Ozone (O3) has the ability to remove the smell your pets may make. This even includes the smell of urine. Having a cat or dog even as puppies their urine is a strong smell and very difficult to remove even using high chemical content cleaning products the use of ozone water treatment systems will benefit you.
Less than 100% of the O3 injected in the water dissolves, so we need to know its transfer efficiency. A well-designed venturi injection system can dissolve at least 90% of the gas. For the case above, you would need 1 kg/h divided by 0.90 = 1.11 kg/h (58.7 pounds per day of the gas). This is the amount we would have to produce at the targeted concentration to dissolve the 1 kg/h of ozone into water.
Ozonators are the core of its therapy and there are many types of machines to choose from with a lot of different names and terminology. This article is meant to boil down some of those terms and clear up the confusion.
The first thing you have to realize is that the generator industry as a whole is not regulated by any government agency. More than half of the so-called generator manufacturers are nothing but Internet opportunists trying to cash in on a high-priced, somewhat in demand product. These unscrupulous vendors make their overpriced machines in their own garages, set-up a website that makes all kinds of outrageous claims as to the output capabilities of their machines, then advertise their website in the Search Engines.
Purchased oxygen typically is very dry due to the manufacturing process used. It can be purchased as a compressed gas in cylinders or as a liquid. The volume that can be stored as a compressed gas is much smaller than in liquid form. So, unless the ozone generator is being only used for short amounts of time, compressed gas is probably not a good feed gas option.
It's not that they do not have that capability, it's that you will not use it for that purpose the majority of the time. Instead, you will use it to target a specific odor, gas, or bio agent issue which normally involves releasing concentrated doses into an environment for a designated period of time.
When you invest in a business location, it shows you're in it for the long haul and it's harder to walk away from a "brink and mortar" location than it is a home run business. Why should you care that the vendor is in business for the long haul?
So, to fairly compare machines you need to know the amount of O3 produced at a concentration of interest along with the cost of the generator. This will allow you to compare Ozonators "apples to apples".
The hydroxyl radical, the neutral state of the OH- ion, is a short-lived compound with one of the highest electrochemical oxidation potentials. This makes it highly reactive to virtually all organic compounds except those that are highly chlorinated. Consuming ozone water is said to destroy certain types of cancer cells, supply more oxygen to the brain, enhance the body's immune system and get rid of microorganisms from the blood cells.
Less than 100% of the O3 injected in the water dissolves, so we need to know its transfer efficiency. A well-designed venturi injection system can dissolve at least 90% of the gas. For the case above, you would need 1 kg/h divided by 0.90 = 1.11 kg/h (58.7 pounds per day of the gas). This is the amount we would have to produce at the targeted concentration to dissolve the 1 kg/h of ozone into water.
Ozonators are the core of its therapy and there are many types of machines to choose from with a lot of different names and terminology. This article is meant to boil down some of those terms and clear up the confusion.
The first thing you have to realize is that the generator industry as a whole is not regulated by any government agency. More than half of the so-called generator manufacturers are nothing but Internet opportunists trying to cash in on a high-priced, somewhat in demand product. These unscrupulous vendors make their overpriced machines in their own garages, set-up a website that makes all kinds of outrageous claims as to the output capabilities of their machines, then advertise their website in the Search Engines.
Purchased oxygen typically is very dry due to the manufacturing process used. It can be purchased as a compressed gas in cylinders or as a liquid. The volume that can be stored as a compressed gas is much smaller than in liquid form. So, unless the ozone generator is being only used for short amounts of time, compressed gas is probably not a good feed gas option.
It's not that they do not have that capability, it's that you will not use it for that purpose the majority of the time. Instead, you will use it to target a specific odor, gas, or bio agent issue which normally involves releasing concentrated doses into an environment for a designated period of time.
When you invest in a business location, it shows you're in it for the long haul and it's harder to walk away from a "brink and mortar" location than it is a home run business. Why should you care that the vendor is in business for the long haul?
So, to fairly compare machines you need to know the amount of O3 produced at a concentration of interest along with the cost of the generator. This will allow you to compare Ozonators "apples to apples".
The hydroxyl radical, the neutral state of the OH- ion, is a short-lived compound with one of the highest electrochemical oxidation potentials. This makes it highly reactive to virtually all organic compounds except those that are highly chlorinated. Consuming ozone water is said to destroy certain types of cancer cells, supply more oxygen to the brain, enhance the body's immune system and get rid of microorganisms from the blood cells.
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