least 900 cubic feet per minute of fresh air are needed to meet the needs. need outside air. Recalling the six to 12 air changes recommended by the CDC for minimal disinfection, multiply that 900 cubic feet per minute by three to reach the minimum of six air changes per hour and arrive at 2,700 cubic feet per minute of fresh air needed per classroom.

If the ducts and registers (vents) in our classroom were optimally constructed to have approximately 3 tons of cooling capacity provided by up to 1,500 cubic feet per minute, the ducts, registers, and HVAC fans existing ones cannot move nearly double the volume of air required for minimal disinfection. Moreover, the noisy wind tunnel that the classroom would become would be intolerable – so the magical but inadequate filtration solution is invoked.

Exhaust fan ventilation to the outside is a good idea for rooms where short stays won’t make the temperature intolerable and in bathrooms, where sick people go for private respite. Blow thick cigar smoke under these fans to test if they really exhaust – defying existing codes, some noisy bathroom fans simply blow into the attic.

Disinfection of indoor air is crucial. For a ceiling of at least 7.5 feet, the cheapest, most effective and safest solution is a low-dose ultraviolet germicidal irradiation system in the upper room. The 9,000 cubic foot classroom would be covered for $850 with an out-of-the-box plug-and-play system with nearly 1 watt of ultraviolet C output, or $220 if someone spends an hour assembling. parts for a bare bulb unit with a small, simple reflective aluminum sheet underneath, angled slightly upwards, so that the occupants of the room cannot directly see the bulb ioneself.

Just two seconds of exposure at 3 feet or 60 seconds of exposure at 30 feet, delivering a total radiant energy of 600 microJoules/cm², will inactivate 90% of coronaviruses, tuberculosis and influenza. A $25 ceiling fan or floor fan tilted along a wall, running at a low, quiet speed, completes the setup, ensuring exhaled air rises into the disinfection zone. A school with 50 class equivalents would cost $42,500 (ready-made) or $11,000 (build-it-yourself), plus the cost for fans. 30W to 40W ultraviolet germicidal irradiation bulbs consume minimal electricity and should be replaced after 9,000 hours (one year). Maintenance ? Turn them off and climb a ladder with a soft feather duster every 3 months.

The Government Accountability Office reported in June 2020 that 40% of school districts had 50% of schools requiring basic ventilation reviews. Ventilation installers and consultants are eager to sell new filters, bigger blowers, consulting services, and even fancy unproven ionizers as infrastructure money becomes available.

A science-based policy will follow arithmetic and will not be quickly introduced into a new version of the Segway Bust. Adequate, updated ventilation is essential for deficient indoor spaces, but is not the route to viral air disinfection.

bruce I davidsonMD, MPH, a pulmonary and public health physician and member of the American Society of Heating, Refrigeration and Air Conditioning Engineers, is a clinical professor of medicine at Washington State University College of Medicine and past president of the National Tuberculosis Controllers Association.

Air filtration devices are “not useful” in school environments without other coronavirus safety measures in place, according to a doctor with the Pan American Health Organization.

Throughout the pandemic, the BC Teachers’ Federation has repeatedly called on the provincial government to improve ventilation within the school system and provide rapid tests and personal protective equipment, such as N95 masks. Other jurisdictions, such as Ontario, have provided thousands of air purifiers to school boards.

Although the BC government has started making rapid tests available in some schools, there was no targeted funding for upgrading air filtration systems and adding HEPA filters. in schools.

In a briefing on Wednesday, Dr. Ciro Ugarte, director of health emergencies at PAHO, said HEPA filters and other air filtration systems are not effective ways to prevent or reduce transmission of the virus. COVID-19 unless there are other safety measures in place, such as wearing a mask and physical distancing.

“Air filtration devices… are not useful, per se, if there are no other measures in place, especially because the mode of transmission of the virus is even more people to anyone in enclosed environments,” he said, adding later. “When these measures are not in place, no air filter device will reduce transmissions, especially in these settings.”

Many jurisdictions across North America are beginning to remove mask mandates in public spaces or have already done so. Alberta and Saskatchewan as well as a handful of US states, including Florida and Texas, have already eliminated mask mandates in schools. Quebec plans to lift its mandate for schools next week while Ontario is considering the idea. California, Oregon and Washington are expected to withdraw their mandates by the middle of the month. British Columbia has not indicated whether it will remove its mask mandate in schools.

Ugarte said HEPA cleaning and ventilation devices would reduce the number of pollutants and containments but also particles that could contain viruses.

“Looking at all types of air filtration devices, standard HEPA devices will further reduce virus transmission, capture those particles as they pass through those filters,” he said.

Ugarte stressed that it is far more important to reduce person-to-person transmission through mask-wearing and distancing and by reducing surfaces that other people can touch frequently.

“When we have community transmission and we have a high level of cases that have been in a certain place, we need to use our masks correctly in schools, in restaurants, in other places,” he said. declared. “Even, the recommendation in restaurants is to use the mask when we are not eating or drinking. [in order to] reduce the possibility that we contract this virus or any other respiratory virus. Some of these droplets, small particles, can be inhaled by people standing there unprotected. »

While PAHO recommends people wear masks in schools, restaurants and other smaller indoor environments with poor ventilation, Ugarte said HEPA filters, while helpful, are just one layer. protection and that the other layers should not be ignored or abandoned.

“These measures have proven useful. HEPA filters are useful only if applied with other protective measures.

RELATED: Expert pushes back on Bonnie Henry’s claims schools aren’t a major source of transmission

LED lighting meets air purification standards with Olympia®―reducing bacteria, mold and viruses by 99.9%

NEW YORK – March 1, 2022 – (Newswire.com)

energyware, a leading national provider of energy-efficient technology solutions, announced the latest edition to its portfolio in the Olympia® Disinfection Lighting System. In addition to Olympia®’s multifaceted ability to enable air and surface disinfection, lighting features innovative disinfection devices proven to reduce bacteria, mold and viruses such as 99.9% COVID-19. Research conducted by third-party laboratories, such as Microbac Laboratories Inc., has verified these results.

Olympia® launches with the best warranty opportunity in the entire industry. The five-year or 30,000-hour warranty on the lighting system ensures that customers will have access to unsurpassed air filtration and germ prevention for an extended period of time, risk-free. This LED lighting setup has also proven to be a significant energy saver, reducing expenses.

The Olympia® Disinfection Lighting System was designed and assembled in the United States and is a registered facility with the United States Environmental Protection Agency (US EPA). It is an FDA registered medical device manufacturer, as well as a member of the International Ultraviolet Association. The system is also a listed provider of the New Jersey Educational Services Commission (ESCNJ).

“Over the past two years, the landscape of the world has changed dramatically due to a virus. The initial changes were drastic and immediate and required an organized response. This response has triggered billions of dollars of research, development and investment across a wide range of industries,” said Jon Luis Novaro, group sales director at energyware.

“I never thought the lighting industry would be a big contributor to this response. That is until we at energyware were approached by a key business partner at Olympia with a product that did double duty by providing low consumption LED lighting in a fixture that attracts and kills 99% of bacteria and viruses, including COVID-19. »

While ultraviolet (UV) light is a short-wavelength form of light that is not visible to the human eye, ultraviolet-C light occurs in wavelengths from 200 to 320 nanometers. This type of UV light is considered germicidal or capable of destroying germs. Ultraviolet Germicidal Irradiation (UVGI) is a disinfection method that uses this UVC light to inactivate microorganisms by disrupting their DNA. This process is the exact methodology that Olympia® uses for air and surface disinfection.

Olympia® UVC disinfection is a proven and effective solution for all professional environments. Its proprietary and patent-pending designs and technology, plus optional networking, control and monitoring capabilities, deliver the ultimate levels of high intensity and efficiency from a UVC LED lighting system.

The Olympia® is tested for zero ozone verification of less than 0.005 ppm, has a wide operating voltage of 120 VAC to 480 VAC, and complies with UL 867 and UL 2998 ozone concentration levels. The system is also plenum rated and ELT rated to UL 2043.

The energyware Olympia® Disinfection Lighting System is available in a multitude of units to meet specific needs, with options including UVC Germicidal Disinfection Lighting, Lamps, Disinfection Wall Unit LED Disinfection Troffer and Germicidal Irradiation LED Strip, as well as LED In-duct Disinfection Lighting Units, UVC PTAC LED and UVC Wand LED, all readily available for purchase.

In every way, the Olympia® Disinfection Lighting System is superior to competitive products available on the market today. Free of hazardous mercury or fragile glass components, with built-in surge protectors and protection, and a modular design that is scalable for any size project, the system is truly the safest and most efficient product for business owners who need air and surface disinfection lighting.

“It’s a really ingenious concept that is now tested and certified. This is a game changer for us and our customers as it is an ideal product for a wide variety of applications such as hospitals, schools, gyms, offices, nursing homes, airports etc. “said Novaro.

To visit https://energywarellc.com/ to learn more about how energyware LED lighting can protect and improve health while significantly saving energy.

About energyware

A national supplier of energy efficiency technologies, energyware takes the guesswork out of energy efficiency by bringing together trained energy technology engineers, designers, top fabricators and installers under one roof.

Contact information
Dan Johnson
[email protected]

press release service
by
Newswire.com

Primary source:

energyware launches Olympia® disinfection lighting to eliminate COVID-19

NEW YORK, March 01, 2022 (GLOBE NEWSWIRE) — energyware, a leading nationwide provider of energy efficient technology solutions, announced the latest edition to its portfolio in the Olympia® disinfection lighting system. In addition to Olympia®’s multifaceted ability to enable air and surface disinfection, lighting features innovative disinfection devices proven to reduce bacteria, mold and mildew by 99.9%. viruses such as COVID-19. Research conducted by third-party laboratories, such as Microbac Laboratories Inc., has verified these results.

Olympia® launches with the best warranty opportunity in the entire industry. The five-year or 30,000-hour warranty on the lighting system ensures that customers will have access to unsurpassed air filtration and germ prevention for an extended period of time, risk-free. This LED lighting setup has also proven to be a significant energy saver, reducing expenses.

The Olympia® Disinfection Lighting System was designed and assembled in the United States and is a registered facility with the United States Environmental Protection Agency (US EPA). It is an FDA registered medical device manufacturer, as well as a member of the International Ultraviolet Association. The system is also a listed provider of the New Jersey Educational Services Commission (ESCNJ).

“Over the past two years, the global landscape has changed dramatically due to a virus. The initial changes were drastic and immediate and demanded an organized response. This response triggered billions of dollars in research, development and investments from a wide range of industries,” said Jon Luis Novaro, group sales director at energyware.

“I never would have thought the lighting industry would be a significant contributor to this response. That’s until we at energyware were approached by a key business partner at Olympia with a product which did double duty by providing energy-efficient LED lighting in a device that attracts and kills 99% of bacteria and viruses, including COVID-19.”

While ultraviolet (UV) light is a short-wavelength form of light that is not visible to the human eye, ultraviolet-C light occurs in wavelengths from 200 to 320 nanometers. This type of UV light is considered germicidal or capable of destroying germs. Ultraviolet Germicidal Irradiation (UVGI) is a disinfection method that uses this UVC light to inactivate microorganisms by disrupting their DNA. This process is the exact methodology that Olympia® uses for air and surface disinfection.

Olympia® UVC disinfection is a proven and effective solution for all professional environments. Its proprietary and patent-pending designs and technology, plus optional networking, control and monitoring capabilities, deliver the ultimate levels of high intensity and efficiency from a UVC LED lighting system.

The Olympia® is tested for zero ozone verification of less than 0.005 ppm, has a wide operating voltage of 120 VAC to 480 VAC, and complies with UL 867 and UL 2998 ozone concentration levels. The system is also plenum rated and ELT rated to UL 2043.

The energyware Olympia® Disinfection Lighting System is available in a multitude of units to meet specific needs, with options including UVC Germicidal Disinfection Lighting, Lamps, Disinfection Wall Unit LED Disinfection Troffer and Germicidal Irradiation LED Strip, as well as LED In-duct Disinfection Lighting Units, UVC PTAC LED and UVC Wand LED, all readily available for purchase.

In every way, the Olympia® Disinfection Lighting System is superior to competitive products available on the market today. Free of hazardous mercury or fragile glass components, with built-in surge protectors and protection, and a modular design that is scalable for any size project, the system is truly the safest and most efficient product for business owners who need air and surface disinfection lighting.

“It is a truly ingenious concept which is now tested and certified. This is a game changer for us and our customers as it is an ideal product for a wide variety of applications such as hospitals, schools, gyms, offices, nursing homes, airports, etc.,” Novaro said.

Visit https://energywarellc.com/ to learn more about how energyware LED lighting can protect and improve health while significantly saving energy.

About energyware

A national energy efficiency technology provider, energyware takes the guesswork out of energy efficiency by bringing together trained energy technology engineers, designers, top manufacturers and installers under one roof.

Contact information
Dan Johnson
dan.johnson@newswire.com

This content was posted through the press release distribution service on Newswire.com.

Air filtration systems are increasingly recognized as a valuable method of infection control, GAMA Healthcare describes the benefits of its adaptable Rediair system.

Environmental decontamination and hand hygiene are universally recognized as important methods to reduce the risk of infections and keep people safe. However, adequate ventilation is essential to ensure air safety in hospitals and workplaces. Aerosols and droplets carry infectious microorganisms through the air that can spread infections more easily in poorly ventilated spaces.

Effective air filtration systems can help remove these microorganisms and particles from the air by drawing air through the machine, trapping contaminants in a HEPA filter, and blowing clean air into the room.

Transmission of aerosols and droplets

We constantly release bacteria, viruses and fungi into the air around us. Pathogens like Mycobacterium tuberculosisinfluenza, RSV and coronaviruses are found in droplets and aerosols expelled when we speak, cough or even breathe, potentially infecting other people or landing on and contaminating surfaces.

Droplets are particles greater than five micrometers (µm) in diameter that typically settle within two meters, while aerosols are smaller particles (less than five µm) that stay suspended in the air longer and spread over great distances. Infectious aerosols can be inhaled, deposited on our sensitive mucous membranes or transferred to our mucous membranes by contaminated hands. There is also a risk of particles and odors triggering allergies or discomfort.

Benefits of Air Filtration

Portable HEPA filters can reduce the risk of inhaling viable pathogens in a poorly ventilated area. Unlike traditional air filtration systems found in shared spaces, portable air filtration units give you the flexibility to deliver clean air where and when you need it.

Air filtration systems can capture a variety of contaminants such as:
• Airborne pathogens (bacteria, fungi and viral aerosols);
• Fine and ultrafine particles;
• Dust;
• Mites;
• Odors; and
• Pet dander.

Air Filtration in Healthcare

Healthcare facilities such as operating theaters or intensive care units will be equipped with specialized fixed mechanical ventilation systems. However, in open wards and shared spaces, hospitals may not have effective air filtration. Installing fixed and bulky mechanical systems can be difficult. Not only are they expensive, but during installation, rooms must be emptied and closed off until they are installed, tested and ready for use. Additionally, repairs can be very disruptive to healthcare professionals and patients; if machines malfunction or break, all ventilation is lost, costing more to repair and increasing the risk of infection during downtime.

Meanwhile, COVID-19 variants like Delta and Omicron are currently prevalent. Effective air filtration in healthcare facilities is therefore essential to capture these harmful microorganisms and remove them from the surrounding air. In a recent study, Dr Andrew Conway Morris from the University of Cambridge said it was surprising how effective air filters were at removing airborne SARS-CoV-2 from wards.¹

More evidence is needed to demonstrate the benefits of air filtration in reducing the risk of transmission of infectious microorganisms. Yet the importance of good ventilation is widely recognized in the discourse surrounding healthcare facilities and offices.

Find the right device for you

Choosing an air filter with the right features and functions can be confusing, as supply and infection control teams must come to terms with the language and standards associated with air purification systems. Ultimately, the effectiveness of the filtering will depend on the power of the air purifier, its filtering capacity and the volume of space in the room.

HEPA filters

HEPA stands for High Efficiency Particulate Air. HEPA H13 – H14 is considered medical grade, with HEPA 14 filtering a minimum of 99.995% of particles down to 0.3 microns in diameter. Additionally, pre-filters protect and extend the life of HEPA filters, and carbon or charcoal filters reduce unwanted odors and volatile organic compounds (VOCs).

Clean Air Delivery Rate (CADR)

Measured in cubic meters per hour (m³/h), CADR is an industry standard measure of the volume of air the air purifier can clean. The higher the number, the more efficient a device is. An air purifier with high and variable flow options will ensure adequate air changes every hour.

Patient comfort

Noise levels (dB) are an important consideration when used in a patient room. Look for a product that provides both minimum and maximum noise levels, reflecting low or high fan settings. Plus, a night mode feature mutes lights and noise to give patients a chance to rest and recover.

rediair

Designed by infection prevention experts, Rediair is a portable air purification device that captures particles as small as 0.3µm and has a CADR rate of up to 600m.³/time.

• Dual HEPA 14 filtration

  At the heart of Rediair are two carbon composite HEPA 14 filters that work in tandem with the dual centrifugal intake fans and easy-to-clean nylon pre-filters to capture particles, odors and 99.995% of airborne pathogens. the air.

• High clean air flow

  Thanks to its dual intake filtration system, Rediair has an exceptionally high CADR of up to 600m³/h. Despite its small form factor, a single unit provides effective ventilation for rooms up to 120m³.

• Ultra-low noise

  Rediair is powerful yet surprisingly quiet during normal use. It has many different settings and speeds and is designed to work without causing distraction.

Nylon pre-filters, carbon composite fabric and HEPA 14 filters capture particles, expelling purified air into the room, providing up to five air changes per hour in a space up to 120 m³. Rediair’s various modes of operation allow Rediair to be used almost anywhere, from waiting rooms and offices to dental rooms.

Flexible filtration

Rediair’s dual composite HEPA 14 and carbon fabric filters decontaminate the air in a room almost instantly. Plug in, select your mode and let Rediair do the rest; It’s that simple. Adaptable to many different situations, Rediair has four operating modes to choose from:

Automatic mode

Rediair uses smart particle detection to detect air quality and automatically adjusts fan speed to effectively remove contaminants while displaying current air quality via its LED Air Quality Indicator.

Manual mode

Rediair’s manual mode allows you to adapt its operating parameters to the situation you need. By navigating through its simple digital display to select fan speeds, run times, and light modes, Rediair delivers fast, easy-to-use air purification.

turbo mode

Turbo mode spins the two centrifugal intake fans at maximum speed, dramatically increasing its CADR up to 600 m3/h, removing contaminants faster and more efficiently.

night mode

Rediair uses its built-in light sensor to monitor room light. When light levels drop, Rediair turns off all LEDs and displays and reduces fan speeds to provide near-silent decontamination throughout the night.

Rediair is an incredibly subtle air filtration system. If the internal mechanisms are complex, using Rediair is quite the opposite. The smart air quality indicator can read the ambient air quality and start decontamination within seconds of activation.

For more information about Rediair, visit www.gamahealthcare.com/rediair or contact your local GAMA Healthcare representative.

This article is taken from issue 21 of Health Europe Quarterly. Click on here to get your free subscription today.

Dale Byrne has no patience for political skirmishes. The retired software executive, and president and “CEO” of the successful volunteer group Carmel Cares, is more interested in getting things done than debating. When the pandemic threatened to close dozens of Carmel-by-the-Sea restaurants, he and Cares asked for help creating a parklet design to share with restaurants for free. When the political skirmishes over parklets began, Byrne bowed out.

But that wasn’t all for Carmel Cares – before the parklets initiative, Cares created a lifeline for restaurants by offering grants to owners in exchange for cooking meals for nonprofits and people. locked up seniors – all funded by a community foundation for the Monterey County donor-advised fund created by realtor Tim Allen called Carmel Gives.

This grant saved Mission Bistro, says owner Shaheen Alnuaimi. Today, Alnuaimi proudly declares that his restaurant is the first to be part of Cares’ newest initiative: installing air filtration systems in Carmel restaurants to protect both diners and employees. The effort fits into Cares’ mission statement to keep Carmel “beautiful, safe and inviting”.

The initiative started last year after Allen called Byrne and asked him to work with Bill Hayward of Hayward Lumber (and the Hayward Healthy Home Initiative) on an air filtration project for restaurants. With the city’s political debate over parklets continuing to threaten their existence, air filtration was the next best thing.

Hayward had previously teamed up with Mark Hernandez, a professor of civil and environmental engineering at the University of Colorado and director of the university’s Environmental Engineering Microbiology and Disinfection Laboratory, to design and study a system to monitor the air filtration at the Sierra Mar Restaurant at the Post Ranch Inn in Big Sur.

“The Post Ranch Inn is truly one of the premier examples of reopening, using building science in an evidence-based way to reduce the risk of reopening after Covid,” Hernandez says.

In Carmel, Byrne and Hayward found a Bay Area consulting firm, AirByDesign, and a manufacturer of filtration units, Wynd, to partner on the project. AirbyDesign uses a LiDAR (Light Detection and Ranging) imaging system to build a virtual 3D model of a restaurant, which is then used to design the restaurant’s filtration system which includes placement of units and sensors. The sensors collect data around the clock and send the data to AirbyDesign. If sensors detect CO2 levels that are too high, the company warns the restaurant to open windows and doors to increase airflow.

Wynd machines equipped with HEPA filters are two feet tall and about a foot and a half wide. They are silent, drawing in impure air from the sides and pushing clean air to the top of the unit. Mission Bistro has three that facilitate six and a half air changes per hour. Filters should be changed once every six months.

“Customers need to feel comfortable that this isn’t just a static thing where they buy a filter, stick it in a corner, and hope it works,” says Byrne.

Restaurants can register to be part of the program, install equipment and train staff on how to use the system. They then receive a blue window sticker to let customers know they are using the AirByDesign/Wynd system. It reads “Verified Clean Air; This company has invested in your health and safety.

Byrne says Cares has 12 to 15 restaurants that have installed the equipment. Byrne and Hayward negotiated lower rates with AirByDesign for designing and monitoring subscriptions for these initial restaurants. Wynd offers to split the unit cost — between $300 and $400 — into 12 interest-free monthly installments. As they move forward, Carmel Gives will be offering grants to owners to cover the first 10-15 months of subscription fees for those struggling to pay.

“I hope to get all the restaurants and it will become national history,” Byrne says. “Because it is necessary. We never thought about it with the flu… we’re always going to have something, so why not have clean air instead of dirty air?

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Heavy-duty filtration is easy to take for granted. High-performance filters keep engine and cabin air clean, allowing the driver and diesel power plant to breathe deeply. As the filters become more efficient over time, they reach a tipping point when they need a little truck maintenance.

“If you ignore the diesel engine air filter long enough, it’s not going to end well,” noted Donald Chilton, Director of Product Management, Wix Filters. “Just like our body, ignoring maintenance does not lead to a good result. An air filter protects the most vital areas of the engine. Once it fails to protect you from 99.9% of what If it ingests, you are guaranteed to replace an engine Rings, pistons, liners, turbos, etc. are all going to face contamination and guaranteed failure.

It only takes 8 ounces of dirt to destroy a heavy truck engine, noted Wix Filters. This fact makes Wix air filters, which are 99.9% efficient, critical to the life of an engine. When it comes time to replace the air filter, your engine air filter maintenance checklist should include:

• Make sure the housing, conduits, clamps and fasteners are in good working order. Leaks downstream of filters can allow dirt and other contaminants to enter the clean air stream.
Make sure the spillway valve is working properly;
• Remove the filter carefully so that contaminants remain in the filter;
• Replacement of the interior or safety air filter according to the schedule recommended by the vehicle manufacturer;
• Make sure filter is properly installed and clamps, bolts or wing nuts are properly tightened. Do not overtighten the plastic wing nuts; and
• Always follow the instructions provided with the filter.

If you’re wondering if you’re running your air filters too long, Chilton noted that dirt in the air filter housing is a telltale sign that you need to tighten up your air filter maintenance schedule. And this is one of the first signs.

“If severe enough and the user ignored the warning signs, the filter could disintegrate,” Chilton warned. “If you think about the volume of air flowing through the filter, it’s huge. The engine continues to pump and sucks in a huge stream of air. If the filter breaks down, you’ll find urethane, metal, or adhesive somewhere it’s not supposed to be.

And it’s not just air and debris that can cause air filter problems.

“We saw rodents, nests, nuts, bags and all kinds of trash inside the air filter housing,” he said.

When performing maintenance, it is also important to replace the air filter with a new one. Banging it on the side of the truck or running it under water to clean it can be disastrous.

“Cleaning the air filter is always 100% a bad idea,” Chilton pointed out. “Even if you don’t intend to damage the filter media, you will. Trying to clean the filter creates tiny holes in the media as particles are blown or washed away. The holes are not visible to your eyes, so don’t. Motors are expensive and filters are cheap. The risk versus the reward simply doesn’t add up.

The air filtration media will be a key indicator of filter quality when stocking new filters. Wix air filters, for example, feature raised pleats and pleat-stabilizing beads that help the filter hold more dirt and last longer. You also want to make sure your filter of choice fits snugly inside the air filter housing. Wix Premium Heavy Duty Air Filters take the extra expense out of adding metal end caps with handles, which makes installation easier and helps ensure the filter is one with the housing to protect the motor.

For more information on Wix’s line of Heavy Duty Diesel Engine Air Filters, visit the Wix website.

NEW YORK, February 7, 2022 /PRNewswire/ — Fibrix Filtration, the leading provider of specialty high-loft, pleated-media air filtration products, backed by Branford Castle Partners, LP, a New York CityNew York-based private equity firm, today announced the acquisition of Americo Manufacturing Company. Americo is a leading producer of floor pads, cleaning accessories, OEM specialty nonwovens and floor mats. The Fibrix Filtration and Americo brands will be owned by the newly renamed holding company, Clean Solutions Group (CSG), led by Keith White as President and CEO.

“The transition to a greener, cleaner environment is a monumental challenge for this generation,” Mr. White said. “Combining the people, technologies and assets of Fibrix Filtration and Americo creates a formidable nonwovens manufacturing platform focused on innovative clean solutions for home and office environments using environmentally responsible practices. We are thrilled to partner with Americo to create A Cleaner Way Forward together.”

“We are thrilled to join Clean Solutions Group as we continue to grow our business by delivering innovative, environmentally friendly products with an unparalleled customer experience,” commented Lenny Shutzberg, CEO of Americaco. “The combination of these two great companies makes us stronger, more adaptable and better positioned to leverage our resources for sustainable future growth.”

“We are proud to support a company that is dedicated to developing solutions for a cleaner, more sustainable environment,” said Laurence Lederer, Senior Managing Director at Branford Castle Partners. “Under the excellent leadership of Keith White and its team, we are confident that Clean Solutions Group will continue to grow strategically, both organically and through acquisitions, while defining the future of the industry. »

Akerman provided legal advisory services and Byline Bank and Brookside Capital Partners provided financing for this transaction. The terms of the contract are not disclosed.

About fibrix filtration
Fibrix Filtration is a leading manufacturer of nonwoven filtration materials for HVAC, paint collection, evaporative cooling, and specialty filters. Based at Mooresville, North Carolina, Fibrix Filtration serves more than 300 customers through its 4 facilities and 8 production lines. Fibrix Filtration’s portfolio of proprietary products, technologies and processes have been developed from over 50 years of innovation and application knowledge. More information is available at www.fibrixfiltration.com.

About Americaco Manufacturing Company
Americo Manufacturing Company, headquartered in Acworth, Georgia, is a leading manufacturer of eco-friendly products such as synthetic and natural fiber floor pads, hand pads, utility pads and floor mats. One hundred percent of the polyester fiber used in products manufactured by Americo comes from recycled materials from post-consumer and post-industrial waste. Americo’s products are currently sold domestically and globally in over 70 countries. More information is available at www.americomfg.com.

About Branford Castle Partners
Branford Castle is a private market investor focusing on lower middle market investments, with over 30 years of experience growing businesses. The company generally makes control investments in companies with less $15 million of EBITDA and a leading position in a niche industry. Branford values ​​the strong relationships it develops with the executives of its portfolio companies. Branford has particular expertise in industrial/specialty manufacturing, consumer products, business services and logistics. More information is available at www.branfordcastle.com.

THE SOURCE Branford Castle

New Jersey, United States,-The report attempts to offer an accurate and high-quality analysis of the global Pharmaceutical Filtration Devices consumption market, keeping in mind market forecasts, competitive intelligence, risks and technological advancements, and to other important topics. Its carefully crafted market intelligence enables market players to understand the most significant developments in the global Pharmaceutical Filtration Devices consumption market that are impacting their business. Readers can get acquainted with crucial opportunities available in the global Pharmaceutical Filtration Devices consumption market along with key factors driving and stopping the market growth. The research study also provides an in-depth geographical analysis of the global Pharmaceutical Filtration Devices consumption market and sheds light on the significant applications and products that market players can focus on to achieve high growth.

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You can thoroughly assess the strengths and weaknesses of your competitors with our competitive analysis. The report also provides access to a comprehensive analysis of production and shipment, from origin to end-user purchase. Plus, you’ll be updated on the latest industry developments to help you stay ahead of your competition. Our analysts are always on their toes to continuously monitor and analyze any changes or developments in the pharmaceutical grade filtration devices consumption industry. The report is filled with statistical announcements, market figures related to annual revenue, volume, average and share, as well as global and regional market forecasts.

The report includes a detailed segmentation study of the global Pharmaceutical Filtration Devices consumption market, in which all the segments are analyzed in terms of market growth, share, growth rate, and other significant factors. It also provides the attractiveness index of the segment, allowing players to inform about the profitable revenue pockets of the global Pharmaceutical Filtration Devices consumption market. A broad assessment of the segments provided in the report enables investments, strategy, and teams to focus in the right areas of the global Consumption of Pharmaceutical Filtration Devices market.

Key Players Covered in Consumer Pharmaceutical Filtration Devices Markets:

• GE Healthcare
• Merck
• Parker Hannifin
• Pall Company
• Sartorius Stedim Biotech

Pharmaceutical Filtration Devices Consumption Market Split By Type:

• Air filtration
• Water filtration
• Chemical filtration
• Quality filtration
• Absorbent filtration

Pharmaceutical Filtration Devices Consumption Market Split By Application:

• Air purification
• Water purification
• Sterilization
• Cell separation
• Media and buffer filtration

The Pharmaceutical Filtration Devices consumption market report has been segregated into distinct categories such as product type, application, end-user, and region. Each segment is valued based on CAGR, share, and growth potential. In the regional analysis, the report highlights the prospective region, which is expected to generate opportunities in the global Pharmaceutical Filtration Devices consumption market in the coming years. This segmental analysis will surely prove to be a useful tool for readers, stakeholders, and market players to get a comprehensive picture of the global Pharmaceutical Filtration Devices consumption market and its growth potential in the years to come.

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Scope of the Pharmaceutical Filtration Devices Consumption Market Report

Report attribute	Details
Market size available for years	2021 – 2028
Base year considered	2021
Historical data	2015 – 2019
Forecast period	2021 – 2028
Quantitative units	Revenue in USD Million and CAGR from 2021 to 2027
Segments Covered	Types, applications, end users, and more.
Report cover	Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
Regional scope	North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
Scope of customization	Free report customization (equivalent to up to 8 analyst business days) with purchase. Added or changed country, region and segment scope.
Pricing and purchase options	Take advantage of personalized purchasing options to meet your exact research needs. Explore purchase options

Regional Market Analysis The Consumption of Pharmaceutical Filtration Devices can be represented as follows:

Each regional Pharmaceutical Filtration Devices consumption sector is carefully studied to understand its current and future growth scenarios. This helps players strengthen their position. Use market research to get a better perspective and understanding of the market and target audience and ensure you stay ahead of the competition.

Based on geography, the global pharmaceutical filtration devices consumption market has been segmented as follows:

• • North America includes the United States, Canada and Mexico
• • Europe includes Germany, France, UK, Italy, Spain
• • South America includes Colombia, Argentina, Nigeria and Chile
• • Asia Pacific includes Japan, China, Korea, India, Saudi Arabia and Southeast Asia

Answers to key questions in the report:

• What is the growth potential of the consumer pharmaceutical filtration devices markets?
• Which product segment will take the lion’s share?
• Which regional market will impose itself as a precursor in the years to come?
• Which application segment will grow at a rapid pace?
• What are the growth opportunities that may emerge in the Lock Washers industry in the coming years?
• What are the major challenges that the global Pharmaceutical Filtration Devices consumer markets may face in the future?
• Who are the leading companies in the Global Pharmaceutical Filtration Devices Consumption Market?
• What are the key trends that are positively impacting market growth?
• What are the growth strategies considered by the players to maintain their hold in the global Consumption of Pharmaceutical Filtration Devices market?

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The study thoroughly explores the profiles of major market players and their major financial aspects. This comprehensive business analyst report is useful for all existing and new entrants when designing their business strategies. This report covers the Pharmaceutical Filtration Devices market production, revenue, market share, and consumption market growth rate for each key company, and covers the breakdown data (production, consumption, revenue, and market share) by regions, type and applications. Historical breakdown data of Pharmaceutical Filtration Devices consumption from 2016-2020 and forecast to 2021-2029.

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