Can the water purifier be used with nitrifying bacteria at the same time?

Water purifier cannot be followed at the same timeNitrifying bacteriaUse.

Nitrobacteria. Survival conditions: Nitrifying bacteria are widely present in the natural environment.

Middle. Its survival requires water and oxygen, and only the ** that satisfies both water and oxygen can survive.

Polyaluminium chloride.

It has the ability to remove suspended solids, COD and BOD, oil removal, decolorization, heavy metal removal and residual chlorine in water.

It is mainly used for the purification of tap water and industrial sewage wastewater. Polyaluminum chloride is currently the most widely used inorganic coagulant in water purification processes. There is no need to adjust the pH value of the source water, and it has a wide range of adaptability to the pH value of the source water, which is incomparable with the traditional inorganic low molecular weight coagulant.

Water purification agent use:

1. When using, a small test should be carried out according to the water quality, and the best point with good water purification effect and small amount should be selected. The solution should be used with the mixture, and the amount of non-potable water should be selected according to the actual situation.

2. When using solids, first add water to dissolve and mix into a 10-25% solution, and then dilute the water to the required concentration, add water to slowly feed the material when dissolving, and stir continuously.

3. Different manufacturers or different brands of water treatment chemicals cannot be mixed, and they must not be mixed with other chemicals.

4. The stock solution and diluent are slightly corrosive, but lower than other inorganic flocculants.

The above content reference: Encyclopedia - water purifier.

putNitrifying bacteriaAfter 5 days, the water purifier can be released.

Yes Do not put chemicals in it if it is not necessary.

Nitrobacteria. nitrifying bacteria) are chemoorganisms, autotrophic aerobic bacteria, to carbon dioxide.

As a carbon source, ammonia or dust early ammonium salt is oxidized to nitrate through metabolism. Medium that does not contain organic carbon can be used.

Cultivate. Without nitrifying bacteria in an aquarium, there is bound to be a danger of a surge in ammonia levels, and no method or aquarium product will solve this problem completely. When the concentration of ammonia in the water reaches the lethal level of the aquarium, the result may be the same for any aquarium – death – and you will feel guilty.

However, if the water contains a sufficient number of nitrifying bacteria to continuously remove ammonia from the water, the stability of the entire aquarium system will be ensured and the aquarium organisms will live safely in the aquarium.

It is best not to add at the same time, before the use of nitrifying bacteria, if the water is very turbid, you can first treat it with water purifier, and after precipitation, use the siphon method to suck off the sediment, and use the liquid water to replace the 1 3 of the tank water, and then add nitrifying bacteria.

The roles played by nitrifying bacteria and water purifiers are completely different. The water purifier relies on flocculation to adsorb the suspended particles to form relatively large particles and precipitate them in a very short period of time, and then pump them into the filter by the water pump to achieve the effect of clarifying the water quality. Although the water is clear, the ammonia nitrogen in it still exists, and the toxic effect on the fish still exists, and the fish should get sick and get sick.

The action of nitrifying bacteria is to remove the toxic ammonia nitrogen from the water, so that the water is not so clear, but the fish will not get sick or die from ammonia poisoning.

It is better not to use it at the same time, while using.

Nitrobacteria. If the water is very turbid, you can use it first.

Water purification agent treatment, to be used after precipitation.

The siphon method sucks off the sediment, and the water that has been placed first in the liquid is replaced with 1 3 of the tank water, and then nitrifying bacteria are added.

If you raise ornamental fish, you can't use water purifier.

Some fish react to water purifiers, which can cause symptoms such as gills rolling.

Nitrifying bacteria is better. You can also add some salt to the water.

Summary. Hello dear:

Can you use a water purifier the day after using nitrifying bacteria that you inquired about:

Nitrifying bacteria and water purifiers should not be used together. Typically, a water purifier is used first, followed by nitrifying bacteria every other day. Because the water purifier contains certain bactericidal ingredients, if used together, it may destroy the activity of nitrifying bacteria and affect the establishment of the nitrification system.

Can you use water purifier the next day after using nitrifying bacteria.

Hello pro: Can you use water purifier the next day after using nitrifying bacteria: nitrifying bacteria and water purifier can not be used together.

Typically, a water purifier is used first, followed by nitrifying bacteria every other day. Because the water purifier contains certain bactericidal ingredients, if used together, it may destroy the activity of nitrifying bacteria and affect the establishment of the nitrification system.

I hope mine can help you, and I wish you a happy life and a healthy, happy and uplifting day every day

It is best not to use it at the same time, before using nitrifying bacteria, if the water is very turbid, it can be treated with water purification agent first, and after precipitation, the sediment is sucked off by siphon method, and the water that has been placed in the liquid is replaced by 1 3 of the tank water, and then nitrifying bacteria are added.

Many aquarists have a certain misunderstanding of the understanding of nitrifying bacteria, and some people think that nitrifying bacteria can decompose feces; Some people think that it can purify water and neutralize suspended solids in water, but these perceptions are inaccurate or can be said to be wrong. So now I will talk about my understanding of nitrifying bacteria, and I hope you will correct me if there are any inaccuracies.

1. First of all, let's talk about the decomposition of organic matter, this heavy manual labor is not something that can be completed by delicate nitrifying bacteria, but by other water purification bacteria. In the aquatic ecological cycle, if there are no other heterogeneous bacteria, the water will be full of organic matter that has not been decomposed by bacteria, and this self-polluting aquarium environment will also make it impossible for fish to live in it. As a result, they are often seen as the vanguard of water self-purification, and their importance is no less than that of nitrifying bacteria.

This kind of bacteria is common in a variety of different environments, they are almost ubiquitous, and the reproduction rate is quite amazing, most of the heterogeneous water purification bacteria, in the ideal environment only takes tens of seconds to multiply by themselves, generally only 20 minutes to multiply double. But if you keep it in a bare tank, you have to use physical circulation to suck out the bait or manure in the water.

2. On the issue of purifying water quality and neutralizing suspended solids in water. Many aquarists go to buy nitrifying bacteria and add them on time every week according to the instructions, is it right? The answer is completely correct plus 100 points.

But what I want to tell you is that you are doing the right thing, but your understanding of nitrifying bacteria is wrong. Because the so-called nitrifying bacteria that we buy every week are actually photosynthetic bacteria.

Photosynthetic bacteria, commonly known as: B bacteria. Photosynthetic bacteria are a kind of microorganisms in water, because they have photosynthetic pigments, including bacterial chlorophyll and carotenoids, etc., and appear pale pink, photosynthetic bacteria can use hydrogen in compounds and carry out photosynthesis without producing oxygen under anaerobic and light conditions.