Ionized air for depression High concentrations of negative ions make winter depressed people feel better. There are lots of people who can tell their own unique stories about how ionized indoor air has made them feel better. And the fact is that high enough concentrations of negative air ions can be used as a method of treatment for depression. Scientists still don’t really know exactly how it works, but that high-density ionization can reduce depression disorders is proven in several scientific studies. Some of the studies have looked at individuals with SAD. The results show that treatment with high concentrations of negative ions at home for 30-60 minutes for about 20 days makes the majority of depressed people feel better. When the ion treatment was completed, their condition worsened shortly afterwards, which showed that treatment had a good effect. Similar results have been demonstrated when the researchers used negative air ions to treat chronic depression. The good impact of ionized air in depression is in the same order of magnitude as the effects achieved with antidepressant drug therapy. However, the researchers note that it takes quite high concentrations of negative air molecules, to achieve good effect. Want to read more? Here are links to a couple of the most interesting studies. Both are placebo controlled, which is a requirement for research results to be really reliable: Bowers B. et al. Controlled trial evaluation of exposure duration to negative air ions for the treatment of seasonal affective disorder. Psychiatry Research 259 (2018) 7–14. Goel N. et al. Bright light, negative air ions and auditory stimuli produce rapid mood changes in a student population: a placebo-controlled study. Psychological Medicine, 2006, 36, 1253–1263. Ionized air for depression High concentrations of negative ions make winter depressed people feel better. ekoion_dev July 10, 2023 Facebook Instagram Linkedin There are lots of people who can tell their own unique stories about how ionized indoor air has made them feel better. And the fact is that high enough concentrations of negative air ions can be used as a method of treatment for depression. Scientists still don’t really know exactly how it works, but that high-density ionization can reduce depression disorders is proven in several scientific studies. Some of the studies have looked at individuals with SAD. The results show that treatment with high concentrations of negative ions at home for 30-60 minutes for about 20 days makes the majority of depressed people feel better. When the ion treatment was completed, their condition worsened shortly afterwards, which showed that treatment had a good effect. Similar results have been demonstrated when the researchers used negative air ions to treat chronic depression. The good impact of ionized air in depression is in the same order of magnitude as the effects achieved with antidepressant drug therapy. However, the researchers note that it takes quite high concentrations of negative air molecules, to achieve good effect. Want to read more? Here are links to a couple of the most interesting studies. Both are placebo controlled, which is a requirement for research results to be really reliable: Bowers B. et al. Controlled trial evaluation of exposure duration to negative air ions for the treatment of seasonal affective disorder. Psychiatry Research 259 (2018) 7–14. Goel N. et al. Bright light, negative air ions and auditory stimuli produce rapid mood changes in a student population: a placebo-controlled study. Psychological Medicine, 2006, 36, 1253–1263.

The history of ionization Albert Einstein suspected at the turn of the century that it was not ozone that made his lung-sick relative healthy, as was claimed during his stay at the sanatorium in the Swiss Alps. It prompted Einstein to start researching the light absorption of oxygen. Let’s start at the beginning. In Switzerland, around the turn of the century there were many sanatoriums for tuberculosis patients up in the mountains. The result was particularly good in the city of Davos and it was considered that it was the ozone-rich mountain air that was healthy and that made patients healthy. Researcher Albert Einstein had a lung-sick relative who was ordered to stay at a sanatorium in the mountains. Einstein, who knew ozone was harmful, was extremely upset and felt that exposing someone with severe pulmonary disease to ozone was equal to murder. Since their lungs were already damaged, the chances would be minimal that they would survive the treatment, according to him. However, the relative became healthy and therefore Einstein understood that it could hardly be ozone that was the component of the mountain air that made patients healthy. Research on ionization begins Einstein began researching the light absorption of oxygen and together with PC Habicht creates an instrument for producing ions – Potential Multiplier. After some time, the research done by Einstein will form the basis for Professor Tschischevsky’s work at the Institute for Air Ionization in Moscow in the 1930s. This concludes that oxygen clusters with 10-60 oxygen molecules exist and that they are formed under the influence of the sun in the biosphere. The distribution between the formation of oxygen clusters and ozone turns out to be 99 to 1. In 1937, Professor Tschichevsky notes that there are oxygen clusters in hemoglobin (a protein that provides oxygen transport in the blood). Dr. J. Habicht, who works today, and also PC Habicht’s son, has a theory that once the oxygen clusters have entered the lungs and blood, they can kill TB from within. Source: Natural purification and disinfection of air with oxygen clusters provides positive health effects – Good indoor air quality through ionization. Ulla Holmgren. The history of ionization Albert Einstein suspected at the turn of the century that it was not ozone that made his lung-sick relative healthy, as was claimed during his stay at the sanatorium in the Swiss Alps. It prompted Einstein to start researching the light absorption of oxygen. ekoion_dev July 10, 2023 Facebook Instagram Linkedin Let’s start at the beginning. In Switzerland, around the turn of the century there were many sanatoriums for tuberculosis patients up in the mountains. The result was particularly good in the city of Davos and it was considered that it was the ozone-rich mountain air that was healthy and that made patients healthy. Researcher Albert Einstein had a lung-sick relative who was ordered to stay at a sanatorium in the mountains. Einstein, who knew ozone was harmful, was extremely upset and felt that exposing someone with severe pulmonary disease to ozone was equal to murder. Since their lungs were already damaged, the chances would be minimal that they would survive the treatment, according to him. However, the relative became healthy and therefore Einstein understood that it could hardly be ozone that was the component of the mountain air that made patients healthy. Research on ionization beginsEinstein began researching the light absorption of oxygen and together with PC Habicht creates an instrument for producing ions – Potential Multiplier. After some time, the research done by Einstein will form the basis for Professor Tschischevsky’s work at the Institute for Air Ionization in Moscow in the 1930s. This concludes that oxygen clusters with 10-60 oxygen molecules exist and that they are formed under the influence of the sun in the biosphere. The distribution between the formation of oxygen clusters and ozone turns out to be 99 to 1. In 1937, Professor Tschichevsky notes that there are oxygen clusters in hemoglobin (a protein that provides oxygen transport in the blood). Dr. J. Habicht, who works today, and also PC Habicht’s son, has a theory that once the oxygen clusters have entered the lungs and blood, they can kill TB from within. Source:Natural purification and disinfection of air with oxygen clusters provides positive health effects – Good indoor air quality through ionization. Ulla Holmgren.

Cleaner air with ionization With ionization, the air indoors is purified in the same way that nature purifies outdoor air. The result – a cleansing inhalation. When we add energy to the air, we set off a lot of electrons that move and form oxygen ions. Forming oxygen ions technically is something that humans have mimicked from nature’s own way of purifying the air. The oxygen clusters formed by ionization have proven positive health effects. They incapacitate a variety of particles, allergens, viruses and bacteria, while breaking down substances that give bad odors. Thus, by adding oxygen ions that form oxygen clusters, we get not only clean, but perhaps above all purifying air. The indoor air is purified in the same way as in nature. In ionized premises, particle levels are often lower and cleaner than in the outdoor air, especially in cities. Different buildings and activities can have problems with bad smell and bad air, with pollution as a result – so-called sick building syndrome. Then ionization is an extra good option. Different uses  There are many practical uses of ionization as an air purifier. All premises or properties would benefit from its effects. Cleaner air with ionization With ionization, the air indoors is purified in the same way that nature purifies outdoor air. The result – a cleansing inhalation. ekoion_dev July 10, 2023 Facebook Instagram Linkedin When we add energy to the air, we set off a lot of electrons that move and form oxygen ions. Forming oxygen ions technically is something that humans have mimicked from nature’s own way of purifying the air. The oxygen clusters formed by ionization have proven positive health effects. They incapacitate a variety of particles, allergens, viruses and bacteria, while breaking down substances that give bad odors. Thus, by adding oxygen ions that form oxygen clusters, we get not only clean, but perhaps above all purifying air. The indoor air is purified in the same way as in nature. In ionized premises, particle levels are often lower and cleaner than in the outdoor air, especially in cities. Different buildings and activities can have problems with bad smell and bad air, with pollution as a result – so-called sick building syndrome. Then ionization is an extra good option. Different usesThere are many practical uses of ionization as an air purifier. All premises or properties would benefit from its effects.

Cost-effective and environmentally smart EKOion ionization equipment allows you to circulate and ionize existing indoor air several times. It is estimated that between 30and 80% of indoor air can be recycled. Why is it that we are prepared to pay for clean air? Well, because a good indoor climate is an important prerequisite for us to thrive and be effective in our workplaces. With an ionization equipment installed in the ventilation system, it is possible to circulate and ionize the existing indoor air several times. It is estimated that 30 to 80% of indoor air can be returned, resulting in significant savings both economically and environmentally. Operation is energy efficient and the technology does not require chemicals or parts that need to be replaced frequently. Smooth installation In most cases, no new ventilation system is required, and our ionization equipment can be installed in the existing ventilation system. To determine what applies in your case, we need to visit you and check how your ventilation system is designed. Contact us at EKOion and we will tell you more! Cost-effective and environmentally smart EKOion ionization equipment allows you to circulate and ionize existing indoor air several times. It is estimated that between 30and 80% of indoor air can be recycled. ekoion_dev July 10, 2023 Facebook Instagram Linkedin Why is it that we are prepared to pay for clean air? Well, because a good indoor climate is an important prerequisite for us to thrive and be effective in our workplaces. With an ionization equipment installed in the ventilation system, it is possible to circulate and ionize the existing indoor air several times. It is estimated that 30 to 80% of indoor air can be returned, resulting in significant savings both economically and environmentally. Operation is energy efficient and the technology does not require chemicals or parts that need to be replaced frequently. Smooth installationIn most cases, no new ventilation system is required, and our ionization equipment can be installed in the existing ventilation system. To determine what applies in your case, we need to visit you and check how your ventilation system is designed. Contact us at EKOion and we will tell you more!

Important with good indoor air You know that an adult breathes about 25 kilos or 20,000 gallons of air a day? Or that we Swedes spend 90 percent of our time indoors? That’s why it’s so important for us to have clean and fresh indoor air, both at home and in our workplaces. With EKOion you get clean air and a large proportion of the polluting particles are incapacitated. EKOion has developed new products for modern ionization that mimic nature and give us cleansing air indoors, without the formation of ozone. Unfortunately, it is not a given that the environment we are in has clean air. There are many workplaces where building materials, furniture, cleaning products and office machinery emit substances that pollute the air. Among the worst pollution is our computer screens. In addition, we emit carbon dioxide and microparticles that our colleagues are forced to inhale.  Work environments such as hospitals, waiting rooms, car halls, garbage rooms and various industries also need air purification, not only to remove microparticles, but also bad smells, pollutants and bacteria. These cannot handle ordinary ventilation systems to remove. Contact us at EKOion and we will tell you more. Important with good indoor air You know that an adult breathes about 25 kilos or 20,000 gallons of air a day? Or that we Swedes spend 90 percent of our time indoors? That’s why it’s so important for us to have clean and fresh indoor air, both at home and in our workplaces. ekoion_dev July 10, 2023 Facebook Instagram Linkedin With EKOion you get clean air and a large proportion of the polluting particles are incapacitated. EKOion has developed new products for modern ionization that mimic nature and give us cleansing air indoors, without the formation of ozone. Unfortunately, it is not a given that the environment we are in has clean air. There are many workplaces where building materials, furniture, cleaning products and office machinery emit substances that pollute the air. Among the worst pollution is our computer screens. In addition, we emit carbon dioxide and microparticles that our colleagues are forced to inhale. Work environments such as hospitals, waiting rooms, car halls, garbage rooms and various industries also need air purification, not only to remove microparticles, but also bad smells, pollutants and bacteria. These cannot handle ordinary ventilation systems to remove. Contact us at EKOion and we will tell you more.

How ionization happens EKOion’s products mimic nature’s own method of ionization. The air is the same as we have had on earth all these days, and it has not deteriorated. The air is, on the other hand, polluted by various substances and particles such as organic gases, bacteria, sulphur compounds and more. Nature, however, has its own method of ionization – that is, to purify the air from pollution. When the sun rays pass through the atmosphere, they ionize the oxygen in the air and then the number of electrons in the outer shell of oxygen changes. But what does that really mean? It means that oxygen ions are formed that merge into larger oxygen clusters. When these clusters come into contact with the pollutants in the air, they react with them and the pollutants are reformed or degraded. EKOion ionization equipment mimics nature by producing oxygen clusters in a natural way and purify the air from foreign substances and particles, as well as neutralize odour and make the air fresh. EKOion’s products are adapted to the values found in mountain and mountain environments and can therefore increase well-being in the office-, workshop-, healthcare-, school- and  treatment plant environments. As well as other facilities where people live or where the air needs to be purified. Contact us at EKOion and we will tell you more. How ionization happens EKOion’s products mimic nature’s own method of ionization. ekoion_dev July 10, 2023 Facebook Instagram Linkedin The air is the same as we have had on earth all these days, and it has not deteriorated. The air is, on the other hand, polluted by various substances and particles such as organic gases, bacteria, sulphur compounds and more. Nature, however, has its own method of ionization – that is, to purify the air from pollution. When the sun rays pass through the atmosphere, they ionize the oxygen in the air and then the number of electrons in the outer shell of oxygen changes. But what does that really mean? It means that oxygen ions are formed that merge into larger oxygen clusters. When these clusters come into contact with the pollutants in the air, they react with them and the pollutants are reformed or degraded. EKOion ionization equipment mimics nature by producing oxygen clusters in a natural way and purify the air from foreign substances and particles, as well as neutralize odour and make the air fresh. EKOion’s products are adapted to the values found in mountain and mountain environments and can therefore increase well-being in the office-, workshop-, healthcare-, school- and treatment plant environments. As well as other facilities where people live or where the air needs to be purified. Contact us at EKOion and we will tell you more.