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Химикаты для очистки воды

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What is Water Purification Chemicals

 

 

Water purification chemicals, also known as water treatment chemicals, mainly refer to chemicals used in industrial water treatment, including scale inhibitors, corrosion inhibitors, dispersants, sterilizers, and sterilizers used in industrial water treatment such as cooling water, boiler water, sewage, and oil field water. Algae agent, defoaming agent, flocculant, oxygen scavenger, sludge conditioner, chelating agent, etc. Coagulants and flocculants for raw water and wastewater treatment are also included in water treatment chemicals. In addition, activated carbon and ion exchange resins are also important water treatment chemicals.

 

Benefits of Water Purification Chemicals

Have Safer Drinking Water Anytime
When you filter your water, you are ensured that you have healthy drinking water, compared to the bottled water and tap water that comes straight from the water purification chemicals in your municipality. Unfiltered water, even if it has come from the water treatment plant still have contaminants such as lead. Water treatment plants add chemicals such as fluoride and chlorine to the water as their treatment method. When you have an advanced water purification chemicals, these chemicals, other impurities and most of the 2,100 known toxins in drinking water are removed. Fill safe water bottles with filtered water if you are into going out for sports, a picnic or a day trip.

 

Protect The Environment
There were 50 billion plastic water bottles bought in the u.s last year. However, only 38% were recycled, with the remainder ending up in landfills. With a water purification chemicals, you will not be adding more rubbish into landfills. On the average, it will take 450 years for plastic bottles to disintegrate.

 

Minimize Aggravation Of Skin Conditions
Substances such as heavy metals, fluoride and chlorine in the water can aggravate skin conditions. This includes psoriasis and eczema, especially in children.

 

Cost Savings
If you are currently buying bottled water, you will realize a big savings from installing a water filter at home. If there are four members in your household and each of you drink three 16.9-ounce bottles of water each day, you'll be able to save a minimum of $700 annually. This assumes you buy an average priced 24 pack of water bottles at a cost around $5.00. If you install a reverse osmosis water purification chemicals, it only costs between $300 and $500. A new filter is required annually at an average cost of $50-80.

 

Application of Water Purification Chemicals

 

Household Use
Water purification chemicals can be used for purifying tap water and well water in households. In some areas, in tap water may contain a large amount of chlorine and other chemicals, which can pose a threat to physical health. Apply water purifiers can remove these chemicals and improve the quality of tap water. For well water, clean water agents can remove rust, sediment, and other impurities from water, making it cleaner.

 

Industrial Use
Water purification chemicals are also widely used in various industrial fields, such as electronics, pharmaceuticals, chemicals, and so on. Stay in these fields, water quality requirements are very high because impurities and pollutants in water can affect products quality has an impact. Water purifiers can remove these impurities and pollutants, making the water meet the requirements.

 

Medical Use
Water purification chemicals also have important applications in the medical field. In operating rooms and other medical facilities,high quality water is required to clean and disinfect instruments and equipment. Water purifiers can remove water bacteria and other harmful substances in water can improve its quality.

 

Agricultural Use
In the field of agriculture, water purification chemicals has a significant impact on plant growth and animal health. Water purification agents can remove harmful substances from water, improve water quality, and promote plant growth and animal health.

 

 
 
Types of Water Purification Chemicals
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Sodium Hydroxide

Neutralization is the adjustment of the pH levels of water. In wastewater treatment, an acid or a base is added, depending on the pH level of the water being treated. Usually, either sulfuric acid or a base chemical such as sodium hydroxide is added to the water to achieve optimal pH balance.Specific chemicals help to control odor at the treatment facility. In addition to activated carbon, wet scrubbers are used to reduce the stench. It's very common to see sodium hydroxide used.

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Sulfuric acid

It can be used in water treatment to kill bacteria. When used in water treatment, it can kill bacteria. In fact, a study published in the Journal of Water Research found that sulfuric acid was capable of killing more than 99 percent of the waterborne bacteria tested. sulfuric acid is the most commonly used acid in the world. It is frequently used to bring the pH level of wastewater back to normal.

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Chlorine dioxide

Chlorine dioxide is a gas and its one of the most common chemicals in water treatment chemicals list. It is commonly used to disinfect drinking water. When used in very small quantities to disinfect water, it is safe and does not lead to health risks. But chlorine dioxide is a disinfectant similar to bleach.

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Aluminum Sulfate

Aluminium sulfate is used in water purification and for chemical phosphorus removal from wastewater. It causes suspended impurities to coagulate into larger particles and then settle to the bottom of the container (or be filtered out) more easily. This process is called coagulation or flocculation.

 

How Water Purification Chemicals Work
 

Coagulation
This is the first step in the Water Purification Chemicals process. A chemical referred to as a coagulant is added to the water. This chemical has a positive charge which neutralizes the dirt's negative charge. When this happens, the dirt and other particles bond with the chemicals, forming slightly bigger particles.

 

Flocculation
The next step is flocculation. It's the gentle stirring of water to form larger and heavier particles known as flocs. Water treatment plants can add some chemicals in this step to help the flocs form.

 

Sedimentation
Next, the water and the flocs move to sedimentation tanks. During this process, the water flows slowly, allowing the flocs to sink at the bottom. Whatever collects is called sludge, which is removed for disposal.

 

Filtration
Filtration is the process of separating any extra solids that weren't removed during sedimentation from the water. During this process, water passes through filters. Filters have tiny pores and are made of different materials like gravel, sand, and charcoal. They remove chemicals, parasites, dust, viruses, bacteria, and other dissolved particles. Water treatment plants also use activated carbon filters to eliminate bad odors.

 

Disinfection or Chlorination
This is one of the most important water purification steps. Here, the treatment plant adds chemicals like chloramine or chlorine to the water to kill the remaining bacteria, parasites, and viruses. To ensure that only safe water travels to businesses and homes, these treatment plants ensure that the water has very low levels of disinfectant by the time it leaves the treatment plant. Any remaining disinfectant kills the germs in the pipes transporting the water to your tap.

 

How to Choose Water Purification Chemicals

Acidity Of Water Purification Chemicals
The acidity of water treatment chemicals is even more critical. Acidic agents are often used to clean processing equipment or product surfaces and pipes, so the acidity index is very important. Such reagents should pay attention to their stability and product quality, which will directly affect the cleaning effect and quality.

 

Water Purification Chemicals For Moisture
According to the basic principles of medicine, the less water, the better, but due to the production process, it is impossible to completely lack water.

 

Non-volatile Impurities
The amount of impurities directly affects the use of reagents. In industrial circulating water, too many impurities in water purification chemicals can pollute the water quality. For cleaning chemicals, substances invisible to the naked eye are adsorbed on the surface of small products, which may directly affect the quality of the product, so impurities are also important indicators.

 

Toxicity Of Water Purification Chemicals
Highly toxic poisons can directly pollute the environment and even affect human health. Therefore, non-toxicity and low toxicity are important signs of high-quality drugs.

 

Precautions for Storage of Water Purification Chemicals

 

 

Classification And Labeling Of Pharmaceuticals
To facilitate storage and use, various water purification chemicals must first be classified and labeled. Different medicines need to be placed in different locations to prevent confusion and mismatching.

 

Sun And Moisture Protection
The storage environment of water purification chemicals requires dry and ventilated conditions, and enhanced sun protection and moisture-proof measures. Exposure to the sun can easily affect the quality of chemicals, while moisture can easily damage the internal structure and affect its effectiveness.

 

Maintain Air Circulation
The ventilation in the storage area must be kept smooth to avoid mixing of drugs and harmful gases, which may endanger personnel health.

 

Periodic Inspection
In order to ensure the quality and effectiveness of water purification chemicals, it is necessary to regularly inspect and maintain water purification chemicals, check the tightness of storage containers and packaging, and ensure that the labels are clear and easy to identify.

 

Storage Period
Different water purification chemicals have different shelf lives. They should be used within the shelf life. After the expiration date, they should not be used and should be disposed of or discarded.

 

 
Water Purification Chemical Storage Requirements
 
01/

The storage environment requires safety, and the storage place should be away from fire sources, heat sources, toxic gases and other environments.

02/

The storage place should be kept dry and ventilated to prevent moisture and deterioration.

03/

Storage locations should be classified and stored, medicines of the same type should be placed together, and medicines should be differentiated and labeled.

04/

Containers for storing medicines must be well-sealed, corrosion-resistant, explosion-proof, and leak-proof to prevent material loss and leakage.

05/

The storage environment requires appropriate temperature and humidity, and storage in high temperature, low temperature and humid environments should be avoided.

06/

In the storage environment, attention should also be paid to preventing fire, explosion and environmental pollution.

 

 
Our Factory

 

MOSINTER GROUP was founded in 2004. The head office is located in Ningbo, China. Production facilities are located in Zhejiang, Jiangsu and Shandon provinces in China. MOSINTER GROUP, specialized in the production and marketing of chemical products, has superior production equipment and a high-performance sales team, as well as advanced production technology, comprehensive quality management system and modernized testing methods.

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FAQ
 

Q: What chemicals are used to purify water?

A: Chlorine is a powerful chemical that has been in use for many years to treat water for home consumption. Chlorine is an effective water purification method that kills germs, parasites and other disease-causing organisms found in ground or tap water. Water can be purified using chlorine tablets or liquid chlorine.

Q: What are the names of the chemicals used in water treatment?

A: In order to neutralize acids and basics we use either sodium hydroxide solution (NaOH), calcium carbonate, or lime suspension (Ca(OH)2) to increase pH levels. We use diluted sulphuric acid (H2SO4) or diluted hydrochloric acid (HCl) to decline pH levels.

Q: Are water purifying chemicals safe?

A: They can be added to untreated water to kill harmful microorganisms and make the water safer to drink. Although generally safe, they can easily be mistaken for medications or candy.After the water has been filtered, water treatment plants may add one or more chemical disinfectants (such as chlorine, chloramine, or chlorine dioxide) to kill any remaining parasites, bacteria, or viruses.

Q: What is the most natural way to purify water?

A: Boiling: Boiling is the best way to kill disease-causing organisms, including viruses, bacteria, and parasites. The high temperature and time spent boiling are very important to effectively kill the organisms in the water. Boiling will also effectively treat water if it is still cloudy or murky.

Q: What is the most common water treatment?

A: Chlorination is the most widely used method for disinfecting water supplies in the United States. The near universal adoption of this method can be attributed to its convenience and to its highly satisfactory performance as a disinfectant, which has been established by decades of use.

Q: What are the natural coagulants for water treatment?

A: Generally, natural coagulants effectively treat water or wastewater with low turbidity ranging from 50 to 500 NTU (Nephelometric Turbidity Units). The primary sources of plant-based coagulants are Moringa oleifera, Nirmali seeds, cactus, and tannin.

Q: What chemical reactions purify water?

A: Chlorination is the process of adding chlorine compounds to drinking water to disinfect it and kill germs. In 1908, New Jersey was the first state to utilize chlorinated compounds for sanitizing drinking water. This method is quite cheap for most countries and rids water of bacteria and most viruses.

Q: What is the best and safest method of water purification?

A: Boiling water is the safest and cheapest way to purify water; boiling water makes it microbiologically safe and you can easily do it in your home. By increasing the temperature of the water, bacteria, viruses, and some impurities can be removed, as most organisms cannot survive in water above 212 °F.

Q: Is chlorine in tap water bad for you?

A: Is chlorinated water safe to drink? Yes. The U.S. Environmental Protection Agency (EPA) limits the amount of chlorine in drinking water to levels that are safe for human consumption. The levels of chlorine used for drinking water disinfection are unlikely to cause long-term health effects.Bring the water to a rolling boil for at least one full minute. Let the water cool before drinking. Add two drops of household bleach per gallon to maintain water quality while in storage.

Q: What is chemical coagulation?

A: In water supply system: Coagulation and flocculation. …a chemical process known as coagulation. Chemicals (coagulants) are added to the water to bring the nonsettling particles together into larger, heavier masses of solids called floc. Aluminum sulfate (alum) is the most common coagulant used for water purification.

Q: What are the 4 methods of chlorination?

A: The different types of chlorine disinfection are batch disinfection, simple chlorination, super-chlorination followed by dechlorination, and shock chlorination. They vary in the amount of chlorine used. Batch disinfection treats water in batches when the chlorine demand fluctuates.

Q: How are chemicals removed from wastewater?

A: Advanced waste treatment techniques in use or under development range from biological treatment capable of removing nitrogen and phosphorus to physical-chemical separation techniques such filtration, carbon adsorption, distillation, and reverse osmosis.

Q: How to purify water without a filter?

A: Boiling water is one of the best wilderness water purification methods. Boiling clear water is the most efficient way to make it safe to drink. Most bacteria and microorganisms can't survive in boiling water, and they will likely die off during the heating process. Only boil clear water.

Q: How to remove chlorine from water?

A: ➢A faster way to remove the taste of chlorine from your water is to boil the water for about 15-20 minutes then store in a clean container in the refrigerator. ➢Filters are an effective way to remove chlorine from tap water. These devices can be attached to a jug, faucet or installed under-the-sink.

Q: What are the chemicals used in primary treatment?

A: Coagulants: Coagulants are a key player in the primary treatment process. Commonly used coagulants include aluminum sulfate (alum) and ferric chloride. These chemicals neutralize the electrical charges of particles in the wastewater, causing them to clump together into larger, settleable flocs.

Q: How to remove aluminum from water?

A: At a neutral pH, aluminum is more likely to be solid and, in that case, could be removed by membrane filters with pores larger than those of reverse osmosis membranes, like treatment systems using microfiltration or ultrafiltration. These systems are less expensive and use less water than RO units.

Q: What is the best chemical to purify water?

A: Chlorine
One of the most commonly used water treatment chemicals is chlorine. Chlorine is used in both drinking water and swimming pools to remove contaminants and kill bacteria. Another chemical that can be used to purify water is iodine.Mineral water and alkaline water may be some of the healthiest types of water because they provide your body with essential nutrients, but simply drinking safe, uncontaminated water should be your number one priority.

Q: What should I look for in a water purification system?

A: Read the label to see if it is NSF-certified. If it is, you can search NSF's database to learn more about what a particular model is certified to protect you against. Labels on water filters also typically state the contaminants that are reduced, which can help to guide your choice.

Q: What is the healthiest way to purify water?

A: Boiling: Boiling is the best way to kill disease-causing organisms, including viruses, bacteria, and parasites. The high temperature and time spent boiling are very important to effectively kill the organisms in the water. Boiling will also effectively treat water if it is still cloudy or murky.Before selecting a water filter for your house, you should have a professional test your water. Once you know which impurities are floating in your drinking water, you can compare water purification systems that target those contaminants.

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