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Month: March 2023

Choosing the Best Air Purifier Technology for Your Home or Office

Posted on by air_admin

When it comes to ensuring the air you breathe is clean and healthy, choosing the best air purifier technology for your home or office can make all the difference. Indeed, with so many technologies and options available, it’s difficult to be sure of which one is best for your needs.

In order to help you out, let’s take a look at what technologies are available for an air purifier in your home or office. What are the key parameters to consider ? And most importantly, what is the best choice you can make for your health, comfort, and of course, your wallet ?

Key Factors to Choose the right Technology when buying an Air Purifier for Your Home or Office

Home Room Size or Office Space Size

The size of the room in which you plan to use the air purifier is an important parameter to consider. Air purifiers are designed to best work within a certain room volume, which makes it all the more essential to choose a model appropriate for the size of the space where it will be installed.

Type of Pollutants Air Purifier Technologies are best at targeting

By design, air purifiers target different types of pollutants. For example, some are better at removing pet hair and dander, while others are more effective at removing smoke and odors. The specific types of pollutants you are looking to eliminate are therefore a decisive factor when selecting an air purifier.

Noise Level of various Air Purifier Technologies

Some air purifiers can be quite loud, which can be disruptive in an office environment, and even more so in a bedroom. Look for models with noise levels of 50 or fewer decibels, to ensure a quieter and less disruptive operation.

Level of Maintenance and Long Term Costs for each Air Purifier Technology

Regardless of the technology they use, all air purifiers require regular maintenance, such as filter changes or cleaning. Not all air purifier being equal for that matter, the technology they are based on is a critical parameter when considering maintenance requirements and long term costs, a key point when making your selection.

Strengths and Weakness of Air Purifier Technologies for Homes and Offices

HEPA Filters and Activated Carbon Filters: good for odors and VOCs but noisy and costly

HEPA filters are usually considered effective to remove a wide range of pollutants from the air, including allergens, dust, and smoke, and rather effective at capturing larger particles like pollen. However, they fare rather poorly in terms of noise, and maintenance costs.

Activated carbon filters mostly focus on removing odors and volatile organic compounds (VOCs), and often coupled with HEPA filters to cover other aspects of air purification, since they fare poorly for larger particles on top of higher filters replacement frequency.

Ultraviolet (UV) light : great for airborne viruses, but also noisy and costly

Ultraviolet (UV) light is a powerful technology to kill airborne germs and viruses, as well as a wide range of pollutants like mold and bacteria. Like the two aforementioned ones, UV purifiers are usually quite noisy, with high running costs for bulb replacements.

Ozone generators: wide range of uses but high maintenance and for well ventilated areas only

Ozone generators are highly effective at fighting odors, mold and bacteria, but they often produce harmful levels of ozone, limiting their use to well-ventilated rooms and office spaces, while also requiring high maintenance inducing heavy long term costs of operation.

OXP (photocatalytic oxidation) and IOP4 technologies : wide range of use, high-tech, low noise and low cost

Air purifiers based on OXP and IOP4 technologies are highly regarded for their unique ability to remove the widest range of pollutants. From fine to large particles (including VOCs) but also bad smells, mold and mildew, as well as numerous airborne bacteria and viruses.

Requiring minimal maintenance and boasting optimal energy efficiency, they are rated as the most cost-effective option in the long run, while producing the lowest noise levels, thus making these technologies ideal for use in bedrooms, private homes and most offices.

What are the best Air Purifier Technologies for Your Home or Office?

Five-stars rating (★★★★★) indicate the highest effectiveness for the considered key factor for choosing the best air purifier technology for home or office use, while one-star ratings (★☆☆☆☆) indicate the poorest performance.

Technology

Room Size

Type of Pollutants

Noise Level

Maintenance

Cost Effectiveness

Overall Rating

Ozone Generators

★★☆☆☆

★★☆☆☆

★★★★★

★☆☆☆☆

★☆☆☆☆

1.8

Activated Carbon

★★★★☆

★★★★☆

★★☆☆☆

★★★☆☆

★★★☆☆

3.4

HEPA Filters

★★★★☆

★★★★★

★★★☆☆

★★★★☆

★★★★☆

4.0

Ultraviolet (UV)

★★★★★

★★★★☆

★★☆☆☆

★★★★★

★★★★☆

4.4

OXP

★★★★★

★★★★★

★★★☆☆

★★★★☆

★★★★★

4.8

IOP4

★★★★★

★★★★★

★★★☆☆

★★★★☆

★★★★★

4.8

MonaAir OXP and IOP4 technologies for your home and office

For an efficient treatment of the air with complete peace of mind, MonaAir’s air purifying UVC technologies use Photocatalysis and Plasma to create ionization with the best ratings against viruses, bacteria, odors, molds, VOCs, external gases and pollutants.

MonaAir helps you improve the air quality of your home or office by with premium, eco-friendly Protect and Defender7 modules which come with easy installation, minimal maintenance and negligible noise levels.

Ecological and economical, MonaAir’s Protect and Defender7 air purifiers ensure the best indoor air quality for your loved ones in your homes, and protects the health of your office workers and visitors.

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Would you like more information ? Make an appointment with one of our specialists !

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Posted in Home & Office

3 best practices for indoor air quality in hotels and restaurants

Posted on by air_admin

Because indoor air quality is a critical concern for guests and employees, we’ve outlined for you the 3 best practices for indoor air quality in hotels and restaurants.

Poor indoor air quality can lead to a range of health problems, including headaches, respiratory issues, and allergies, and can also affect the quality of food and beverages served in the venue.

As hotels and restaurants strive to provide a safe and comfortable environment for their guests and employees, ensuring good indoor air quality has become more important than ever before.

Here are three best practices that hotels and restaurants can implement to maintain optimal indoor air quality and provide the healthiest and most enjoyable experience for their guests and customers.

How does poor air quality affect guests and staff in hotels and restaurants?

In the hospitality sector, air quality is a subject of prime importance. More than anywhere else, customers demand an environment that lives up to their expectations regarding their health and comfort.

However, poor indoor air quality (IAQ) can lead to various health problems, including respiratory issues, headaches, fatigue, and allergies, among others. In recent times, the COVID-19 pandemic has highlighted the need for hotels and restaurants to ensure clean air for guests and staff.

Common sources of indoor air pollution in hotels and restaurants include smoke, cooking fumes, cleaning chemicals, and mold. Poor ventilation systems and dirty air filters can also contribute to IAQ issues.

1. Innovative air purification systems for better air quality in hospitality

As outlined by the study “Indoor air quality monitoring and management in hospitality: an overarching framework” published in the International Journal of Contemporary Hospitality Management, one of the foremost best practice is to install air purifiers with UVc technologies, Photocatalysis, and Plasma.

These systems can effectively eliminate bacteria, viruses, and other pollutants from the air. Maintenance of HVAC systems, including filter replacement, is also essential.

Air purifiers with UV-C technologies use ultraviolet light to kill bacteria, viruses, and other microorganisms in the air. They can help to reduce the spread of airborne pathogens and create a healthier environment for hotels and restaurants.

Air purifiers with photocatalysis technology use a chemical reaction to break down pollutants in the air. When UV light is shone on a photocatalytic material, it produces highly reactive molecules that can break down organic compounds and pollutants in the air.

Air purifiers with plasma technology use electrical charges to create a plasma field that can remove airborne pollutants. The plasma field generates highly reactive ions and molecules that can break down pollutants in the air. By using air purifiers with plasma technology, hotel restaurants can help to remove harmful particles from the air, such as allergens, bacteria, and viruses.

When combined, these technologies can provide comprehensive air purification that can help to improve indoor air quality in hotel restaurants.

2. Improve IAQ with low-VOC materials and practices

Use low-VOC building materials: When building or renovating a space, use low-VOC building materials such as low-VOC paint, low-VOC adhesives, and low-VOC flooring. These materials emit fewer unwanted compounds into the air and can help improve indoor air quality.

Avoid air fresheners and fragrances: Many air fresheners and fragrances contain high levels of VOCs that can deteriorate indoor air quality. Instead, use natural methods to freshen the air, such as opening windows regularly or using plants that purify the air

Choose low-VOC cleaning products: Many cleaning products contain high levels of toxic substances that can affect the health of your guests and employees. Choose low-VOC cleaning products or use natural alternatives such as vinegar and baking soda to clean surfaces.

3. Reducing indoor humidity, a low-tech but effective strategy

Reducing indoor humidity can be an effective way to improve indoor air quality in hotels and restaurants.

The most common solution to reduce indoor humidity is the use of Dehumidifiers. These devices remove moisture from the air, by pulling in humid air, removing the moisture, and releasing dry air back into the room.

Leaks can also contribute to high indoor humidity levels. Hotels and restaurants should regularly inspect and repair pipes, roofs, or windows to prevent moisture from entering the space.

Finally, moisture-absorbing materials, such as silica gel or activated charcoal, can help to reduce indoor humidity levels. These materials work by absorbing moisture from the air, and can be placed in areas of the space where humidity levels are high.

MonaAir solutions for indoor air quality in hotels and restaurants

Our IOP 4 system, already successfully used in hospitals for its health benefits and high protection against contamination, will be your ideal partner.

UVc technologies through Photocatalysis and Plasma, presented in the Protect and Defender7 module, create ionization, allowing for the fight against viruses and bacteria and the elimination of external gases and pollutants.

Integrated into the air conditioning system, they effectively neutralize particles, bacteria, viral cells, VOCs, gases, and odorous aerosols without the use of chemicals.

MonaAir’s high-end filters meet all your health and practical needs, with easy installation, minimal maintenance, and no noise thanks to a sound power of 0 db. MonaAir air purifiers are also eco-friendly and cost-effective.

Speak to an expert

Would you like more information ? Make an appointment with one of our specialists !

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Posted in Hotels & restaurants

Why purify the air in the agri-food and agricultural sectors?

Posted on by air_admin

The air in agri-food and agricultural sector is essential. Just like for humans, air quality is vital for the health of animals, plants, and all agricultural products. Clean air is essential for workers in the agri-food industry, as it affects the production, transformation, and consumption of food products.

Air quality is crucial for workers in the food industry, but it also impacts the production, processing, and consumption of food products for everyone.

What are the dangers of polluted air to your health and the quality of food products?

The agri-food sector is constantly faced with air quality issues due to the use of chemicals such as pesticides, herbicides and fungicides, as well as the production of particles in food production processes.

These chemicals can be toxic to human health and have long-term effects on the quality of food products. Additionally, indoor air pollution in agricultural buildings can be caused by the use of gases, smoke and vapors in food processing plants.

In addition to these dangers, there is the increasingly alarming risk of the spread of viruses such as H5N8 (avian flu affecting ducks), as well as the H7N9 and the infamous H5N1 viruses, which are transmissible to humans and deadly in many cases.

How to protect animals and farmers from the harmful effects of air pollution?

Buildings such as stables, chicken coops and greenhouses are particularly exposed to air quality issues.

Livestock produce significant amounts of dust, ammonia, and greenhouse gases, which can cause respiratory problems for workers and animals themselves.

Greenhouses may also be subject to indoor air pollution due to the use of pesticides and fertilizers.

What are the European regulations for regulating air quality in agriculture and agri-food industries?

In addition to facing these numerous issues, farmers and industries are also subject to several European standards.

EN 13779 specifies indoor air quality measurement parameters such as temperature, humidity, CO2 levels and particle levels, especially for agricultural buildings and agri-food factories.

EN 14903 concerns ventilation systems, including those for agricultural or agri-food buildings. 

Standards EN 16841-1 (odor measurement in indoor and outdoor air) or EN 15251 (building energy performance) may also be relevant or complementary to air purification issues in agriculture and agri-food sectors.

EN 16841-1 (odor measurement in indoor and outdoor air) or EN 15251 (building energy performance) may also be relevant or complementary to air purification issues in agriculture and agri-food sectors.

Air quality: a thorny issue for agricultural and agri-food businesses

The quality of food products depends on the quality of air in the production unit. This issue is particularly thorny for food and chemical industries. Particles suspended in the air can settle on products and damage or contaminate them.

The additional costs due to poor air quality are numerous and varied, and they add up. For example, dust on machines can cause frequent breakdowns, and carries risks of penalties for non-compliance with exposure limits or health and safety standards.

The obligation to comply with current European standards adds to the complexity of the issue of air pollution in agricultural or agri-food environments, and requires solutions that are both effective, non-intrusive, and economical.

Discover innovative technologies to protect the health of agricultural or agro-food industry workers and ensure the safety of food products.

Natural air purifiers based on photocatalysis and technologies based on cold plasma can help reduce air pollution, protect the health of workers and animals, and improve the quality of agro-food products.

Additionally, these technologies are capable of virtually eliminating risks due to airborne particles, including bacteria and viruses responsible for diseases.

By adopting these innovative technologies, agro-food and agricultural businesses can strengthen their commitment to environmental sustainability and offer safer and healthier products to consumers.

Air purification is an essential investment to ensure the health and well-being of everyone working in the agricultural and agro food sector.

MonaAir solutions for the agrofood and agriculture sectors

Our IOP 4 system, already successfully used in hospitals for its health benefits and high protection against contamination, will be your ideal partner.

UVc technologies through Photocatalysis and Plasma, presented in the Protect and Defender module, create ionization, allowing for the fight against viruses and bacteria and the elimination of external gases and pollutants.

Integrated into the air conditioning system, they effectively neutralize particles, bacteria, viral cells, VOCs, gases, and odorous aerosols without the use of chemicals.

MonaAir, the agri-food and agricultural companies’ ally for better air quality

MonaAir helps improve the air quality of agri-food and agricultural businesses while meeting European safety standards. The high-end and eco-friendly Protect and Defender filters offer easy installation, minimal maintenance, and negligible noise levels.

With MonaAir’s Protect and Defender products, you can guarantee your employees unfailing safety and offer your customers the best quality products while protecting their health and that of the workers.

MonaAir’s high-end filters meet all your health and practical needs, with easy installation, minimal maintenance, and no noise thanks to a sound power of 0 db. MonaAir air purifiers are also eco-friendly and cost-effective.

Speak to an expert

Would you like more information ? Make an appointment with one of our specialists !

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Posted in Agrifood

How to improve air quality in public transportation and businesses?

Posted on by air_admin

Preserving the quality of the air we breathe every day is crucial to our health and our environment. Public transportation and local businesses are places where air quality can be particularly poor due to air pollution caused by exhaust fumes and fine particles. This article examines the reasons for this pollution, the regulations in France concerning air quality and the measures we can take to improve it.

Why is the air in public transport and shops so polluted?

Air pollution is mainly caused by vehicle exhaust and fine particles that are emitted when fossil fuels are burned. Public transportation vehicles such as subway systems, buses, and trams also use these fuels, causing air pollution inside vehicles and stations. Vehicle brakes can also emit fine particles, contributing further to air pollution.

Similarly, local shops in densely populated city center areas can be exposed to higher air pollution due to heavy traffic, exhaust fumes and emissions from neighboring buildings. In addition, industrial paints and cleaning products from large surfaces can saturate the air with relatively toxic products in the long term.

What are the regulations on air quality in transport and shops in the EU?

In the European Union, there are regulations in place to ensure that air quality standards are met in various settings, including transport and shops.

For transport, the EU has established limits on emissions from vehicles through the Euro emissions standards, which set maximum levels for pollutants such as nitrogen oxides, particulate matter, and carbon monoxide. They further apply to all new vehicles sold in the EU, including cars, trucks, and buses.

In shops, the EU has established regulations on indoor air quality through the Building Directive, which sets standards for ventilation, temperature, and humidity in commercial buildings. These standards aim to ensure that indoor air quality is healthy and comfortable for workers and customers.

However, these measures are not always respected and many train or commercial centers have not renovated their ventilation system for decades.

How to improve air quality in public transport and shops?

Various measures can be implemented to improve air quality in public transport and local shops. For transports in cities, it is important to encourage people to use more collective vehicles to reduce car traffic. Transport companies can also use cleaner fuels or go electric.

Public transports can also be equipped with air purification systems to reduce the concentration of fine particles. For local shops, the use of environmentally friendly building materials and the installation of new ventilation systems can help to reduce indoor pollution… In both cases, the purchase of air purifiers is always a possible solution…

MonaAir technologies for public transport and shops:

Coupled with the heating, ventilation and air-conditioning system of public transports or shopping centers, our OXP (Photocatalytic Oxidation) technology uses UV-C light combined with catalytic material to clean the air. These two elements produce a chemical reaction called Photocatalytic Oxidation.

Our Defender7 system, using OXP technology, specializes in the sanitization of large indoor spaces such as shops and railway stations. When integrated into the air conditioning system, this module effectively neutralizes particles, virus cells, gases and odorous aerosols without the use of chemicals. Indoor air quality is thus improved for the benefit of travelers, customers, and employees.

Contact

Ensure indoor air quality in public and collective spaces to improve the quality of experience for travelers and customers, while meeting environmental standards.

With MonaAir’s Defender air purifier, you can ensure your visitors’ safety and provide your customers with a better experience.

MonaAir’s premium filters meet all your health and convenience needs, with easy installation, low maintenance requirements and zero noise, thanks to 0 dB sound power. MonaAir air purifiers are also environmentally friendly and affordable.

Speak to an expert

Would you like more information ? Make an appointment with one of our specialists !

BOOK CONSULTATION
Posted in Transportation & Businesses

Can indoor air quality in public places affect our health?

Posted on by air_admin

The health of customers and employees is closely linked to indoor air quality in public places, which makes it a vital issue. Indeed, indoor air pollution can have adverse health effects, such as eye irritation, headaches, allergies, and even chronic respiratory diseases.

In addition, public places such as shopping malls, restaurants or hospitals are often frequented by large numbers of people, which can increase the risk of indoor air contamination. 

In this article, we will explore the potential dangers of indoor air pollution in public places. We will also look at ways to improve indoor air quality to ensure a healthy environment for all.

Air quality in public and collective places : what are the issues?

Indoor air quality in common areas is a major public health issue, as they are generally frequented by many people. This has the effect of overloading the air with CO2 and fine particles, especially within urban areas.

This can have adverse consequences for the health of those who frequent these places. But the pollution of the public and collective air can be due to various different factors according to the type of structure or the nature of its activity.

Can the air we inhale in public places be dangerous?

Public places can become polluted in a variety of ways, including chemicals, mold, dust and bacteria, which affect indoor air quality. Employees and customers, who spend a lot of time in these places, are particularly vulnerable to the risks of indoor air contamination.

The long-term health effects of indoor air pollution can be very serious. Doctors frequently report chronic respiratory diseases, cardiovascular diseases and even cancers. It is therefore crucial to improve indoor air quality in public places.

How can we improve air quality in crowded public places?

There are several ways to improve indoor air quality in high-traffic public places. First, it is important to properly ventilate indoor spaces to remove pollutants. 

Ventilation systems should be maintained regularly to ensure their effectiveness. Second, it is essential to use environmentally and health friendly cleaning products and building materials. It is also possible to put in place policies such as banning smoking inside public places or limiting the use of harmful chemicals.

Finally, public and community managers can hire companies that specialize in the installation of indoor air purification devices.

MonaAir technologies for public and collective places

Our IOP 4 system is ideal for ensuring optimal indoor air quality in public areas. This technology has already proven itself in the hospital environment by offering high protection against contamination and promoting health. 

With the Photocatalysis and Plasma UV-C technologies in the Protect and Defender modules, viruses, bacteria and other external pollutants are eliminated. 

When integrated into the air conditioning system, these modules effectively neutralize particles, virus cells, VOCs, gases and odorous aerosols without the use of chemicals. Indoor air quality is therefore improved in public areas for the well-being of customers and employees.

Contact MonaAir to improve your indoor air quality

Ensure indoor air quality in public and collective spaces to improve the quality of life of customers and employees, while meeting standards.

With MonaAir’s Protect and Defender products, you can ensure your visitors’ safety and provide your customers with a better experience.

MonaAir’s premium filters meet all your health and convenience needs, with easy installation, low maintenance requirements and zero noise, thanks to 0 dB sound power. MonaAir air purifiers are also environmentally friendly and affordable.

Speak to an expert

Would you like more information ? Make an appointment with one of our specialists !

BOOK CONSULTATION
Posted in Public Places
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