The cooler temperatures will always result in less performance. To have the best results, the UV light has to be produced at about 104 to 110 degrees F. More exposure of the water to the bulb is often highly encouraged. You have to find the appropriate amount of time. This should make it possible for the light to kill more bacteria and other organisms.Īlso, the amount of time that the bulb is turned on during the flow rate is important. This means that having a slower flow rate of the water will mean more contact time of the light. It is all about the flow rate of the water. It is no brainer that having a longer contact time of the UV light will lead to better killing of the microorganisms. You might want to clean the bulb if possible. This is going to partially block the bulb which is not good for your UV penetration. With time, you might notice there is a film of dirt that can cover the bulb. You also have to check the cleanliness of the bulb. It is easier for the UV light to penetrate the freshwater rather than the saltwater. Salinity is another thing that can affect the UV penetration. It is the reason you find most people placing the UV sterilizers after the biological and the mechanical filters as the water would be clear at this point. Having water turbidity means that there is a decrease in the penetration of the light to reach the bacteria and algae. It all comes down to the water turbidity. If there are scenarios the UV light cannot penetrate the water, then it becomes ineffective to have it in the first place. It is the reason you have to replace it at least after 6 months of operation. As time goes by, the bulb radiation becomes weaker. Keep in mind that the ability of the lamp to produce effective radiation can vary depending on the age. Having a bulb with a higher wattage means that it will produce more UV light. It all depends on the wattage of the bulb. This is because various types of bulbs would have different bulb power. The bulb power is important for those looking to kill different types of organisms. This would mean using more UV radiation to kill the bacteria. Even with bacteria, there are still some bacteria that would be slightly resistant to UV radiation. This is as compared to the smaller organisms such as the bacteria. Having large organisms such as the protozoa would need a supply of more UV radiation to get the job done. The UV radiation would easily kill the viruses, bacteria, protozoa, and algae with ease theoretically. Factors that Influence Performance of UV Sterilizer The type and size of the microorganisms As you can see, this should keep the multiplication of such microorganisms from increasing their presence in the aquarium. This is what leads to slowed or no growth of the microorganism any longer. The light will easily penetrate the bacteria and algae and mutate its DNA. Whenever water with bacteria and algae is passed over the bulb, the microorganisms are irradiated at this wavelength. This lamp will produce a light with a wavelength of about 254 nanometers. The UV sterilizer comes with a germicidal fluorescent lamp. Beamswork EA Timer FSPEC LED Aquarium Light Review.Galaxyhydro LED 55x3w Dimmable 165w Full Spectrum LED Review.Finnex FugeRay Planted Aquarium LED Light Plus Moonlights Review.Finnex Planted+ 24/7 Fully Automated Aquarium LED Review.Current USA Orbit Marine Pro LED Review.Current USA Satellite Freshwater LED Plus Light Review.Current USA Orbit Marine Aquarium LED Light Review.Hydor Professional External Canister Filter Review. EHEIM Classic External Canister Filter Review.SunSun HW304B 370GPH Pro Canister Filter Kit Review.Penn Plax Cascade Canister Aquarium Filter Review.
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