OneLife EN https://onelife.eco/en Tue, 23 Aug 2022 08:45:52 +0000 en-GB hourly 1 https://wordpress.org/?v=6.4.4 https://onelife.eco/en/wp-content/uploads/sites/2/2022/05/onelife-favicon-150x150.png OneLife EN https://onelife.eco/en 32 32 Visit us at the IFA 2022 in Berlin https://onelife.eco/en/blog/ifa-2022-berlin/ https://onelife.eco/en/blog/ifa-2022-berlin/#respond Tue, 23 Aug 2022 08:39:05 +0000 https://onelife.eco/en/?p=1453

Visit us from September 2 to 6 at IFA 2022 in Berlin, Germany – Booth 320 in hall 20.

We will present you our unique and sustainable plasma filter technology, which can filter even the smallest pollutants and viruses from the air. 

For more information about IFA 2022 please click here.

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How an air purifier can help you against annoying allergy symptoms https://onelife.eco/en/blog/how-an-air-purifier-can-help-you-against-annoying-allergy-symptoms/ https://onelife.eco/en/blog/how-an-air-purifier-can-help-you-against-annoying-allergy-symptoms/#respond Wed, 30 Mar 2022 20:55:53 +0000 https://new.onelife.eco/en/?p=452

In this article, let’s take a closer look at what allergens are, the different types of allergies they cause, and how an air purifier for allergies can help you against the annoying symptoms.

What are allergens?

The small and sometimes invisible allergens in the air are called inhalant allergens and are known to make life difficult for allergy sufferers by triggering various respiratory symptoms. Sources of these inhalation allergens are found indoors all year round due to house dust mites, pets or moulds. However, a larger proportion of affected people suffer from the seasonal occurrence of pollen, which mainly occurs between March and July.

Which are the most common allergens?

1. House dust

House dust occurs in many households and finally catches the eye when it drastically accumulates in the home. Consisting of many microscopically small particles such as skin flakes, the remains of microorganisms, fibres, bacteria, fine dust and mites; dust accumulations indoors can hardly be prevented. The size of house dust particles can vary greatly depending on their composition and can be as small as 10-0.1 micrometres. A grain of sand, for comparison, has an average size of 90 micrometres. The trigger for an allergy is mainly the excrement of house dust mites, as the protein found in it activates an overreaction in the human body. Since microscopic animals live mainly in a warm and humid environment, they prefer bedding, carpets or furniture in order to spread. You should therefore also be careful with humidifiers, which can create a more pleasant climate for the mites and thus promote their growth. Although the symptoms of a house dust allergy are less severe than those of a pollen allergy, they tend to occur all year round. A runny nose and frequent sneezing are the mildest symptoms, but watery or itchy eyes can develop too. Asthmatic symptoms such as shortness of breath or coughing are also not uncommon. In addition to that, feelings of listlessness or tiredness can run through the day and make everyday life more difficult.

2. Mould

In several living spaces, mould and its spores are found on damp walls, window frames and gaps. Since mould can spread quickly indoors by releasing spores, it is important to act as quickly as possible. Even though mould spores can vary greatly in size and shape, spores with a size of 3-10 micrometres are mainly responsible for triggering allergic reactions. Typical places where moulds develop are cellars, damp walls and bathrooms, as well as old upholstered furniture or humidifiers. Complaints and symptoms usually manifest in the form of respiratory tract stress. While milder symptoms manifest as a blocked, itchy nose or coughing and shortness of breath. In the long term, it can trigger attacks of neurodermatitis or skin rashes. And to make matters worse, it can also cause an existing asthma disease to worsen.

3. Pet allergens

Pets are also considered allergen sources when they spread their hair or feathers around the house. Most pet allergies are caused by proteins in the saliva, sweat or dander of animals. Small particles that your dog or cat produces when scratching or shaking can stick to dust particles in your indoor air for a long time and quickly trigger allergic reactions. Cats in particular are considered allergy triggers, as their allergy-triggering particles have particularly good floating properties, and can therefore also be carried to places that are actually cat-free. Allergy sufferers often react with watery eyes or asthma symptoms, although the concentration needed to trigger an allergy varies from person to person. If a person is exposed to a long-term strain, lung function can also suffer and become reduced.

4. Pollen

Pollen can come in many different shapes and sizes. While larger pollen grains are mainly transported by insects, smaller pollen is spread by the wind, where it can sometimes travel several hundred kilometres. However, even though there are large amounts of different types of pollen in the air, only pollen from wind-pollinated plants with a size of 60 micrometres are considered allergy triggers. Typical allergy symptoms are reddened eyes, rhinitis or sneezing fits. Many allergy sufferers feel tired during the pollen season and have difficulty concentrating. People usually suffer to different degrees depending on the severity of the allergy and the flowering time of the plant allergen. There are three main types of pollen that cause annoying symptoms for people from March to September:

a) Tree Pollen

Spring (February-May)
Common trees that contribute to allergy symptoms include oak, poplar, birch, maple, sycamore, ash, elm, hickory, walnut, beech, and mulberry

b) Grass Pollen

Summer (May-June)
Some common grass pollens are Kentucky bluegrass, Bermuda, redtop, orchard and timothy

c) Weed Pollen

Late summer (July-September)
Common weeds that produce pollen allergens include plantain, goose cinquefoil, Russian thistle, yellow dock, sorrel, fire brush, burdock ragwort and marsh spurge.

Download Pollen Calendar

Prepare yourself for the pollen count. Our pollen calendar reminds you when pine, birch, grass and mugwort fly. Download it and keep it on your phone to always be ahead of the allergy season. By using Breezometer’s pollen map there is no more guesswork. You can check pollen levels at their specific location even based on particular sensitivities.

Are Air purifiers a solution against annoying allergy symptoms?

Air purifiers for allergies are a helpful solution to combat allergy symptoms and thus make life more pleasant for many people. Air purifiers help avoid the triggers of an allergy by creating an environment that is as free of pollen and house dust as possible. To keep allergy symptoms to a minimum, an air purifier enables the collection of house dust on which the small mites feed, thus keeping their numbers low.

Pollen, which causes severe hay fever for many people for several months, enters the home through windows or door gaps or is carried in through clothing. Together with house dust or animal hair, a large number of allergens can quickly accumulate in your household. Thanks to an air purifier for allergies, however, you can filter the particles in the air and thus guarantee yourself the cleanest possible air. This alleviates many allergy symptoms, which allows you to live more comfortably in your home, not only in the spring and summer months but also all year round.

Air purifier as ideal support in the home office

Good air quality has rarely been in such demand as it is today. We spend more than 90% of our time at home, we also work and practice sports within our own four walls. Indoor air is becoming increasingly important for our health. As we take in up to 15 kilograms of air per day, humans themselves become filters for small dust particles and pollutants. This can sometimes have a strong impact on the ability to concentrate and also on performance, which is more significant now than ever, especially in times of pandemics. In such a scenario, air purifiers help to guarantee almost clinically clean air and thus create the best conditions for a productive everyday life.

What types of air purifiers are best for allergies?

Allergy sufferers who are interested in an air purifier primarily to combat their annoying symptoms should inform themselves sufficiently before buying. What many people do not know is that there are different air purifiers depending on their needs, which can provide better or worse results. For mild allergy sufferers, air purifiers that include a HEPA filter are an effective way to keep the air clean of most allergens such as pollen or pet hair. However, for particles smaller than 0.3 micrometres, even HEPA technology reaches its limits.

Ionisers, on the other hand, are able to filter even the smallest fine dust particles due to their filter technology by attaching themselves to charged ions and thus filtering them out of the air. However, this effective method involves a high production of ozone, which can be harmful to health in high concentrations. Unpleasant ozone odours can be perceived at low concentrations too, which particularly sensitive people might find uncomfortable. Allergy sufferers are therefore more sensitive to ozone.

One of the best air purifiers for allergies are equipped with a plasma filter. Thanks to the filter technology, which is still not very widespread but very effective nevertheless, even the smallest particles can be filtered out of the air in addition to larger allergens. This means that you no longer have to worry about the quality of your air at home. Since no harmful ozone is produced, allergy sufferers do not have to worry either.

In order for allergy sufferers to sleep comfortably at night and wake up fully recovered, it is recommended to run air purifiers on a low setting at night. To prevent your energy costs from rising, you should also consider the energy consumption of the air purifier when buying it. To ensure that continuous use does not become unpleasant due to annoying noises, especially at night, the noise level of your air purifier also plays a decisive role, which you should pay attention to before your purchase.

Take a look at our post on ”The Best Air Purifier 2021′‘, where many different types of air purifiers are compared according to certain criteria and you can find the best air purifier for yourself.

Where should I place my air purifier for the greatest success?

In general, you should place your air purifier for allergies where you or your family spend the most time and thus breathe the most air. It should be noted, however, that rooms where cooking takes place produce a significantly larger amount of pollutants, which is why the use of an air purifier is also strongly recommended here. In addition, it is also important to create good air quality in the place where you work from home or practice sports in order to benefit from increased concentration or performance. Therefore, it is not possible to name the perfect place for an air purifier. Since you need to decide for yourself where to place your air purifier and should also have the option to be able to move it from room to room, make sure that you have a device that is as mobile as possible, which is easy to transport and can be placed anywhere without any problems. Ideally, you can even take it with you on your travels to supply fresh air everywhere.

In summary, air purifiers are a very useful solution for all people, but especially for allergy sufferers, to eliminate symptoms by filtering triggers from the air. In times when people spend a lot of time at home, measures should be taken to make life as pleasant and healthy as possible in order to increase your own well-being and performance. For this to succeed, you should not act rashly when buying an air purifier but instead inform yourself sufficiently.

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Air pollution – causes and consequences  https://onelife.eco/en/blog/air-pollution-causes-and-consequences/ https://onelife.eco/en/blog/air-pollution-causes-and-consequences/#respond Wed, 03 Nov 2021 22:47:13 +0000 https://new.onelife.eco/en/?p=558
Air pollution is caused by gases and particles being emitted into the atmosphere from a variety of activities. Much of this pollution is produced when petroleum, coal, and other materials are burned. Cars, power plants, waste incineration, and home heating systems are also responsible for the pollution of air every day. The more pollutants there are in the air, the more dangerous this becomes for our health; the resulting consequences can be severe respiratory diseases and even brain damage.

What is air pollution?

Pure air consists mainly of nitrogen (78 %) and oxygen (21 %). In addition, there are some more trace gases like argon (0.9 %) and carbon dioxide (0.04 %). Air pollution is thus defined as the deviation from these natural values due to the emission of potential pollutants. However, natural “pure” air is now sought in vain on Earth. The reason for this is simple; human activities are massively polluting the atmosphere. Impure air is therefore now a normal condition to which we are exposed on a daily basis and this applies to both the outdoor air and our indoor spaces. According to the World Health Organization (WHO), around 7 million people worldwide die each year as a result of air pollution. Particulate matter in particular poses a considerable health risk because it penetrates into the sensitive areas of our respiratory system. The pollutant particles and gases generated by traffic, industry, and agriculture are released into the air, where they mix together to form an unhealthy chemical cocktail that we breathe in every day.

What are the causes of air pollution?

Air pollution comes from a variety of natural and man-made sources. Natural sources include volcanic eruptions, ocean spray, soil dust, natural vegetation fires, and lightning. Man-made air pollution often originates in the following sectors:
  • Industry (coal-fired power plants)
  • Transportation (automobiles, aviation, and shipping)
  • Agriculture (chemical fertilizers and pesticides)
  • Private households (cooking, heating, and lighting).
Major sources of air pollution in urban areas include vehicles, burning of gas, coal and charcoal, wood for cooking and heating, and other industrial activities. Agricultural sources such as burning and forest clearing for land reclamation, as well as forest fires also contribute much to both urban and rural air pollution. Some sources, such as forest and savanna fires happen to occur naturally but are exacerbated by human activities. Thick, gray veils of fog are often seen, especially in large cities and metropolitan areas. Here, air quality is particularly poor due to high levels of particulate matter. In addition to particulate matter, toxic gases such as carbon monoxide or sulfur dioxide, which are suspended in the lower atmosphere, also pollute the air. Since air pollution knows no borders; wind and weather distribute air pollutants all over the world. Air pollution is particularly severe in cities with millions of inhabitants in India, Pakistan, and Iran, or even in Mexico City.

Air pollution - the biggest environmental risk worldwide?

Air pollution is considered the world’s greatest environmental risk to public health. People are exposed to air pollution everywhere: at work, while traveling, and even at home. Often, pollutants are formed secondarily, that is, as a result of chemical reactions. These are even more harmful than their parent substances. Ozone, for example, is toxic in higher concentrations and irritates the respiratory tract. Fine dust particles can even cause cancer. Because of their small size, they are known to enter the bloodstream through the alveoli. This is how they reach our body cells, where they can trigger uncontrolled reactions. Coarse pollutant particles such as smoke or soot, on the other hand, settle in the lungs. Sustained exposure to such pollutants can lead to black discoloration, tissue damage, and ultimately lung cancer. The most common health consequences of air pollution include:

  • Respiratory diseases, such as asthma and permanent airway obstructive pulmonary disease (COPD).
  • Heart attack
  • Stroke
  • Cancers, such as lung cancer

How do I know how high the air pollution is in my area?

Many cities use a monitoring network to continuously measure air pollution levels. These regularly report an air quality index (AQI) to warn of dangerous air pollution levels. BreezoMeter’s air quality alerts make it easy to keep up to date with real-time information about pollution levels and changing air quality values. Check your air quality here.

Is air pollution a solvable problem?

To keep pollutants in the air low, it is particularly important that there are enough forests and parks to clean the air and create a balance. This is because trees absorb carbon dioxide from the air and produce oxygen in return, which is vital for us. But that itself is not enough. At the same time, measures must also be taken to help reduce global emissions of pollutants. Numerous countries and cities have already implemented measures to improve air quality. The city of New Delhi, for example, has imposed driving bans. London has introduced an environmental toll in order to achieve the target values for better air quality. Nevertheless, many more efforts will be needed in the future to reduce air pollution.

What measures can be taken in everyday life?

Now, if you’re wondering what each of us can do to curb air pollution, here are three simple answers:
  • Reduce driving This is probably the most obvious of all measures since internal combustion engines in our cars are constantly blowing nitrogen oxide into the air. Therefore, we should switch as much as possible to more environmentally friendly alternatives, such as the train or a bicycle.
  • Control energy consumption The less energy you use at home, the lesser energy power plants have to generate. Turn off appliances when you’re not using them and get energy-efficient LED light bulbs.
  • Use clean, green energy Conventional power generation pollutes our air and warms our planet. We must use electricity generated from renewable sources as much as possible.
In addition to outside air pollution, indoor pollution is also a serious problem. In fact, indoor air is up to 5 times more polluted than outdoor air. There are many sources in your home from which pollutants can be released into the indoor air and thus become dangerous for you. However, air purifiers can provide a remedy for this. The OneLife X air purifier protects your health from the ill effects of polluted indoor air. In addition to that, it is also sustainable and resource-saving. Find out what sources contribute to your indoor air pollution and what you can do about it in this article: “5 hidden sources of indoor air pollution and how to fight them”.
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Mold in Your Home: Causes, Dangers, Signs, and How to Stay Safe  https://onelife.eco/en/blog/mold-in-your-home-causes-dangers-signs-and-how-to-stay-safe/ https://onelife.eco/en/blog/mold-in-your-home-causes-dangers-signs-and-how-to-stay-safe/#respond Thu, 07 Oct 2021 21:47:05 +0000 https://new.onelife.eco/en/?p=556

How harmful is mold in your home?

Mold found in living spaces or in the building fabric becomes dangerous primarily because it often remains undetected for a long time. Since mold spores are already present in the air in the room, they can easily multiply. Depending on their concentration, the spores can enter the body through breathing or through the skin and cause both significant and permanent illnesses.

What are the consequences of mold on your health?

As mentioned above, mold found in living spaces often remains undetected for a long time, which is why small mold spores can spread throughout the house. The spores can form dangerous enzymes and enter the body through the respiratory tract and the skin. Depending on the concentration, formed toxins and so-called mycotoxins can trigger a variety of diseases. Most often, these manifest as respiratory problems or allergic reactions. However, some mold species, such as black mold, are also suspected of causing much more serious ailments such as cancer or organ damage. Certain symptoms may indicate impairment from mold, but unfortunately, these signs are often attributed to other diseases. Symptoms caused by mold may include:

  • Respiratory complaints, asthma, allergic reactions
  • scratchy throat, hoarseness, coughing
  • nausea
  • headache, migraine
  • Exhaustion, fatigue, insomnia
  • Burning, reddened eyes
  • Skin rash, redness
  • Lung and heart diseases

 

Especially for people whose immune system is already weakened by a previous illness, mold in living spaces poses a great danger. Infants or children can also suffer permanent damage more quickly, as they might have not yet developed sufficient immunity.

What are the main places where mold is formed?

In general, it is widely agreed that mold develops where it is humid. However, mold particularly likes to develop when moist air condenses on cold surfaces and the relative humidity on the surface is more than 80%. Bathrooms in particular regularly have some residual moisture due to wet towels, damp tiles, or shower stalls. However, bedrooms are also a popular place for mold to grow. This has to do with the fact that people release a lot of liquid when they sleep and therefore the humidity is high here as well. Molds also like to settle on windows, because some water condenses there in colder places. Since mold generally feels at home in cool places, it mainly booms in the winter months. The reason for this is that warm weather can absorb significantly more air than cold air. The room temperature drops more quickly when ventilated, providing a better breeding ground in addition to shorter ventilation times. Mold also likes to spread in places where there is no air circulation and where it is cool, such as behind cabinets, paneling, or furniture.

How can mold be detected?

Molds that form on various surfaces are known to generate airborne mold spores, which can enter the bloodstream through people’s skin and respiratory tract and have severe health effects. Therefore, it is important to detect and treat mold as early as possible. These 4 points and tips will help you recognize a possible mold infestation:

1. Musty, foul-smelling room air

A musty and foul odor is caused by the metabolism of mold. The smell cannot be eliminated even by ventilating and room fresheners cannot cover it. This has to do with the fact that air movements ensure that more mold spores are often carried from the walls into the room air.


2. Brownish discoloration on the walls or surfaces

Mold infestation in one’s own home can in many cases already be detected with the bare eye. The first signs are small black or brown dots on wallpapers, baseboards, joints, or silicone seals among other things. The infested areas grow over time, which is why action must be taken quickly. Since mold likes to hide behind furniture, you should also check otherwise hard-to-see places at first suspicion.


3. High humidity / damp places in the room

Since molds need sufficient water to spread, they mainly live in damp places. If rooms are particularly damp, for example, due to the drying of laundry, special attention should be paid to mold growth here. The moisture settles in the form of condensation mainly on windows, window sills, or walls.


4. Symptoms of illness that indicate mold infestation.

Because mold infestation in homes can cause irritation and respiratory illness, unexplained symptoms of illness in you or your family members may also be a sign of mold infestation. If you experience frequent fatigue, flu-like symptoms, headaches, or sleep disturbances, you should check whether mold spores are the cause.

What are the possibilities to prevent the formation of mold?

The most important measure to prevent the formation of mold is regular ventilation. In a household with four people, about fifteen liters of water is released into the surrounding air every day, which is then deposited in the coldest parts of the room if it can not escape in any other way. To remove excess water vapor, the whole house should be ventilated at least 3-4 times a day for 15 minutes each time. This is especially important during or after cooking, showering, or drying laundry, as this is when a particularly large amount of moisture is generated.

Another option would be to use alkaline wall paint, as virtually no mold thrives on it. Lime-containing wall paints also absorb moisture and thus act against excessive humidity. In addition to that, the room temperature should not fall below 16 degrees Celsius in all living rooms and bedrooms. Even in winter, walls should not cool down too much. For perfect air circulation, furniture should not be placed too close to walls, and this is especially important for exterior walls. Strongly sealed houses can consider the purchase of a ventilation system, which will ensure the optimal exchange of air in their home. While stale air is canceled in the kitchen and bathroom, fresh air is blown into the bedroom and living room.

Are air purifiers a suitable solution against the spread of mold spores?

As soon as you notice that your home is infested with mold, you should act fast. New sources can quickly appear in your home due to mold spores spreading through the air and re-depositing in damp corners. But be careful, both humidifiers and air scrubbers should not be considered to combat mold infestations. Since they generate moisture, they would further increase the humidity in your home, thus encouraging the spread of mold. Additionally, it must also be kept in mind that air purifiers do not eliminate the triggers of the problem. The cause of the overall problem should be urgently addressed with the help of professionals. However, with that being said, in order to rid the indoor air of harmful mold spores and thus also counteract the spread, air purifiers are a recommended measure. But before you decide to buy an air purifier, you should consider some important aspects. The air purifier should be really effective in filtering mold spores from the air, i.e it should be able to filter particles of the sizes 0.1µm and 0.3µm. In case you were wondering, HEPA filters can filter particles of this size. However, since mold spores are deposited on the surface of the fabric, a rapid filter change is necessary after only a few weeks if there is a high incidence of mold spores. An activated carbon filter is also recommended, which can remove the musty and unpleasant odor of mold from the apartment. If you have an above-average load of mold in your home, it is imperative that the air purifier be switched on for as long as possible. For this very reason, both the energy consumption and the volume of your device should be as low as possible, so that your air purifier does not become a further burden. In conclusion, if you notice mold in your home, you should act as quickly as possible, especially to get to the bottom of the cause. Air purifiers can at the same time be an effective measure to stop the spread of mold and protect your own health from the dangerous mold spores in the air. To counteract the unpleasant smells of mold, air purifiers with an additional carbon filter should be used. In general, it can be said that air purifiers not only combat mold spores in the air but also other nuisances such as pollen or animal hair.
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Which is the ideal air purifier for pet hair allergy sufferers?  https://onelife.eco/en/blog/which-is-the-ideal-air-purifier-for-pet-hair-allergy-sufferers/ https://onelife.eco/en/blog/which-is-the-ideal-air-purifier-for-pet-hair-allergy-sufferers/#respond Fri, 30 Jul 2021 21:46:51 +0000 https://new.onelife.eco/en/?p=552

Which are the most popular pets?

According to the 2019-2020 National Pet Owners Survey conducted by the American Pet Products Association (APPA), sixty-seven percent of all U.S. households or about 85 million families own a pet of some kind. This is up from 56 percent of U.S. households in 1988, the first year the survey was conducted. Dogs are considered the most popular pet among US citizens. 63.4 million households own a dog, while around 42.7 million have a cat.

How does an animal hair allergy develop?

Despite the great popularity of pets, they can pose a health risk for some people because our fluffy friends lose several hundred hairs every day alongside dander. These can often trigger physical symptoms in people with pet hair allergies. In the case of an animal hair allergy, it is usually a reaction of the immediate type. The immune system is first sensitized to the allergen and if the allergen enters the body again, an immune reaction is triggered. In allergy sufferers, this usually manifests itself in the form of sneezing, a runny nose, and a feeling of tightness in the chest. Other symptoms can include itching, watery eyes, and eczema. Breathing in animal allergens can thus aggravate respiratory symptoms and even impair lung function.

The pet hair itself does not usually cause an allergic reaction, instead, it is their dander. More specifically, it is the proteins secreted by the oil glands under the pet’s skin that cover the pet’s dander. Sometimes you may notice these dander floating through the air or accumulating in certain corners of your home. However, not all dander is visible to the human eye. Some dander is microscopic and can get caught in carpets, bedding, and furniture. When they are stirred up, the allergens are released and can remain for a long time.

What is the difference between cat and dog allergens?

In total, there are 19 identified cat allergens. However, a single protein is responsible for most of the allergic reactions (Fel d 1), which is found in the animal’s sebaceous glands and skin. Cat allergens are particularly light because they can float in the air for hours and settle on furniture and clothing. Even months after a cat has been in a room, people with cat allergies can experience allergic symptoms.

Compared to cats, dogs have a lower allergy potential because the allergens in this case are less aggressive. In addition, dog allergens are heavier than those of cats and therefore cannot combine as easily with dust particles and float through the air. Some dog breeds spread significantly fewer allergens than others, such as a poodle.

What makes animal dander harmful to our health?

Dander is the main cause of animal allergies. They are particularly small, measuring only 5 to 10 micrometers. About a quarter of animal dander is even smaller than 2.5 micrometers. The smaller and lighter they are, the better other particles such as dust can attach to them, thus allowing them to remain in the air for a particularly long time. The allergy-causing proteins of dogs, cats, and other animals found in the dander are grouped under the term inhalant allergens. Humans absorb this type of allergen as small airborne particles through breathing.

How do pollen, dirt & co. get into the apartment?

In addition to pet hair and dandruff, our beloved four-legged friends also like to bring home all kinds of other dirt particles from their walks. Pollen has a particularly easy time of entering the home here, as it attaches itself unnoticed to the animal’s fur. This creates an additional burden on the air quality and can also cause allergic reactions. Take a look at our blogpost POLLEN, where we explain in detail how an air purifier can help you against annoying allergy symptoms. Our pollen calendar also reminds you when pine, birch, and grasses are in the air, so you can always be one step ahead of the allergy season.

How can the OneLife X help?

By filtering out fine particles, air purifiers help clean indoor air, thus reducing the potential negative effects of air pollution such as allergic reactions, and both chronic and acute respiratory diseases including asthma. The ideal air purifier for pet owners is able to rid the air of allergy-causing proteins carried by pet hair or contained in pet dander. Therefore, before buying an air purifier, it is essential to check what particle size it can capture. Ideally, a device that can filter even the smallest pollutants should be chosen. The microscopic allergy-causing particles contained in animal hair or dander aren’t usually captured with conventional filters and remain in the air. Air purifiers with plasma filters such as the OneLife X offer an optimal solution to this as they are able to remove even the smallest particles, down to 0.01 microns, and do so entirely without producing harmful ozone.

In a household with four-legged friends, a lot of pet hair – and dandruff – accumulates in the air in a very short time. Traditional air purifiers often need a new filter after just 3 months for this very reason. The filter unit of the OneLife X, on the other hand, can easily be rinsed out or cleaned in the dishwasher. This not only saves high filter costs but also ensures less environmentally harmful waste at the same time.

Ions are generated in the near field of a special ionization electrode, which then travel to a counter-electrode. On their way, they charge toxins, bacteria, viruses, microbes, animal dander, and dust particles, which are then permanently deposited on the counter-electrodes and thus captured.
OneLife X protects asthmatics and allergy sufferers by filtering out all annoying types of pollen, ultra-fine dust such as pet hair, and dander too, thus ensuring clinically clean air.
Unlike traditional air purifiers, the OneLife X does not require a filter change. Instead, the filter unit can be easily rinsed or cleaned in the dishwasher.
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Hazardous forest fire smoke threatens our air quality  https://onelife.eco/en/blog/hazardous-forest-fire-smoke-threatens-our-air-quality/ https://onelife.eco/en/blog/hazardous-forest-fire-smoke-threatens-our-air-quality/#respond Tue, 06 Jul 2021 21:46:45 +0000 https://new.onelife.eco/en/?p=550

What makes fire smoke so dangerous?

Smoke consists of toxic substances that can enter the bloodstream through the lungs and cause inflammatory reactions in our bodies. Those substances include carbon monoxide in particular, which binds to the red blood pigment haemoglobin and displaces oxygen. Depending on the cause of the fire, irritant gases such as ammonia, chlorine, hydrogen fluoride and sulfur can also be produced and cause massive damage to the respiratory tract. Similarly, high levels of particulate matter can lead to further respiratory damage and cardiovascular disease. People who are exposed to this smoke in high concentrations for long periods (several hours) are particularly at risk. Likewise, people already suffering from respiratory diseases such as asthma or heart disease face a higher probability of adverse health effects.

Wildland fire smoke often includes:

  • Water vapor, particulates and trace elements.
  • Carbon dioxide, carbon monoxide and nitrogen oxides
  • Hydrocarbons and nitrogen oxides (contribute to elevated ozone levels)
  • Volatile organic compounds (VOCs), including acrolein and formaldehyde (dangerous respiratory irritants)

Where are Wildfire areas?

Natural wildfires occur regularly in North America. The forests in the western part of the United States and the northern forests of Canada depend on periodic wildfires for regeneration. However, over the past century, the intensity of these fires has increased dramatically in many areas, thus threatening people and wildlife in those regions. The U.S. state of California has repeatedly struggled with devastating wildfires. 2015 went down as one of the worst wildfire years in U.S. history. In that one year alone, 4.1 million hectares were burned – the largest area consumed by forest fires since records began.

Areas in Europe are regularly destroyed by wildland fires too. Spain, Italy and Portugal are often badly affected due to the high temperatures in summer.

NASA Forest Fire Map

NASA’s forest fire map allows you to track forest fires live online. In addition to current forest fires, it also shows areas that have burned in the past.

How do I behave in a forest fire?

In the event of a forest fire, it is most important to limit the exposure to smoke as much as possible – especially if you already have a health risk due to respiratory illness. These are critical steps to take to protect your health:

  • Track local air-quality reports. As smoke levels increase, so do the concentrations of particles in the air. You can get air-quality reports from local news media and local air agencies. 
  • Even if there are no measuring devices at hand; If it looks or smells smoky outside, it’s not a good time to mow the lawn or go for a run. And for children – especially those with asthma – it’s not a good time to be moving around outside. When you’re active outdoors, pay attention to your body’s symptoms.
  • Have a several-day supply of nonperishable foods on hand that don’t need to be cooked. Cooking – especially frying and grilling – can further increase indoor air pollution.
  • If recommended to stay indoors, take measures to keep your indoor air as clean as possible. Windows and doors should be kept closed. Windows to ventilate the house should only be opened if the air-quality level has improved. 
  • Try to keep indoor particle concentrations as low as possible. Therefore, avoid anything that burns, such as wood-burning fireplaces, gas stoves – and even candles. Vacuuming during this time should also be avoided, as this will stir up particles that are already in your home.
  • Consider buying a portable air purifier for smoke to increase your indoor air quality level

Which health problems does smoke cause?

Smoke exposure from wildfires has been associated with increased hospitalizations and emergency room visits for respiratory symptoms, exacerbation of asthma, and chronic obstructive pulmonary disease (COPD). If you don’t own an
air purifier for smoke, you need to be aware of its air quality.

It is important to pay attention to local air quality reports during a fire, especially if you are part of one of these at-risk groups:

  • People with heart or lung disease
  • Seniors
  • Children, including teenagers
  • Pregnant women

Effects of forest fires on indoor particle concentrations

Based on analyses, the increase in indoor particle concentration during a forest fire ranges from 49% to 76% of the increase in outdoor air particles, with the range depending on the particle size, which is between 0.25 and 5 micrometers in diameter.

Air Quality Warnings

Air quality warnings help you to stay informed during forestland fire outbreaks. Air pollution caused by fires spreads quickly and dramatically impacts air quality, even in locations far from the source of the fire. With air quality alerts from Breezometer, it’s easy to keep up to date with real-time information about fires and changing air quality levels

www.breezometer.com/fire-air-quality-alerts

How can an air purifier help?

Indoor air purifiers help reduce indoor particle concentrations. However, when deciding to purchase an air purifier for smoke, don’t wait until there’s a fire to do so – this decision should be made beforehand. Still, not all air purifiers do a good job of removing smoke particles. Before the purchase, you should pay attention to the noise level and power consumption of the air purifier, after all, it must run 24 hours a day – even overnight – so that it can perform effectively. Particularly quiet air purifiers have a noise level of 22- 55 dB. Also, do not buy an air purifier that produces ozone. This will only lead to higher levels of air pollution in the house. In our article “The best air purifier 2021” we present additional criteria that should be considered before buying the best air purifier for smoke.

FAQ

Inhaling smoke gases can cause serious damage to your health, as the toxic gases can severely damage our mucous membranes and respiratory tract and prevent the transport of oxygen in our body.

Smoke aerosol is a mixture of solid-liquid particles. The diameter of these particles is 0.1 – 1.0 micrometers. For comparison, red blood cells have a diameter of about 8 micrometers.

The OneLife X is capable of filtering particles as small as 0.01 microns and thereby removes 99.99% of all harmful particles from indoor air. This air purifier works very well against smoke.

The countries in the Amazon region, California and Australia are most affected by bush fires every year. In Europe, wildfires occur mainly in Spain, Italy and Portugal

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Air cleaner: What filter technologies are out there and how do they perform?  https://onelife.eco/en/blog/air-cleaner-what-filter-technologies-are-out-there-and-how-do-they-perform/ https://onelife.eco/en/blog/air-cleaner-what-filter-technologies-are-out-there-and-how-do-they-perform/#respond Fri, 11 Jun 2021 21:46:38 +0000 https://new.onelife.eco/en/?p=548

Depending on the degree and duration of exposure, as well as the type of pollutant inhaled, the effects can vary. In addition to simple symptoms such as coughing and respiratory irritation, air pollution can cause acute conditions such as asthma, chronic lung disease, and more serious symptoms such as cardiovascular disease, impaired lung function, and respiratory infections. The World Health Organization (WHO) also indicates links between exposure to air pollution and diabetes, systemic inflammation, and neurodevelopmental disorders in children (Reference).

What are the advantages of an air purifier?

  • Pollutants are filtered from the air
  • Provides improved air quality
  • Relieves asthma symptoms
  • Neutralizes unpleasant odors
  • Improves sleep & concentration
  • Reduces risk of lung and heart disease

How does an air cleaner work?

The way an air purifier works is relatively simple. In most systems, the air in the room is drawn in by a fan and then passed through a filter, which collects the particles and pollutants contained in the air. The purified air then flows back out of the device.

What filter technologies are existing?

There are several different filter technologies on the market that are used for air purifiers these days. Here is an overview of the most important technologies:

a) HEPA Filter

HEPA filter (High-Efficiency Particulate Air) is a widely used technology for air purifiers. This type of filter was developed back in the 1940s as part of the Manhattan Project to remove dangerous radioactive particles from indoor air. HEPA filters consist of a fabric that resembles a mesh. Particles are trapped by the mesh as the air passes through it. HEPA filters can effectively filter larger particles such as pet dander, pollen, and dust mites. However, VOCs, viruses, bacteria, and small particles under 0.3 microns cannot be safely removed from the air with a HEPA-based air purifier. This type of filter must be changed at regular intervals because over time it becomes clogged and is no longer able to filter particles effectively.

b) PECO Filter

In PECO (Photo Electrochemical Oxidation) filters, ultraviolet A light is shone onto a filter membrane coated with nanoparticles. This creates a photoelectrochemical reaction on the surface of the filter that breaks down the molecular structure of organic particles in the air. Over time, larger particles that escape the pre-filter can partially block the light from reaching the surface of the PECO filter, reducing its efficiency. PECO filters, like HEPA filters, therefore require regular replacement; usually every 6 months.

c) Ionizer

In a filter with ionization, ions are positively charged so that dust particles in the air attach to them, and this electrostatic interaction causes several particles to form a cluster. These clusters can then be filtered more easily by the air purifier. In the process, however, harmful ozone is produced. Even though ionizers do not have a filter in the usual sense, regular cleaning is still necessary because the so-called collector attracts the pollutants from the air and continues to accumulate them. After some time of use, a layer of dirt forms on the collector, which should be washed off. For this purpose, the collector can be held under running water. Then the collector has to be left to dry.

d) Plasma Filter

Air purifiers with plasma filters use a comparatively new technology and have the ability to capture even the smallest particles that other types of filters cannot capture. A plasma filter generates ions that electrically charge air pollutants within the air purifier so that they can be separated in the subsequent collector. In this way, pollutants even as small as 0.01 micrometers can be removed from the air. Despite high efficiency, no harmful ozone is produced. Unlike other air purifiers, there is no need to change the filter either. Instead, the collector can simply be removed from the device and rinsed with water or cleaned in the dishwasher.

e) UVC Filter

With this technology, potential viruses from the air are irradiated with short-wave ultraviolet (UVC) light thus being killed, and then the “purified” air is released back into the room. The effectiveness against infectious aerosols in an indoor environment depends on a couple of things – whether a device can disinfect a sufficiently large volume of air, and whether the purified air can circulate well in the room. The efficacy also depends on the irradiation intensity and on the irradiation time of the air in the device. However, UV-C radiation poses a high health risk unless it is shielded by the device.

f) Activated Carbon Filter

An activated carbon Filter works similar to a sponge, pulling unwanted odors, gases and substances out of the air. The main component of an activated carbon filter, as the name suggests, is carbon. When the porous structure of the carbon is combined with hydrogen, oxygen or carbon dioxide, more fine pores are formed thus purifying the air from unpleasant odors and gases. However, these pores have a limited absorption capacity. Therefore, even with an air purifier with activated carbon filter, regular replacement of the filter has to be undertaken as a part of the care of the device. Many models have an interlock function to ensure high air quality at all times. As soon as the filter is filled, the air purifier shuts down so that no pollutants can be released into the surrounding air. Depending on the degree of air pollution, this is usually the case every four to six months.

Plants as air purifiers - a myth?

Houseplants are decorative and can create a homely atmosphere. However, the recurring claim that plants also help clean our indoor air is nothing but an urban myth. In fact, plants suffer from air pollution almost as much as we do. Instead of eliminating it, they become covered by it, thus limiting their ability to produce and release clean air. Research has shown that about a hundred plants per square meter would be needed to reduce volatile organic compounds (VOCs) to an extent that actually impacts air quality. Nevertheless, houseplants do have a positive effect on our well-being. They create a feeling of freshness and comfort.

Which air purifier is right for me?

At the end of the day, which air purifier technology to choose depends heavily on personal needs and preferences. To simplify the decision, the following questions should be answered in advance:

  • What is the air purifier needed for?
  • Do you have any health problems (asthma, allergy, lung or heart disease)?
  • Are the rooms particularly exposed to many pollutants (pets, smoke, pollen, odors)?
  • What type of filter do you prefer?
  • What is the size of the room where the air purifier will be used?
In our article “The best air purifier 2021” we present criteria to consider before buying an air purifier. After all, not every air purifier is equally suitable for all needs.

The ideal place for an air purifier

Often the kitchen and living room have poorer air quality than most other areas. This is mainly due to cooking, especially frying or burning food. In addition, kitchens are often cleaned with chemical substances that can  contribute to poor air quality. 

In the living room, candles and smoking are common but avoidable scenarios that worsen indoor air. Our home offices are also affected by poor air quality, which actually has a negative impact on concentration and productivity. According to some studies, performance drops by up to 50-60% depending on the level of air pollution in the rooms where we work.

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Comparison: The best air purifier 2021  https://onelife.eco/en/blog/comparison-the-best-air-purifier-2021/ https://onelife.eco/en/blog/comparison-the-best-air-purifier-2021/#respond Fri, 04 Jun 2021 21:46:32 +0000 https://new.onelife.eco/en/?p=546

Polluted indoor air leads to long-term health damage such as asthma and reduced lung function. However, not only pollutants but also the viruses & bacteria transmitted to humans through aerosols can significantly affect our health and lead to illness. In addition, poor air quality has a negative impact on concentration and productivity even after a short time.

The solution against polluted indoor air is simple: air purifiers. In this article, we will give you an overview of the most common indoor air pollutants and their impact on our health. Then, we will compare which air purifier is the best portable air purifier 2021 based on the following criteria:

  • Filter technology
  • Energy consumption
  • Noise level
  • Filter performance
  • Size of filtered pollutants
  • Room size
  • Intelligent sensor technology
  • Design and ease of use
  • Cost of filter replacement
Fact: Our indoor air can be up to 5 times more polluted than outdoor air.

(U.S. Environmental Protection Agency)

Typical indoor air pollutants

Most pollutants in indoor air are invisible and can, for example, enter the room through window ventilation (fine dust, nitrogen oxides, etc.). In addition, air pollutants can also be generated by sources within the room itself: Activities such as smoking, cooking, and heating can lead to a deterioration in air quality. Also, cleaning products, off-gassing from furniture & textiles, and mold growth can pollute the air. While air pollutants disperse and dilute outdoors, they tend to accumulate continuously indoors. The less often the air is cleaned, the more harmful it becomes to your health due to the increasing concentration of pollutants.

Viruses & Bacteria

Viruses and bacteria pose a major health threat and are therefore of high importance when it comes to air quality. Viruses, for example, can be transmitted to humans via aerosols in the air and lead to infection.

Mold spores

When indoors, mold multiplies on damp surfaces such as heating and air conditioning systems, cold bridges on windows, or even behind furniture placed too close to the wall which prevents the air from circulating sufficiently.

Dander from pets

Cats and dogs are common sources of indoor allergens released by secretions, excretions, and dander.

Ultrafine Particulate Matter

Unlike inhaling PM10 and PM2.5, ultrafine particles (UFP) are released by vacuum cleaners and car exhaust among other sources, and cause a variety of problems in our bodies.

Pollen

Pollen is a fine powdery substance, typically yellow in color, consisting of pollen grains that are carried through the air. They can trigger allergies such as hay fever, which is accompanied by sneezing, runny nose, and itching eyes. The most common types of pollen include trees such as birch, grasses, and herbs.

Volatile organic compounds (VOCs)

Volatile organic compounds are gases and chemicals released by paints, furniture, and during the use of cleaning agents.

House dust mites

House dust mites are hardly visible due to their very small size and transparent body. Their excretions can cause allergic reactions. The symptoms range from itching, breathing difficulties to asthma.

Health consequences due to air pollutants

The health effects of pollutants in the air depend on the duration and concentration of the pollution. The longer and the higher the concentration of pollutants in the air we breathe, the more harmful it is for us. The most common health problems caused by air pollution include mild symptoms such as:

  • Fatigue
  • Headache
  • Irritation of the eyes
  • scratching in the lungs
  • itching of the skin
  • Dizziness
  • Irritation of mucous membranes
  • Circulatory problems

Serious symptoms and long-term consequences can include:

  • Loss of lung capacity and decreased lung function
  • Skin aging, pigmentation spots, skin irritation, eczema
  • Hypertension, cardiovascular disease, nervous system damage
  • Respiratory diseases such as asthma, bronchitis, emphysema and cancer

Why do I need an air purifier?

Like food and water, air is essential for our survival. You breathe about 17,000 times a day, inhaling about 120,000 liters of air. But how often do you think about the cleanliness of the air you breathe in every day? 

In many parts of the world, the concentration of pollutants has increased significantly. As previously mentioned, this increased pollution can lead to various health problems. However, air purifiers can filter many pollutants, lowering the risk of health problems and improve your well-being, productivity, and concentration.

What makes the best air purifier 2021?

When buying an air purifier, the goal is simple: To improve the air quality at home or in the office. But when you start comparing different air purifiers, you quickly lose track of technical specifications, costs, filter types, and energy consumption. This makes choosing the right device much more difficult. We have therefore compiled a list of the most important criteria that will help find the right air purifier for you:

Filter technology

There are numerous different filter technologies on the market that are used for air purifiers. Below is an overview of the most important technologies

a) HEPA Filter

HEPA filters consist of a mesh that resembles a net. Particles are captured by the mesh as the air passes through. HEPA filters can effectively filter larger particles such as pet dander, pollen, and dust mites. However, VOCs, viruses, bacteria, and small particles under 0.3 microns cannot be safely removed from the air with a HEPA-based air purifier. This type of filter was developed in the 1940s as part of the Manhattan Project to remove dangerous radioactive particles from indoor air.

b) PECO Filter

In PECO filters, ultraviolet A-light is irradiated onto a filter membrane coated with nanoparticles. This creates a photoelectrochemical reaction on the surface of the filter that breaks down the molecular structure of organic particles in the air. 

c) Ionizer

In a filter with ionization, ions are positively charged so that dust particles in the air attach to them.  Through their electrostatic interaction, several particles finally form a cluster. These clusters can then be filtered more easily by the air purifier. However, this produces ozone, which is also harmful to health.

d) Plasma Filter

Air purifiers with plasma filters have the ability to capture even the smallest particles that other types of filters cannot capture. A plasma purifier generates ions that electrically charge air pollutants within the air cleaner so that they can be separated in the subsequent collector. In this way, pollutants as small as 0.01 micrometers can be removed from the air. Despite their high efficiency, no measurable ozone is produced.

Energy Consumption

Depending on the mode set and how long the air purifier is used, the kilowatt-hours consumed can quickly add up, especially if it runs continuously. Therefore, a comparison of the data regarding power consumption is useful. Here you can orientate yourself on the consumption of a 6-9 watt LED lamp, which leads to approximate electricity costs of 2.50 € per year.

Noise Level

If an air purifier is too noisy, you probably won’t use it very often. . The quietest air purifiers on the market have a dB value of 20-40, but it should be noted that the noise level of an air purifier changes depending on the fan setting.

  • 30 dB corresponds approximately to the noise level of a whispered conversation
  • 50 dB corresponds to a normal conversation or a moderate rain shower
  • 70 dB is as loud as a vacuum cleaner

Filter Performance

The CADR value (CADR stands for Clean Air Delivery Rate) indicates how much room air is cleaned from three different types of particles, each with a size between 0.09 µm and 11.0 µm, within one minute. It is often used to directly compare air purifiers with each other. However, it should be noted that the filter performance of very small particles, which includes fine dust, for example, is not taken into account when determining this value. Likewise, the value provides no information about the neutralization of odors or volatile organic compounds (VOCs).

Size of Pollutants

The smaller the pollutants, the more dangerous they are for our bodies. The smallest particles can reach deep into the lungs and bloodstream. Studies show that pollutants as small as 2.5 micrometers in diameter, such as smoke, particulate matter, and bacteria have negative health effects over long periods of time (years) and can increase the risk of severe asthma attacks. The different air pollutants can be divided as below:

  • Ultrafine particles (<PM1)
    They have a diameter of 1.0 micrometer or less. The most common types are bacteria and viruses. For example, a COVID-19 virus has a size of 0.12-0.16 micrometers.

  • Fine dust particles (<PM2.5).
    They have a size of 2.5 micrometers or less. They include fine dust, smoke caused by cigarettes, but also forest and bush fires, animal hair, and bacteria.

  • Pollutant particles (<PM10)
    Their diameter is 10 micrometers or less. Common types are dust, pollen, and mold spores.

Room Size

Before purchasing an air purifier, the size of the room in which the air will be filtered should also be taken into account. Depending on the model, filters can provide purified air for small to large rooms.

Intelligent sensor technology

There are devices with adjustable modes that allow you to run the air purifier at the speed you want. Ideally, this should be possible via an app. Some air purifiers also have a sensor that detects the level of pollution and automatically adjusts the speed of the fans as needed to neutralize the potentially harmful particles suspended in the air. Since not only indoor air quality but also outdoor air pollution plays an important role in our health, this data ideally should also be evaluated by air purifiers. By analyzing this data, the air purifier can warn, for example, when increased pollen counts are present or high levels of pollutants in the air due to forest fires are imminent.

Design and usability

Many things such as aesthetics, portability, ease of setup, and wifi accessibility are included in this aspect. Ideally, the air purifier should match the interior design of the room. However, not only the design itself matters, but also the materials used for this purpose. Meanwhile, an increasing number of manufacturers are turning to recycled plastic and bamboo for this very reason.

Costs for filter exchange

For the majority of air purifiers, costs for filter replacements must be regularly calculated. Filter life can range from a few months to a year, depending on the level of pollutants in the home and the type of filter technology in the unit. Ideally, however, you should choose an air purifier that does not require filter replacement. This not only saves costs but also protects the environment at the same time, as many of the filter units cannot be degraded sustainably.

Comparison: The best air purifier 2021

We have applied the described selection criteria to the most interesting portable air purifiers on the market to help you decide which air purifier best suits you and your needs.

OneLife X Molekule Air mini Dyson Pure Cool TP02
Filter Technology Plasma PECO HEPA
Energy Consumption 8W 68W 56W
Annual electricity costs $6 $60 $49
Volume at the highest level 22-55 dB 39-62 dB 63 dB
Size of Pollutants Up to 0,01μm Not published Up to 0,1μm
Room size 270 sq ft 250 sq ft 400 sq ft
Intelligent sensor technology & app
Sustainable materials X X
Filter exchange costs per year $0 $135 $73
Size (H x W x D) 15.95 x 7.48 x 7.48 inches 12 x 8.27 inches 8.82 x 45.28 x 8.62 inches
Weight 8.8 lbs 7.28 lbs 8.25 lbs

Conclusion

Each of the presented air purifiers provide improved air quality and thus have a positive impact on your health. However, due to the different filter technologies, the performance and the size of the particles that can be filtered differ accordingly. 

It should be noted that an air purifier should filter at least particles up to a size of 0.1 micrometers. However, filters that capture even particles as small as 0.01 microns are better. This includes ultra-fine dust and viruses, which can reach deep into the lungs, bloodstream and brain, where they can trigger health-threatening situations. 

The comparison also shows that it is worth taking a look at the energy requirements of the air purifier. Here you can find significant differences between the manufacturers.

Air purifiers improve air quality and our health, but this should not be done at the expense of our environment. Traditional technologies such as HEPA and PECO require regular filter changes, which cause high additional costs and large amounts of waste. Sustainable air purifiers, like the OneLife X, do not require filter changes, saving the environment and your wallet.

The appearance of the air purifier also plays an important role. While most manufacturers produce the housing from synthetic materials and plastic, there are now also alternatives that rely on natural materials such as bamboo. 

It remains to be said: It is not possible to choose an overall winner across the board as ‘ requirements for each device are too individual. You can take a look at which of the listed criteria are particularly important to you in order to find the best air purifier for you. For example, if you place a lot of importance on  great filter performance, sustainable design and the volume of the air purifier, the OneLife X is the right choice for you.

References

https://www.dyson.com/air-treatment/purifiers/dyson-pure-cool-link/dyson-pure-cool-link-tower-white-silver
https://www.dyson.com/support/journey/tools/968126-03
https://www.dyson.com/air-treatment/purifiers/dyson-pure-cool/dyson-pure-cool-link-app
https://www.lb.dyson.com/en-LB/fansandheaters/purifiers.aspx
https://molekule.com/shop
https://molekule.com/air-purifier-mini
https://help.molekule.com

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Air Pollution – The silent killer: An alarming Greenpeace report  https://onelife.eco/en/blog/air-pollution-the-silent-killer-an-alarming-greenpeace-report/ https://onelife.eco/en/blog/air-pollution-the-silent-killer-an-alarming-greenpeace-report/#respond Tue, 16 Mar 2021 22:46:25 +0000 https://new.onelife.eco/en/?p=544

The report focuses primarily on the five most populous cities in the world, where around 160,000 people died prematurely last year as a result of air pollution. The worst affected city is the Indian capital New Delhi. An estimated 54,000 people died from the effects of the particularly harmful particulate matter of particle size PM2.5, also known as fine dust. Worldwide, around 4.5 million people die each year from a wide range of diseases caused by excessive levels of air pollution.

Health effects from air pollution

Fine dust can cause severe long-term damage to the heart and lungs

Particulate matter of particle size PM2.5 and smaller is considered particularly harmful to our health. Common air pollution types of the same are fine dust, smoke, pet dander, and bacteria. The particles are so small that they can get deep into the lungs and into the bloodstream. There is sufficient evidence that exposure to PM2.5 over long periods (years) can cause adverse health effects and increase the risk of severe asthma attacks.

Although some cities have seen improvements in air pollution during Covid-19, the alarming numbers highlight the importance of expanding clean energy and ending dependence on fossil fuels. “When governments choose coal, oil, and gas over clean energy, it’s our health that pays the price. Air pollution from burning fossil fuels increases our likelihood of dying from cancer or stroke, suffering asthma attacks, and experiencing a more severe form of COVID-19. We can’t afford to keep breathing dirty air when the solutions to air pollution are widely available and affordable,” said Avinash Chanchal, climate campaigner at Greenpeace India.

In Delhi, there were about 54,000 preventable deaths from PM2.5 air pollution in 2020, equivalent to one death per 500 people. Jakarta suffered 13,000 preventable deaths in 2020 and even suffered losses of $3.4 billion from air pollution, equivalent to 8.2% of the city’s total GDP.

Economic impact of air pollution

Globally, air pollution causes severe economic damage in addition to devastating death tolls. Tokyo, for example, suffered an economic loss of $43 billion.

Los Angeles recorded the highest per capita financial cost of PM2.5 air pollution of all cities on the estimator in 2020, at approximately USD 2,700 per resident. With a population of 4 million, this makes it a total loss of an incredible 10.8 billion US-Dollar.

Greenpeace is now pushing governments at all levels to invest in renewable wind and solar energy to protect residents from deadly air pollution. ‘’In most parts of the world, it is now cheaper to build clean energy infrastructure than to continue investing in polluting fossil fuels, even before taking the cost of air pollution and climate change into account. As governments look to recover from the economic impact of COVID, they must create green jobs, build accessible clean-energy powered public transport systems, and invest in renewable energy sources like wind and solar. We demand a better normal, not only for the sake of our air but also to address the flooding, heatwaves, and intensified storms that we’re experiencing as a result of climate change,” said Bondan Andriyanu, campaigner at Greenpeace Indonesia.

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5 hidden sources of indoor air pollution and how to fight them  https://onelife.eco/en/blog/5-hidden-sources-of-indoor-air-pollution-and-how-to-fight-them/ https://onelife.eco/en/blog/5-hidden-sources-of-indoor-air-pollution-and-how-to-fight-them/#respond Tue, 16 Mar 2021 22:46:18 +0000 https://new.onelife.eco/en/?p=542

Clean air in living spaces is essential for life, and indoor air pollution is up to 5 times higher than outdoor air (U.S. Environmental Protection Agency). There are many sources in your household where indoor air pollutants are released and can therefore  be dangerous for you. Find out what these sources are and what you can do about them in the following article.

Indoor air pollution: Cleaning Products (VOCs)

Many common household cleaning products contain harmful chemicals such as alcohol, chlorine, ammonia, or petroleum-based solvents that can negatively affect your health, irritate your eyes or throat, or cause headaches. Some cleaning products release dangerous volatile organic compounds (VOCs) that can cause chronic respiratory problems and aggravate allergies, asthma and other respiratory conditions. Products containing VOCs include most aerosol sprays, chlorine bleach, carpet and upholstery cleaners, furniture and floor polishes, and oven cleaners.

The best way to reduce indoor air pollution is to limit the sources of VOCs. Some items can produce such high levels of VOCs that it is safer to remove them altogether.

Since potential sources of indoor air pollution can be identified mainly with certain detection devices, and not everyone has these in their homes, there are some other ways to minimize airborne exposure to VOC particles.

When dealing with weak VOCs, ventilation can significantly reduce VOC exposure, especially if rooms have been painted or new carpet or vinyl flooring has been installed. You can increase ventilation not only by opening windows and doors but also by using fans to let in outside air. It’s also helpful to keep the temperature and humidity low, as chemicals like formaldehyde become more volatile when it’s warm or humid. When buying new items, be sure to use products (e.g., paints, carpets) with low or no VOC content and wood items with low-emitting finishes. Allow products to “outgas.” If you buy a new sofa, let it sit in the garage for a few days before bringing it into the house. Seal particle boards or pressed wood furniture with varnish before bringing it into the house. If you buy a new carpet, ask the installer to air out the carpet a few days before installing it.

Indoor air pollution: Furniture

Chemical flame retardents are common in a variety of household items including furniture since they have been mandated to protect against fires. However, they are proven to be associated with numerous health and enviornmental problems. Additionally, they can make fires toxic by being responsible for the formation of soot and deadly gases, which are considered the real killers in most fires. Fire retardants are most commonly found in furniture that contains polyurethane foam, including sofas and upholstered chairs, futons, and carpet padding. They are also found in children’s car seats, changing table cushions, portable crib mattresses, sleeping mats, and nursing pillows. They migrate out of products and contaminate household dust, which accumulates on floors where children play and can also become airborne.

Fire retardants are nearly impossible to avoid completely. However, if you take these precautions, you can minimize your exposure:

  • Vacuum carpets with a vacuum containing a HEPA filter.
  • Inspect the foam padding for damage. Make sure cushion covers are intact, as exposed foam allows fire retardant chemicals to escape more quickly. Items such as car seats and mattress pads should always be fully encased in protective fabric.
  • Educate yourself before buying baby products such as crib mattresses and car seats, and choose products that do not contain fire retardants.
  • When buying a new couch, choose one without fire retardants. Look for the TB 117-2013 label and verify with the dealer that the product does not contain flame retardants

Indoor air pollution: Kitchen stove

A poorly ventilated kitchen can also cause a large amount of indoor air pollution in your home.

Gas stoves emit nitrogen dioxide, which is created when fuel is burned at high temperatures. Nitrogen dioxide mixes with the air to create nitric acid and toxic organic nitrates. These can irritate the lungs and reduce resistance to respiratory infections such as influenza. According to the EPA, frequent exposure to high levels of nitrates can cause acute respiratory illness in children.

Always make sure your kitchen is well ventilated during and after any type of cooking – not just when you’re burning something. Installing a high-quality fan or range hood can greatly improve air quality. If, as in some apartments, you don’t have a fan or range hood, be sure to cook with the windows open nearby.

Indoor air pollution: Painting

When new paint is drying, indoor air pollution (VOC) levels can be 1000 times higher than outdoor levels. Paint is known to release VOCs into the air. Since paints are often applied in occupied spaces, and VOC emissions can continue even 6 months after application, people are more likely to be exposed to vapors from freshly painted surfaces. Some of these indoor air pollutions are known carcinogens – meaning they have been linked with cancer. These chemicals include methylene chloride and benzene. Even if you haven’t painted in years and live in an older home, the walls may be coated with lead paint, which was banned in the late 1970s. Lead can be a potent neurotoxin even decades after a room has been painted, as the paint chips, flakes and peels off the surface. Many of these chips are pulverized into microscopic particles that become part of the indoor air pollution you breathe. New paints typically contain VOCs and can off-gas weeks or even months after a room is painted. Paint fumes can cause headaches, dizziness, nausea, asthma exacerbation, fatigue, skin allergies, confusion and memory impairment.

When buying paint, choose brands that are VOC-free. These paints are just as good as regular interior and exterior paints, and as an added benefit, they also tend to dry much faster.

Indoor air pollution: Candles

As beautiful as they may be, most candles cause indoor air pollution in your home with harmful gases and sediments. Regardless of what the candle is made of, all candles release sooty carbon particles as they burn, which can become airborne and cause respiratory problems. Kerosene candles are the worst. Kerosene is a byproduct of petroleum, coal or shale that has been bleached with bleach that infuses it with dioxins – one of the most toxic substances ever produced. Another chemical, acrolein , is linked to the risk of lung cancer from cigarette smoke and is added to the wax as a solidifying agent. Other toxins in candles include artificial dyes and synthetic fragrances, especially those used for aromatherapy. These ingredients often contain toxic plasticizers and solvents that are released when the candle burns.

A safer choice is to buy candles made from beeswax or vegetable oils and with natural dyes and fragrances. For more interesting information to keep in mind when making your next candle purchase in order to ensureyou’re not taking a health risk with your candle.

All in all, it should be clear to everyone that our homes, the place where we humans should feel safest, provide many sources for the creation of indoor air pollution. By exposing ourselves for a long time, we can cause long-term damage to our body, which will limit us in our everyday life. In addition to the above measures, air purifiers in particular make a huge difference when it comes to air quality at home. The OneLife X air purifier protects your health and that of your loved ones from indoor air pollution. In addition to that, it is sustainable and therefore also good for the planet. Just visit our homepage to find out more.

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