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xueweiya115What Ozone Generator Manufacturers Don’t Tell You
[font=Microsoft YaHei]Advertising can be powerful. You may have heard manufacturers describe ozone generators as “natural odor removers” that work “the way nature intended.” But are these claims misleading? Find out more about ozone air purifiers in this article to help you decide what is best for you and your family.[/font]

[font=Microsoft YaHei]What is ozone?[/font]
[font=Microsoft YaHei]As you may know, ozone is a gas. Ozone molecules have three oxygen atoms (O3), unlike the oxygen in the air that gives life to the planet (O2). Ozone is powerful because the extra oxygen atom can easily escape and attach to other substances. This highly reactive quality can potentially alter the chemical composition of some substances in the air and affect our cells if we breathe it in.[/font]

[font=Microsoft YaHei]What are ozone generators?[/font]
[font=Microsoft YaHei]Ozone Generators, also referred to as ozone machines, are ozone-generating devices that intentionally produce ozone gas. When sold as air purifiers to be used in indoor occupied spaces, they are marketed to be safe and effective (though these claims are generally false). This article discusses devices that produce ozone on purpose and not as a byproduct. Ionizers and electrostatic precipitators end up producing ozone as a byproduct as a result of their internal mechanisms.[/font]
[font=Microsoft YaHei]You may have heard about ionizers. They used to be quite popular and were often used in homes to clean the air and eliminate odors. However, in the spring of 2005, Consumer Reports Magazine exposed the units as potentially doing more harm than good–it was found that several of these devices could produce harmful levels of ozone. Though ozone is a byproduct of these ionizers and tends to be produced at a lower level than ozone generators, the federal government began a stricter regulation process for any air purifier that produces ozone, whether intentionally or as a byproduct.[/font]
[font=Microsoft YaHei]No federal agency has approved the use of ozone generators in occupied spaces, and the California Air Resources Board (CARB) has very strict regulations for air purifiers sold in California to make sure that harmful ozone levels are not being produced.[/font]

[font=Microsoft YaHei]How do ozone generators work?[/font]
[font=Microsoft YaHei]220V Ozone Generators produce ozone by breaking apart oxygen (O2) molecules into single atoms, which then attach to other oxygen molecules in the air to form ozone (O3). They accomplish this in one of two ways, according to the International Association of Certified Indoor Air Consultants (InterNACHI).[/font]
[font=Microsoft YaHei]Ozone generators work by:[/font]
  • Silent corona discharge: These machines use the electric discharge to produce ozone by splitting the normal oxygen molecules in the air into single atoms. These atoms then attach to other O2 molecules in the air to form ozone (O3).

  • Ultraviolet radiation: This process of ozone generation is similar to how the sun’s ultraviolet radiation splits O2 to form individual oxygen atoms. According to InterNACHI, this process is considered to be less efficient than corona discharge.

[font=Microsoft YaHei]Generac states that generators less than and equal to 600 volts are medium-voltage and generators greater than 600 volts are considered High Voltage Generators. Generators producing 4160 volts are common in many industries for large motors that require high voltage. The backup generator supplies voltage to an individual grid. Commonly stocked generator voltages are 4160 VAC, 480 VAC, 12,470 VAC, and 13,800 VAC, When power fails to an industrial facility, the backup generator supplies power to distribution and control panels for continued operations. The higher voltages from the generator are stepped down with transformers. The below content supplies information on each category of information.[/font]

[font=Microsoft YaHei]A rechargeable lighter—also called a USB Lighter, electric lighter, plasma lighter, or arc lighter—uses electricity to produce a small arc of ionized air (also called a plasma) that's capable of igniting candles in the same way a flame would. The plasma is actually much hotter than a standard lighter flame.[/font]
[font=Microsoft YaHei]These lighters last a long time because they do not rely on fuel that will eventually run out, simply recharge the lighter using a provided USB cable. They do not need to be recharged very often, the number of uses depends on the model, but our rechargeable lighter can get 300 uses per single charge. Many brands claim you can use your rechargeable lighter forever. Best of all, their flames are impenetrable to the wind because they aren't really flames at all.[/font]

[font=Microsoft YaHei]When Brooklyn Center, Minnesota, police officer Kim Potter allegedly mistook her service weapon for a Stun Gun and fatally shot an unarmed Black motorist Sunday, it was at least the 16th such “weapons confusion” incident in the United States since 2001.[/font]
[font=Microsoft YaHei]And the victim, Daunte Wright, was at least the fourth person to have died as a result, according to data compiled by the website FatalEncounters.org and University of Colorado professor Paul Taylor, who tracks such cases.[/font]
[font=Microsoft YaHei]These types of incidents are rare, experts say, although no government agency tracks the use of Taser-like devices nationwide so it’s impossible to say with certainty how many times it has occurred.[/font]
[font=Microsoft YaHei]What is certain is that these scenarios are avoidable. When they do happen, it’s typically the result of inadequate or lapsed officer training, according to at least a half dozen weapons and law-enforcement experts interviewed by the USA TODAY Network.[/font]

[font=Microsoft YaHei]Electrostatic Sprayer: A device that works by applying a small electrical charge to aerosols when passing through the nozzle. These charged droplets adhere easier and stick to environmental surfaces.[/font]
[font=Microsoft YaHei]Choosing to use an electrostatic sprayer, fogger, mister, or vaporizer:[/font]
[font=Microsoft YaHei]If trained professionals are available to apply them, people may decide to use newer technologies that either spray disinfectant electrostatically, or disperse it through fog, mist, or vapor. Cases where these technologies could be more practical include situations where there might be a confirmed case of COVID-19, use of the space is needed quickly, and some surfaces could be very hard to reach to disinfect by hand. These are sometimes used in healthcare settings after a patient is no longer using a room.[/font]
[font=Microsoft YaHei]These devices aerosolize chemicals, or suspend them in the air, and they can stay in the air for long periods of time, especially if the area is not well ventilated. Aerosolizing any disinfectant can irritate the skin, eyes, or airways and can cause other health issues for people who breathe it in.[/font]

[font=Microsoft YaHei]Despite what it may feel like, the warmer months are getting closer, which means so are the mosquitoes. Fortunately, there are plenty of designs out there to protect us from summertime bugs, like mosquito-killing lamps, DEET bug sprays, and citronella candles. However, when it comes to portable bug repellants for camping trips or long hikes, lamps can feel too bulky to pack, and sprays smell too much like chemicals. Ditching bulkiness for compactness and swapping chemicals for electric current, a foldable electric Mosquito Swatter inspired.[/font]

[font=Microsoft YaHei]内容:[/font]

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