Indoor air pollution, injury and cancer!

Posted on October 28, 2019October 28, 2019 by Helen

Indoor air pollution, injury and cancer!

In recent years, air pollution is serious, and the outside is often thick smog. The air quality monitoring webpage shows a red pass, and even a purple explosion! In the face of outdoor air pollution, you may choose to hide indoors and try to go out as little as possible. However, the indoor air actually has a variety of pollution, so don’t take it lightly. Let us look at the main sources of indoor air pollution.

Closed doors and windows can not stop PM2.5!

The first source of pollution is air pollution from the outside, with familiar particulate matter (PM). The suspended particles are measured in micrometers (μm), the suspended particles with a diameter of less than or equal to 10 microns are called PM10, and the suspended particles with a diameter of less than or equal to 2.5 microns are called PM2.5.

Why is this different? Because the damage of suspended particles to the human body varies according to their size. Our nasal filtration limit is about 30 microns, which can block hair and fine sand. The bronchial filtration limit is about 10 microns, which blocks pollen and mold. The limit of alveolar filtration is about 2.5 microns. PM2.5 is very small in size and can pass through the alveoli, directly into the blood circulation, which affects the whole body and causes a variety of injuries.

PM2.5 can adsorb harmful substances such as lead, cadmium, arsenic and manganese, which is very harmful to children. Because the proportion of children’s breathing and body weight is higher than that of adults, the time spent indoors is long. If there is too much indoor PM2.5, Children’s learning and language memory decline, it is difficult to concentrate, red eyes, dry itching, easy to have allergic conjunctivitis. The skin condition is worse and it is easy to redden and itchy. When the mucus of the respiratory tract increases, the bronchi will induce asthma. More than 50% of young children who die from pneumonia are associated with indoor air pollution.

The effect of PM2.5 on adults is also very comprehensive. In the respiratory system, it can cause asthma, lung cancer, and chronic lung obstruction. In the cardiovascular system, it is easy to cause angina, myocardial infarction, and arrhythmia. PM2.5 will increase our metabolism, gain weight and gain diabetes. PM2.5 also harms the brain, and it is easier to get diseases such as stroke, dementia, and neurodegeneration. The researchers found that for every 5 μg/m3 increase in PM2.5 exposure per year, the risk of death increased by 7%. Even in the case where the PM2.5 is lower than 25 μg/m 3 , there is such a correlation.

According to the World Health Organization, about 4.3 million deaths each year are related to indoor air pollution. Common causes of death include stroke (34%), ischemic heart disease (26%), chronic lung obstruction (22%), and pneumonia (12). %), lung cancer (6%).

The most troublesome thing is that the diameter of PM2.5 is much smaller than the gap between doors and windows. Even if the doors and windows are closed, the floating particles are completely open to the suspended particles. Stay indoors, still subject to the high concentration of PM2.5 outdoors!

Burning gas and candles inside will pollute the air.

The second source of indoor air pollution comes from indoor combustion. We cook in the house and warm in the winter. We need to burn gas stoves, stoves and other equipment. In the combustion process, carbon dioxide, nitrogen monoxide, nitrogen dioxide, sulfur dioxide, formaldehyde and the like are generated. If ventilation is poor, it may cause dizziness and headache.

Exhaust gases from steam locomotives often contain nitrogen dioxide (NO2), which enters the room through open windows. If the garage at home is next to the doors and windows, pay special attention to it.

A large number of volatile organic compounds (VOCs)

Have you ever smelled a taste when your home has just been renovated, just painted, or just put on new furniture?

Decorative partitions, cements, and furniture may have volatile organic compounds (VOCs). The most dangerous substance is formaldehyde. The formaldehyde is widely present in paints, coatings, partitions, wooden furniture and adhesives, especially high humidity and high temperature, which accelerates the volatilization of formaldehyde. Excessive exposure to formaldehyde can irritate the nose, throat, eyes, and skin, damage our respiratory tract, and are carcinogenic. These building materials and furniture may continue to release volatile organic compounds for months or even years.

Cleaning supplies are another source of indoor pollution. When cleaning the house, we will open the kitchen cleaner, the toilet cleaner, and wash it out. Then we will put a wax on the floor, put a fragrance in the toilet, or spray the insecticide in the corner. These daily necessities often contain volatile organic compounds, which easily irritate the skin and respiratory tract, and even affect the central nervous system, causing fatigue and dizziness, as well as liver and kidney function, causing chromosome damage.

Perfume, nail polish, nail polish, hair gel, deodorant, anti-mosquito, correction fluid, insecticide, brightener, computer, scented candle, etc., which are often used by everyone, are also sources of volatile organic compounds.

Spreading biological pollutants

In our living environment, bacteria, dust mites, molds, fungi and other organisms can be found everywhere, making people allergic or infected. For example, after heavy rain, wet carpets, walls, and ceilings may be moldy, and mold cells can be rotated around the city with the air. Bedding is not often changed, it will be mixed with a lot of dander and dust mites. At the toilets and sinks where water is accumulated, air conditioners, dehumidifiers, and air-conditioning filters are hotbeds of microbial growth. These indoor microorganisms may cause infectious diseases, which may cause allergies to adults and children, affecting the respiratory tract, skin, eyes, and nose. Waiting for health.

Cigarettes, incense burners, and aromatherapy are all sources of pollution!

Cigarettes release thousands of chemicals and compounds such as nicotine, tar, and carbon monoxide. Hundreds of these are toxic, and there are nearly one hundred carcinogens that can damage organs throughout the body. Not only smokers are smoked. People who are not smoking but smoke second-hand smoke are deeply affected. Nowadays, although there are regulations and regulations in public places, the family space should still pay attention. If the family wants to smoke, they must ask him to go outdoors and ventilate to avoid the smoke pollution of their families.

Incense burners and aromatherapy are of course also sources of indoor air pollution, and long-term exposure is definitely harmful to the health of the family.

Clean the air and work hard together!

After reading so many sources of pollution, everyone may be surprised. The original indoor air pollution is much more serious than we imagined, and it unwittingly infringes on our health. In order to reduce indoor air pollution, we must start from two aspects, one is to reduce pollution sources, and the other is to filter air.

Olansi Healthcare Industry portable air purifier is willing to work with more families to further study and manage family indoor issues and contribute to more family health.If you are interested in this, please contact us for more products and preferential prices
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Many countries in Europe have been hit by strong smog attacks

Posted on October 28, 2019October 28, 2019 by Helen

Many countries in Europe have been hit by strong smog attacks

Recently, strong smog has occurred in many places in Europe. According to the chart provided by the real-time air quality index testing website on the 18th, the Western European countries Britain and France are the hardest hit areas of smog; some cities in Eastern Europe, Poland and the Czech Republic, have more smog. The air quality in Moscow, the capital of Russia, is particularly bad, and the air pollution index is staggering.

>>London

The toxic fog hits the scene of ‘fog’

According to the British ‘Mirror’ reported on the 18th, health experts warned that the virus-like fog blowing in the direction of the European continent is sweeping across the UK and may lead to a health crisis. Thousands of people may fall ill, and people with weak constitutions may be in danger.

High pressure over the sky makes pollution impossible to spread

The virus caused the virus to sweep across the UK, and the alarm level in many places in the UK has risen to level 9, with level 10 being the highest. Expert Bolton believes that the poisonous mist is blowing from the direction of the European continent, and the warm weather makes the traffic pollution more serious. He said: ‘There is a high pressure over the UK, which causes pollution to spread.’

London has returned to the ‘Fog Capital’ hat, and the ‘Fog Capital’ scene reappears. The southeastern and central parts of London are covered with a turbid fog, ‘like a fairyland.’ The entire city is shrouded in a hazy smog, with low visibility and unclear high-rise buildings in the distance. On the street, pedestrians wear masks and the car is covered with dust.

Last year, 1.6 million people were caused by toxic fog

What worries the British people is that these are the virus-like fog. According to the ‘Mirror’ report, according to data from the government health consultant, last year, 29,000 people in the UK died of air pollution. This figure is 16 times the number of deaths from road traffic accidents in that year and twice as many as the number of deaths from breast cancer.

On the 18th, British officials warned that ‘toxic fog may cause serious health problems, and children and the elderly with asthma, heart disease or lung disease need special attention.’ In 2014, similar toxic fog pollution incidents broke out in the UK, and many people felt unwell after inhaling haze. The charity ‘British Asthma’ said that 1.6 million people were caused by toxic fog.

>>Paris

The smog enveloped the Eiffel Tower was ‘launched’

According to the British ‘Guardian’ reported on the 18th, in addition to the United Kingdom, France is also shrouded in smog. The soaring air pollution situation has attracted the attention of the French government and promptly introduced a number of emergency measures.

The Eiffel Tower ‘disappears’ in the middle

In December 2013, the smog covered the Big Wild Goose Pagoda in Xi’an. The netizen once said that ‘Is the Big Wild Goose Pagoda launched?’ Today, the Eiffel Tower in France was also ‘launched’. On the 18th, the Eiffel Tower ‘disappeared’ in brown smog. Netizens have commented: ‘If you can’t see the Eiffel Tower, how can you believe that this is Paris?’

According to Agence France-Presse, in Paris, air quality monitoring agencies use PM10 to measure pollution levels. The safety margin of the PM10 was set at 80 micrograms per cubic meter, but the PM10 in Paris once reached 180 micrograms.

The French government introduced a number of emergency measures

According to the British ‘Guardian’ report, on the 18th, the French government quickly introduced emergency measures, such as reducing the speed limit of motor vehicles (20 km / h), prohibiting the burning of garbage. In addition, the French government has taken other urgent measures, including allowing only one out of every two cars to enter Paris and launching free public transport.

During the smog last year, the French government adopted single and double restrictions, and all public transportation in the Paris area was free for four consecutive days.

>>Moscow

The smell of the air, the public complained that the smell was bad.

According to the chart provided by the real-time air quality index testing website on the 18th, the air quality in Moscow, the capital of Russia, is particularly bad, and the air pollution index has reached an astonishing 452. On the 18th, there was haze in the north of Moscow, and the air was filled with stench, Moscow citizens. And tourists once again complained about the decline in air quality.

The smog in Moscow has a distinctive feature, always filled with unpleasant smells, and the whole city is shrouded in a smog of pungent, stinky eggs. At the end of last year, there was a rare weather condition called ‘Smelly Egg Cloud’ in Moscow. The air emitted the stench of sulfides; the visibility was very low, and even the sun could not be seen.

In addition to ventilation, how should you solve indoor air pollution?

Posted on October 22, 2019October 22, 2019 by Helen

In addition to ventilation, how should you solve indoor air pollution?

Since I was pregnant with my baby, it was a surprise and a scare. I was delighted by the birth of a new life to the future. I was shocked that you could never foresee where the danger came from.

The most worrying thing is that after changing the air quality problem after the new home, although everyone knows the harm of formaldehyde, how to detect the formaldehyde content in the environment in the life of the schedule? How to effectively deal with formaldehyde? Which purifiers on the market have the best effect in addition to formaldehyde? We have no way of knowing.

Not only that, there are always some unavoidable reasons for the baby to be exposed to formaldehyde. For example, some of the mothers have to be forced to inhale formaldehyde due to work reasons, resulting in physical discomfort and worry about the baby. Some treasured mothers are forced to survive by reality. Some treasure mothers do not pay attention to the hazards of formaldehyde. After the renovation of the new house, they will stay in the room until the baby’s body appears abnormally and suddenly wake up and regret it!

The harm of formaldehyde can not be underestimated

In fact, excessive formaldehyde caused by decoration is an important predisposing factor for blood diseases such as leukemia and lymphoma. The National Institutes of Health has determined that formaldehyde is a known human carcinogen, and the World Health Organization has identified formaldehyde as a ‘type 1 carcinogen.’ If the concentration of formaldehyde in the air is too high, it will obviously stimulate the mucous membrane, damage the respiratory system and even cause cancer; even if the concentration is not high, long-term exposure may lead to chronic respiratory diseases. Especially for children and the elderly who are weaker, the harm is even greater.

In addition to opening the window, the 4 major methods of removing formaldehyde

Plant purification method: Can green radish remove formaldehyde?

After decorating a new home, can you clean the formaldehyde by placing plants such as green radish? In 1984, Wolverton and other studies showed that the rate of formaldehyde release is much higher than the rate at which plants remove formaldehyde and benzene from the air. It is obviously unrealistic to rely solely on the absorption of formaldehyde by plants. Plant absorption can be said to be almost negligible. In fact, formaldehyde is not only harmful to humans, but also a ‘toxic’ to plants. Formaldehyde can damage plant cells, causing damage and death of plant leaves. Considering that plants still have certain ornamental value, combining plant absorption with other methods is a practical method to solve the current indoor formaldehyde and benzene pollution.

Fresh air system: auxiliary ventilation

The fresh air system is essentially a ventilator that ensures fresh air in the smog. However, the air exchange rate of the general fresh air system is still much worse than that of the direct window ventilation. It can be used as an aid when the weather is not allowed to open the window. In addition, the fresh air system is best to choose the central fresh air system, which means that it must be designed in the early stage of the renovation.

Activated carbon: easy to transform pollution source

What is the effect of bamboo charcoal on formaldehyde removal? The optimum adsorption conditions for bamboo charcoal for formaldehyde are 3 hours, especially in the case of high temperatures in summer. Once this time is exceeded, formaldehyde is easily desorbed, run out of bamboo charcoal, and enter the air again, which becomes a secondary source of pollution.

Air Purifier: taking into account the choice of formaldehyde removal and PM2.5

The biggest advantage of air purifiers is the dual purification of formaldehyde and PM 2.5.

If you are interested in this, please contact us for more products and preferential prices
Helen:
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What are the sources of indoor air quality pollution?

Posted on October 21, 2019October 21, 2019 by Helen

What are the sources of indoor air quality pollution?

We know more about the dangers of indoor pollution than indoor pollution. Through the long-term analysis of indoor air composition analysis, the main sources of indoor air pollutants are mainly the following aspects: construction itself, interior decoration, furniture, combustion products, human activities and air conditioning syndrome.

The pollution caused by the building itself is mainly ammonia. The concrete admixtures and antifreeze used in construction work contain a large amount of ammonia substances, which are slowly released into the wall from the wall due to changes in environmental factors such as temperature and humidity, resulting in ammonia in the indoor air. Pollution. In addition, the radioactive gas generated from the decay of radioactive materials in stone, floor tiles and ceramic tiles in underground soils and buildings can also cause excessive levels of radioactive materials in the room.
The pollution caused by interior decoration is mainly formaldehyde, benzene and other pollution. Mainly from the use of paint, plywood, particle board, foam filler, interior wall coating, plastic veneer and other decorative materials. For example, artificial boards such as plywood, blockboard, medium density fiberboard and particleboard, because the adhesive used in these materials is formaldehyde-based urea-formaldehyde resin, and the residual and unreacted aldehydes in the board are gradually released to the surrounding environment. Other decorative materials that contain formaldehyde and are likely to be emitted to the outside world include wall coverings, wallpapers, chemical carpets, foams, paints and coatings.
The pollution caused by furniture is mainly pollution of formaldehyde, benzene and heavy metals. According to the survey, indoor air pollution caused by furniture has become the third largest source of pollution after building pollution and decorative pollution. At present, furniture products are dominated by wood-based panel furniture (also known as panel furniture), and wood-based panels for furniture are medium-density fiberboard, of which formaldehyde is the most important environmental indicator in panel furniture. However, the production of furniture is not large. Some small workshops and underground furniture processing factories use unqualified wood-based panels and paints to produce inferior quality products due to backward production technology. At the same time, some soft furniture, such as various sofas, especially fabric sofas, mattresses, etc., mainly use benzene-containing glue, and also emit various harmful gases.
Indoor air pollution caused by combustion products. Cooking and smoking are the main pollutants of indoor burning. The smoke components in the kitchen and the smoke components in cigarettes are extremely complex. More than 3,800 substances have been analyzed, which are present in the air in a gaseous or aerosol state. Among them, gaseous substances account for 90%, and many substances are carcinogenic.
The body’s own metabolism and the volatile components of various domestic wastes are also a cause of indoor pollution. People in the indoor activities, in addition to the body itself through the respiratory tract, skin, sweat glands can discharge a large number of pollutants, other daily life, such as makeup, pest control, etc. can also cause air pollution, so when the number of people in the room is too much, it will make people tired, head Faint, even shock. In addition, people who are indoors will increase the indoor temperature and promote the proliferation of microorganisms such as bacteria and viruses.

From the above analysis, we can understand that the factors causing indoor air pollution are various. The pollution of indoor air caused by the release of harmful substances such as formaldehyde, benzene and homologues contained in decoration materials is only one of them. However, it is the most important and common factor in indoor air pollution. When people do not fully understand the factors affecting indoor air quality, the point of eliminating indoor air pollution points to decorative materials, and it appears that green decoration is used. Even if the material is environmentally friendly, the concept of green decoration can be understood.

There are five types of pollution sources that affect indoor air quality:

1. Fuel combustion products such as carbon dioxide, carbon monoxide, nitrogen oxides, alkanes and aldehydes;

2. Use of chemicals and other aerosols, such as pesticides. , deodorant, mousse, hair gel, etc.;

3. Use of electronic products, such as household appliances, laser printers, photocopiers, etc.;

4. Release of building materials and decorative materials, such as brick, cement, asbestos products, plywood, particle board Plastic veneers, paints, carpets, etc. will release a large amount of toxic and harmful gases;

5. Human activities such as breathing, skin secretions, indoor pets and flowers discharge and smoking.

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Air pollution types and sources

Posted on October 21, 2019October 21, 2019 by Helen

Air pollution types and sources

First, the types of air pollutants

Air pollution is a product that has not been prevented in advance in the progress of modern civilization. It is the consequence of one or several pollutants stored in the atmosphere. The quantity and delay may damage human health.

‘Air pollutants’ are ‘materials in the air that are sufficient to directly or indirectly impair public health, or odorous substances that are sufficient to cause public dislike’. Air pollutants can be divided into two types: granular pollutants and gaseous pollutants depending on their nature:

Granular pollutants:

(1) Suspended particles: particles with a particle size below 10 microns, also known as floating dust;

(2) Metal fumigation: solid particles containing metal oxides;

(3) Dark gray to black smoke with carbon particles as the main component;

(4) Acid mist: smoke containing droplets such as sulfuric acid, nitric acid, hydrochloric acid;

(5) Dust-collecting: substances with a particle size of more than 10 microns, which can be gradually dissipated by gravity and cause public dislike;

(6) Photochemical smog: A particulate matter produced by photochemical reactions that is suspended in the air and causes visual pathological obstacles.

Gas pollutants:

(1) sulfur oxides;

(2) carbon monoxide;

(3) Nitrogen oxides;

(4) hydrocarbons;

(5) chlorine gas;

(6) Hydrogen chloride;

(7) fluoride gas;

(8) Chlorinated hydrocarbons;

(9) ammonia gas;

(10) Hydrogen sulfide;

(11) methyl sulfide;

(12) Mercaptans;

(13) methylamines;

(14) High-light chemical oxides;

(15) Formaldehyde;

(16) hydrogen cyanide;

(17) Other gaseous pollutants.

Second, the source of air pollutants

There are quite a lot of sources of air pollutants. The air pollutants produced by natural phenomena such as forest fires, swamps, plant decay, dust and volcanic eruptions are called ‘natural air pollutants’. Air pollutants produced by human activities are called ‘artificial air pollutants.’

Natural air pollutants:

(1) Forest fires produce large amounts of pollutants such as soot, unburned hydrocarbons, carbon monoxide, nitrogen oxides and ash;

(2) Produce pollutants such as methane and hydrogen sulfide in the marshes;

(3) The decay of animals and plants produces nitrogen-containing pollutants;

(4) Volcanic eruptions produce many particulate matter and gaseous pollutants such as sulfur dioxide, hydrogen sulfide, and methane.

Artificial air pollutants

(1) Industrial pollution: Contaminants that may be produced by the manufacturing process of raw materials, such as hydrogen chloride, ammonia, chlorine, lead, cadmium, particulate pollutants, etc.; burning with coal, gasoline, heavy oil, firewood, etc. Produces sulfur dioxide, nitrogen oxides, carbon monoxide, carbon dioxide, and particulate pollutants.

(2) Public facilities: such as power plants, garbage and sewage treatment facilities may also be accompanied by pollutants such as sulfur dioxide, nitrogen oxides, hydrogen chloride and odors.

(3) Personal behavior: If you use cars, household stoves, smoking, open burning of garbage branches, etc., carbon monoxide, hydrocarbons, nitrogen oxides, and particulate pollutants will be produced.

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Air pollution causes 467,000 deaths per year in Europe

Posted on October 19, 2019October 19, 2019 by Helen

Air pollution causes 467,000 deaths per year in Europe

The European Environment Agency recently announced that the European Air Quality Report warned that air pollution caused 467,000 deaths per year in Europe. Urban residents face the most serious threat of air pollution, and about 85% of people are exposed to the harmful environment of PM2.5 particles identified by the World Health Organization. Although these fine particles are invisible and undetectable, they do have devastating effects on the human body, including causing or aggravating heart disease, asthma, and lung cancer.

Nitrogen dioxide (NO2), a toxic gas released by cars and central heating boilers, causes 71,000 people to die prematurely every year in the EU. Ground-level ozone (O3) has also become a killer, with an estimated annual death of 17,000 people in the EU.

Unlike the protective ozone layer in the atmosphere, ground-level ozone is harmful. It is formed by chemical reaction of nitrogen dioxide with other pollutants or heating in the sun.

In Europe, the most polluting countries with PM2.5 particles are Bulgaria, Poland and the Czech Republic. Countries such as Poland rely mainly on coal for power generation, for which air quality ranks bottom in the European Environment Agency’s air quality report. Among the top five cities with the most polluted PM2.5 particles in Europe, Bulgaria accounted for four. The cost of coal power generation and the resulting health crisis cause up to $4.8 billion in economic losses per year for Bulgaria.

In a metropolis like London, Britain, even if it is healthy, air pollution can cause damage to its lungs. Air pollution causes an overall economic loss of more than 20 billion pounds per year in the UK, accounting for 16% of the UK’s NHS annual budget of $116 billion.

From a technical point of view, European air quality has actually improved between 2000 and 2014. In areas under the supervision of the European Environment Agency, PM10 levels have fallen by 75%. Between 2006 and 2014, PM2.5 particulate pollution levels are also declining.

But Hans Bruyninckx, executive director of the European Environment Agency, believes that air pollution that causes unacceptable damage to human health and the environment is still widespread.

According to statistics from the Royal College of Pediatrics and Children’s Health, outdoor air pollution has caused about 40,000 premature deaths each year in the UK.

What is PM2.5 granules? What harm?

PM2.5 particles refer to particulate contaminants having a diameter less than or equal to 2.5 microns in air. PM10 particles refer to particulate contaminants with a diameter of about 10 microns. Some of these particles are found in nature, such as sandstorms or forest fires, while others come from human industrial processes.

They are often composed of very small fragments that can reach human lungs directly, with minimal particles even entering the blood vessels. These particles accumulate in the lungs and can cause respiratory diseases and lung damage.

PM particles may contain smoke, dust, dust, metals, nitrates, sulfates, moisture, and rubber from tires. They can enter the human lung directly, causing irritation or inflammation, and some can even enter the blood vessels. Heart disease and lung disease are usually associated with inhaling polluted air, but your liver, spleen, central nervous system, brain, and even the reproductive system can also be harmed.

PM2.5 particles and PM10 particles also increase the susceptibility of viral and bacterial pathogens, and susceptible people are susceptible to pneumonia. Children are more susceptible to diseases caused by air pollution. A study that lasted for six years showed that children living in highly polluted areas of the city had lung function 10% lower than normal, and the damage was permanent.

Is Europe more serious than anywhere else?

it’s not true. According to the latest data released by the World Health Organization in September, 9/10 people on the planet are now breathing polluted air. Europeans are less affected by indoor air pollution, but indoor air pollution has become a “heavyweight killer” in many parts of Africa and South Asia.

About 3 billion people on Earth still use solid fuels such as wood or animal manure for cooking and heating. This “home air pollution” causes 4.3 million people to die prematurely each year due to various diseases, most of them die of stroke, Heart disease and lung loss.

According to the country, people in Turkmenistan have the highest proportion of people who die from outdoor air pollution-related diseases. Other countries that have entered the top five are Tajikistan, Uzbekistan, Afghanistan and Egypt.

The World Health Organization said: “The air quality in rich countries is improving significantly, while the air quality in poor countries is deteriorating. This has become an overall trend.”

In general, European air quality lags behind North America, but this is largely due to its greater reliance on diesel fuel and agriculture, which can produce large amounts of ammonia and methane.

China is the country with the sixth highest rate of air pollution-related diseases. Although relatively rich, urban smog and industrial pollution are still very serious. In recent months, India has become the country with the most serious smoke pollution.

India was previously Diwali, a large number of fireworks and firecrackers, causing the city’s PM2.5 particle level to rise to more than 90 times the safety standards recognized by the World Health Organization. Toxic air has become an important cause of early death in India, with 620,000 people dying every year from air pollution.

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2019 Global Air Condition Report

Posted on October 19, 2019October 19, 2019 by Helen

2019 Global Air Condition Report

Surveys from around the world have proven that air pollution can affect human health, such as asthma or other respiratory diseases, affecting timely medical treatment, early death from heart and lung disease. The “2019 Global Air Condition” provides an update on global air pollution and analyzes the broader impact that air pollution can have on human health.

Like last year, the report provides an update on global outdoor air pollution. The latest GBD (Global Burden of Disease) analysis continues to identify air pollution as one of the most important risk factors for death and disability. Environmental particulate matter (PM2.5) is an integral part of air pollution and is listed as the sixth largest risk factor for premature death. Global exposure to PM2.5 resulted in 4.1 million deaths from heart disease, stroke, lung cancer, chronic lung disease and respiratory infections in 2016. Compared with other better known risks, PM2.5 causes more deaths than known risk factors such as alcohol, inactivity or high sodium intake. Ozone is another important component of outdoor air pollution, and its level is on the rise around the world, killing 234,000 people from chronic lung disease.

The GBD records household air pollution caused by millions of people around the world cooking and heating using solid fuels such as coal, wood and manure. Data from 2016 show that exposure to “home air pollution” can also have a major impact on health, ranking 8th among risk factors for premature death and 2.6 million deaths in 2016. In 2016, 245 million people worldwide were exposed to domestic air pollution, equivalent to one-third of the world’s population.

Environmental and domestic air pollution poses a heavy burden on public health, both individually and collectively.

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Have an air purifier and smog say goodbye

Posted on October 19, 2019October 19, 2019 by Helen

Have an air purifier and smog say goodbye

With the current serious air pollution, smog has threatened people’s lives and health. I feel uncomfortable in the morning, my nose is uncomfortable, and I have no spirit. Pushing open the window, I wanted to breathe fresh air, and the outside was foggy. At this time, your room may need an air purifier.

The air purifier filters impurities, smoke, viruses and other harmful substances in the air to purify the air.

Since the room is in a relatively confined space, the release of contaminants is slow, especially in smoggy weather, and the air in the room is as bad as the outside. In the newly renovated house, harmful substances such as formaldehyde cannot be quickly discharged. At this time, an air purifier with formaldehyde removal function is necessary, which can purify the room air in a short time. If someone is smoking at home, the air purifier can smoke at a very fast speed, avoiding the harm of secondhand smoke.

The use of air purifiers to purify indoor air has become an internationally recognized effective way to improve indoor air quality.

If there are pregnant women, infants, and elderly people in the family, the body is weak, and an air purifier in the room can bring you and your family a healthy and comfortable life.

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PM2.5 will go to the appointment on time, air purifier, you should choose this way!

Posted on October 18, 2019October 18, 2019 by Helen

PM2.5 will go to the appointment on time, air purifier, you should choose this way!

Winter is here, ‘our old friend’ PM2.5 is also on schedule, it is time to compete with old friends! In the winter, you need an air purifier to meet old friends!

The autumn and winter season is coming, and the smog weather in many places has ‘returned’, and the life of wearing a mask has begun again. In fact, the indoor air quality is sometimes worse than the outdoor ones, especially in the autumn and winter, closing the windows, the air circulation is not smooth, plus breathing, household fumes, etc., making the indoor pollutant concentration higher.

If there is a sensitive person such as a mother or baby or an elderly person at home, the indoor air is not good, which may cause poor breathing. If it is serious, it may cause some respiratory diseases. The air quality problem seriously affects the health of life and has to pay attention to it. A must-have air purifier that gives sensitive people a healthy breathing environment.

Nowadays, there are many styles of air purifiers, small and exquisite body, which can be easily moved to various rooms without occupying too much space. Exquisite style and high-efficiency purification performance can achieve good sterilization. effect;

OLANSI home air purifier, specially designed for families with babies, guards every breath of the family, can remove PM2.5, effectively filter harmful substances, purify indoor air; honeycomb activated carbon can effectively absorb indoor odor, remove formaldehyde, toluene, etc. Material, 360 full-effect filter, specifically to protect the health of sensitive people.

In a fast-paced life, no matter what you do, you need to pay attention to speed and convenience. Of course, the convenience of use has become a factor to consider when choosing an air purifier. The convenient purifier can realize remote control. When there is no door, The air purifier can be turned on by the remote control function to clean the indoor air in advance.

For people with shallow sleep, a quiet sleeping environment is very important, especially for women who have just finished production, the resistance is reduced, and the quality of sleep will also drop. If there is no high quality sleep environment, the body will recover. The air purifier, which is slow in speed and easy to mute, has become the standard of choice for many families.

For families with sensitive people, we must pay attention to the indoor air quality, especially in the autumn and winter seasons. The air with poor long-term breathing quality is easy to cause some health problems, so choose an air purifier at home to bring a family A healthy guarantee!

If you are interested in this, please contact us for more products and preferential prices
Helen:
+86 13922346046
info@olansiglobal.com
https://www.olansiglobal.com

What is the role of the air purifier?

Posted on August 19, 2019August 19, 2019 by olans228

What is the role of the air purifier?

Air purifiers are mainly used to purify the air, such as removing dust, pollen, animal hair and invisible PM2.5 from the air to protect the lungs from dust.

In addition, the air purifier also has the function of special sterilization and killing viruses, because in addition to the dust-removing filter device, the general air purifier is also

equipped with a photocatalyst, an ion generator, and the like, and the olive green air purifier is installed. In the photocatalyst, the generated ions can decompose viruses and

bacteria in the air and become substances such as water. In addition, the formaldehyde in the newly renovated house is relatively heavy, and there are harmful gases such as

helium, sulfur and ammonia, which can also be adsorbed and decomposed.

if you want to know more the function for air purifier, pls contact me as follow:

Best regards,
Kerry Zhang
oversea department manager
Olansi Healthcare Co.,Ltd.
(GuangZhou Olans Water Treatment Equipments Co.,Ltd)
Mob./Whatsapp/wechat: +86 18898531824
Email: kerry@olansiglobal.com / airpurifiersfactory@vip.163.com
www.olansiglobal.com

Olansi was founded in 2009, that focuses on research and development, design, production and sales of health and environmental protection equipment of household air purification, water purifiers, and hydrogen-rich water series.

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Indoor air pollution, injury and cancer!