Langyou Chemical
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Cationic Macromolecule Flocculant Powder (Polymer)
Langyou Chemical
|
HS Code |
969487 |
| Packing | 25 - kg bag packaging for Cationic Macromolecule Flocculant Powder Polymer. |
| Storage | Cationic Macromolecule Flocculant Powder (Polymer) should be stored in a cool, dry place away from direct sunlight. Keep it in a well - sealed container to prevent moisture absorption, which could affect its flocculation performance. Avoid storing near heat sources or reactive chemicals to maintain its stability and quality over time. |
| Shipping | Cationic Macromolecule Flocculant Powder (Polymer) is typically shipped in sealed, moisture - resistant bags within sturdy cartons. Special care is taken to prevent spills and exposure during transit, ensuring product integrity. |
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Historical Development
Cationic polymer flocculant powder (polymer), although not known in ancient times, but there are traces of flocculation. In the past, when water was controlled, people used soil and stone to intercept the flow, but the water was muddy and difficult to clear. Later wise men observed that certain natural things can make water debris gather and sink.
Years pass, and science and technology advance. In recent times, chemists have studied physical properties and known the wonders of molecular structure. After countless experiments, cationic polymer flocculant powder was prepared by synthesis. Its power in water purification is far better than that of natural things in the past. This polymer, with its unique cationic structure, absorbs impurities, aggregates and settles, making water clear quickly. Since modern times, it has been widely used in various fields, providing a powerful tool for water treatment and industrial production, and opening a new chapter in flocculation.
Years pass, and science and technology advance. In recent times, chemists have studied physical properties and known the wonders of molecular structure. After countless experiments, cationic polymer flocculant powder was prepared by synthesis. Its power in water purification is far better than that of natural things in the past. This polymer, with its unique cationic structure, absorbs impurities, aggregates and settles, making water clear quickly. Since modern times, it has been widely used in various fields, providing a powerful tool for water treatment and industrial production, and opening a new chapter in flocculation.
Product Overview
Nowadays, there are cationic polymer flocculant powders (polymers), which are used in many fields such as water purification. Its molecular structure is unique, with strong cationic activity, which can efficiently absorb and bridge suspended particles in water, so that impurities can quickly condense and settle. Looking at its properties, it is fine powder, easily soluble in water, and has good dispersion. In the process of water purification, add an appropriate amount of this product, stir evenly, and in an instant, you can see that the impurities in the water body converge, and the water color gradually clears. Its effect is significant, which can greatly improve the water quality and is widely used in sewage treatment, drinking water purification and other industries. It is actually a good material for water purification, and it is particularly important under today's environmental protection needs.
Physical & Chemical Properties
Nowadays, there is a kind of cationic polymer flocculant powder (polymer), whose physical and chemical properties are crucial. The appearance of this agent may be in the state of fine powder, with uniform particle size and pure color. In terms of solubility, it can quickly dissolve and disperse in the aqueous phase to form a uniform and stable system, which is a prerequisite for its flocculation effect. Its charge characteristics are cationic, and the charge density is quite high. It can strongly interact with negatively charged particles. By means of electric neutralization and adsorption bridging mechanism, the particles can coalesce and settle. The chemical structure is stable, acid and alkali resistance, high temperature resistance, and it can still maintain excellent performance in variable environments. Therefore, it has significant application value in many fields such as water treatment and papermaking. It is an indispensable chemical material.
Technical Specifications & Labeling
Nowadays, there are cationic polymer flocculant powders (polymers), and their technical specifications and identification (product parameters) are crucial. This agent is related to many processes and needs to be precisely controlled. Its technical specifications should cover the proportion of ingredients to ensure that the raw materials are excellent and the proportions are correct. In the identification, the product parameters must be detailed, such as molecular weight, ionization and other data, which are clear and clear for users to follow. In this way, the agent can be used in scenarios such as water treatment to achieve the best performance, ensure smooth process, and meet water quality standards. The essence of technical specifications and labels must not be neglected, so as to avoid mistakes in application.
Preparation Method
The raw materials and production process, reaction steps and catalytic mechanism of cationic polymer flocculant powder (polymer) made today are the key. Take an appropriate amount of olefinic monomers, such as acrylamide, and add cationic reagents, such as quaternary ammonium salt compounds. In a specific reactor, adjust to a suitable temperature, about 60 to 80 degrees Celsius, and introduce nitrogen to drive oxygen. Add an initiator, such as persulfate, to initiate a free radical polymerization reaction. During the reaction, the reaction time is strictly controlled, about 2 to 4 hours. After the reaction is completed, the required cationic polymer flocculant powder is prepared through precipitation, filtration and drying. This preparation method requires attention to the accurate ratio of raw materials and constant reaction conditions to obtain products with excellent performance.
Chemical Reactions & Modifications
Looking at the cationic polymer flocculant powder (polymer), its chemical reaction and modification are related to many things. In the past, Zhu Xian was in the research of flocculants, always seeking its excellent efficiency and good performance.
This cationic polymer flocculant acts as a charge, aggregates particles and coagulates, with a sedimentation rate and excellent liquid quality. However, the initial agent may have the regret of being slow and limited in application.
After everyone put in all their efforts, they changed its structure, adjusted its polymerization degree, and introduced new groups. After various modifications, the speed of application was greatly increased, and it can be used well in a wide pH range and different water quality, and the flocculation effect jumped. This chemical response and modification, just like the craftsman cut jade, eventually become a good tool, in the water and other areas of great work.
This cationic polymer flocculant acts as a charge, aggregates particles and coagulates, with a sedimentation rate and excellent liquid quality. However, the initial agent may have the regret of being slow and limited in application.
After everyone put in all their efforts, they changed its structure, adjusted its polymerization degree, and introduced new groups. After various modifications, the speed of application was greatly increased, and it can be used well in a wide pH range and different water quality, and the flocculation effect jumped. This chemical response and modification, just like the craftsman cut jade, eventually become a good tool, in the water and other areas of great work.
Synonyms & Product Names
Nowadays, there are cationic polymer flocculant powders (polymers), which are quite useful for water purification and other things. Although their names are the same, there are many names with synonyms. In the past, it was called "polycationic flocculant powder", and it was also called "cationic polymeric coagulant powder". All refer to this thing, although the names are different, they are the same. Its properties can make impurities in the water gather and settle, and the water is clear and clear. In all kinds of water industries, such as drinking water, industrial water, etc., it can be used for purification. Although the names are different, they are all for the purification of water, which is beneficial to people's health and industry. These are the names of cationic polymer flocculant powders (polymers) that are synonymous and practical.
Safety & Operational Standards
Cationic polymer flocculant powder (polymer) safety and operation specifications
Cationic polymer flocculant powder (polymer) is widely used in industrial water purification and sewage treatment. However, if you want to ensure its safe and effective use, you must follow the safety and operation specifications.
#1. Safety Instructions
1. ** Protective Measures **
- When exposed to this object, it is advisable to wear protective gloves to avoid allergies or irritation caused by the contact of the agent with the skin. If you accidentally touch it, rinse it with plenty of water quickly. If you still feel unwell, seek medical treatment.
- When operating, wear goggles to prevent the agent from splashing into your eyes. If it enters the eye, immediately rinse with water and seek medical treatment.
2. ** Storage Method **
- Store in a dry, cool and ventilated place, away from direct sunlight, to prevent the deterioration of the agent.
- Keep away from fire and heat sources, because it is a chemical, or there is a risk of flammability.
- Place in a place beyond the reach of children to avoid accidental ingestion.
#2. Operating Specifications
1. ** Preparation Solution **
- Inject clean water into the dissolving tank first, then slowly sprinkle the cationic polymer flocculant powder into the water, and stir at low speed to help it dissolve. Never pour a large amount of powder at one time to prevent agglomeration.
- Control the dissolution temperature, usually at room temperature. Excessive temperature or chemical degradation will reduce its efficacy.
2. ** Dosing Use **
- Accurately determine the dosage according to the water quality, water volume and treatment requirements of sewage. A small test can be done initially to determine the best dosage.
- When dosing, it should be evenly dispersed in the treated water body. Pipes, metering pumps and other equipment can be used to fully mix the protective agent with the water body.
By following this safety and operation specification, the cationic polymer flocculant powder (polymer) can be used safely and efficiently to achieve the purpose of sewage treatment and water purification.
Cationic polymer flocculant powder (polymer) is widely used in industrial water purification and sewage treatment. However, if you want to ensure its safe and effective use, you must follow the safety and operation specifications.
#1. Safety Instructions
1. ** Protective Measures **
- When exposed to this object, it is advisable to wear protective gloves to avoid allergies or irritation caused by the contact of the agent with the skin. If you accidentally touch it, rinse it with plenty of water quickly. If you still feel unwell, seek medical treatment.
- When operating, wear goggles to prevent the agent from splashing into your eyes. If it enters the eye, immediately rinse with water and seek medical treatment.
2. ** Storage Method **
- Store in a dry, cool and ventilated place, away from direct sunlight, to prevent the deterioration of the agent.
- Keep away from fire and heat sources, because it is a chemical, or there is a risk of flammability.
- Place in a place beyond the reach of children to avoid accidental ingestion.
#2. Operating Specifications
1. ** Preparation Solution **
- Inject clean water into the dissolving tank first, then slowly sprinkle the cationic polymer flocculant powder into the water, and stir at low speed to help it dissolve. Never pour a large amount of powder at one time to prevent agglomeration.
- Control the dissolution temperature, usually at room temperature. Excessive temperature or chemical degradation will reduce its efficacy.
2. ** Dosing Use **
- Accurately determine the dosage according to the water quality, water volume and treatment requirements of sewage. A small test can be done initially to determine the best dosage.
- When dosing, it should be evenly dispersed in the treated water body. Pipes, metering pumps and other equipment can be used to fully mix the protective agent with the water body.
By following this safety and operation specification, the cationic polymer flocculant powder (polymer) can be used safely and efficiently to achieve the purpose of sewage treatment and water purification.
Application Area
Cationic polymer flocculant powder (polymer) is commonly used in water control and pollution purification today. Its application field is wide, in the water treatment of rivers, lakes and marshes, it can make the turbid water clear quickly, remove its suspended debris, and make the water body clear again. In the wastewater treatment place, it can flocculate and precipitate all kinds of pollutants, so that the wastewater can reach the standard and be discharged. In the paper industry, the auxiliary fibers and fillers are firmly retained, and the quality of paper products is improved. In the mining industry, it can efficiently separate pulp, recover useful minerals, and reduce the discharge of waste. This agent has a significant effect, such as the ancient water control strategy, with the ability of flocculation, to secure the water environment, and to promote the smooth flow of all industries. It is an indispensable remedy. It has shown its extraordinary effect in many fields, and ensures the harmonious progress of ecology and industry.
Research & Development
In recent times, science and technology have advanced day by day, and in the art of water purification, there are cationic polymer flocculant powders (polymers), which have attracted much attention. We have devoted ourselves to studying, observing its properties, and studying its rationality. This agent has the ability to flocculate efficiently, which can quickly gather impurities in water and clarify water.
The road of research and development has been difficult to prepare. We have gathered the wisdom of all people, learned ancient methods and modern techniques, and tried many times to improve. Optimize the synthesis method, want to increase its effectiveness and reduce its consumption. After years of work, we have made a little success.
However, there is no end to learning, and there is still a place for entry. In the future, we will continue to study and expand the application field of this agent, improve its performance, and contribute to the water purification industry, seeking the well-being of all people, in order to achieve a better environment.
The road of research and development has been difficult to prepare. We have gathered the wisdom of all people, learned ancient methods and modern techniques, and tried many times to improve. Optimize the synthesis method, want to increase its effectiveness and reduce its consumption. After years of work, we have made a little success.
However, there is no end to learning, and there is still a place for entry. In the future, we will continue to study and expand the application field of this agent, improve its performance, and contribute to the water purification industry, seeking the well-being of all people, in order to achieve a better environment.
Toxicity Research
The toxicity of cationic polymer flocculant powder (polymer) is studied today. This substance is widely used in many fields, but its toxic effects cannot be ignored.
Take an appropriate amount of agent and explore it by various experimental methods. Observe its effect on the tested organisms, observe the changes in cell activity, and analyze the state of gene expression. After repeated experiments, detailed data were obtained.
At the beginning, under a small dose, there was no significant abnormality in the tested organisms. And the dose gradually increased, it can be seen that the biological behavior is abnormal and the physiological function is also disturbed. Cell activity decreases and gene expression is disordered.
From this point of view, the cationic polymer flocculant powder (polymer) has a certain toxicity. In practical application, it is necessary to carefully consider and control the dosage to prevent environmental and biological damage, so as to achieve the purpose of safe use.
Take an appropriate amount of agent and explore it by various experimental methods. Observe its effect on the tested organisms, observe the changes in cell activity, and analyze the state of gene expression. After repeated experiments, detailed data were obtained.
At the beginning, under a small dose, there was no significant abnormality in the tested organisms. And the dose gradually increased, it can be seen that the biological behavior is abnormal and the physiological function is also disturbed. Cell activity decreases and gene expression is disordered.
From this point of view, the cationic polymer flocculant powder (polymer) has a certain toxicity. In practical application, it is necessary to carefully consider and control the dosage to prevent environmental and biological damage, so as to achieve the purpose of safe use.
Future Prospects
In today's world, science and technology are changing day by day, and cationic polymer flocculant powder (polymer) is becoming more and more widely used in various industries. Although it has been used today, the future prospects are particularly promising.
In the field of water purification, its efficiency may be increased again, which can be more efficient in decontamination, make the water cleaner, and benefit people's livelihood. In industrial production, the process may be optimized to reduce costs and increase efficiency. In agriculture, it helps soil retain water and fertilizer, and promotes crop growth.
And with the advance of research, its performance may be improved, and the applicable scenarios will also be expanded. For example, in emerging industries, it may be able to add wings to its development. Although there may be challenges ahead, researchers should make unremitting efforts to make cationic polymer flocculant powder bloom in the future and contribute to the progress of the world.
In the field of water purification, its efficiency may be increased again, which can be more efficient in decontamination, make the water cleaner, and benefit people's livelihood. In industrial production, the process may be optimized to reduce costs and increase efficiency. In agriculture, it helps soil retain water and fertilizer, and promotes crop growth.
And with the advance of research, its performance may be improved, and the applicable scenarios will also be expanded. For example, in emerging industries, it may be able to add wings to its development. Although there may be challenges ahead, researchers should make unremitting efforts to make cationic polymer flocculant powder bloom in the future and contribute to the progress of the world.
What are the main components of cationic polymer flocculant powder (polymer)?
The main component of a flocculant (polymer) is formed by the polymerization of a variety of chemical substances. Its commonly used monomers include acrylamide, dimethyl diallyl ammonium chloride, etc.
Acrylamide is an important monomer, and polyacrylamide can be obtained by polymerization. Polyacrylamide has a linear component structure, which can stretch its component chain in water. With the active groups on its long chain, such as amide groups, it interacts with suspended particles in water, or absorbs, or bridges, so as to promote the aggregation and settlement of particles. And according to its separation characteristics, it can be divided into anion type, anion type and anion type. The cationic polyacrylamide has a good flocculation effect when treating negatively charged suspended particles due to its cationic group.
Dimethyl diallyl ammonium chloride is also a monomer commonly used in cationic flocculants. The polymer obtained by polymerization of this monomer has a high positive charge density and good charge stability. It can be quickly used with negatively charged colloidal particles, and the particles can be agglomerated through mechanisms such as electrical neutralization and adsorption bridging. And such flocculants have good hydrolytic stability and salt resistance, and can also effectively exert the flocculation effect in complex water environments.
In addition, some cationic flocculants may contain other auxiliary ingredients, such as cross-linking agents. The crosslinking agent can form chemical bonds between the polymer chains, enhance its structural stability and mechanical properties, and then improve the flocculation effect and service life.
In short, the main components of the flocculant are polymerized into polymers with specific structures by monomer polymerization. With its characteristics and structure, it has excellent flocculation and sedimentation effects on suspended particles in many fields such as water treatment, papermaking, mining and metallurgy.
Acrylamide is an important monomer, and polyacrylamide can be obtained by polymerization. Polyacrylamide has a linear component structure, which can stretch its component chain in water. With the active groups on its long chain, such as amide groups, it interacts with suspended particles in water, or absorbs, or bridges, so as to promote the aggregation and settlement of particles. And according to its separation characteristics, it can be divided into anion type, anion type and anion type. The cationic polyacrylamide has a good flocculation effect when treating negatively charged suspended particles due to its cationic group.
Dimethyl diallyl ammonium chloride is also a monomer commonly used in cationic flocculants. The polymer obtained by polymerization of this monomer has a high positive charge density and good charge stability. It can be quickly used with negatively charged colloidal particles, and the particles can be agglomerated through mechanisms such as electrical neutralization and adsorption bridging. And such flocculants have good hydrolytic stability and salt resistance, and can also effectively exert the flocculation effect in complex water environments.
In addition, some cationic flocculants may contain other auxiliary ingredients, such as cross-linking agents. The crosslinking agent can form chemical bonds between the polymer chains, enhance its structural stability and mechanical properties, and then improve the flocculation effect and service life.
In short, the main components of the flocculant are polymerized into polymers with specific structures by monomer polymerization. With its characteristics and structure, it has excellent flocculation and sedimentation effects on suspended particles in many fields such as water treatment, papermaking, mining and metallurgy.
Which wastewater treatment is suitable for cationic polymer flocculant powder (polymer)?
The flocculant powder (polymer) is suitable for a variety of wastewater treatment scenarios. In today's wastewater treatment, its function is high.
It is suitable for the treatment of printing and dyeing wastewater. The water of printing and dyeing is colorful and complex, and contains a large amount of contaminants such as dyes and additives. The flocculant can be used by its electric charge to attract each other with negatively charged dye particles, causing the particles to condense into large flocs, settle and separate, remove impurities, and make the water clear.
It is also commonly used for papermaking wastewater treatment. The waste water produced in the papermaking process contains fibers, chemicals, and additives. The flocculant can promote the flocculation and precipitation of suspended substances such as fibers, recover fiber resources, reduce the chemical oxygen demand in water, and improve the utilization rate of water circulation. It is crucial for water conservation and environmental protection in the papermaking industry.
In the field of raw sewage treatment, it also has its uses. Live sewage contains a large amount of organic matter, microorganisms and solid suspended solids. The flocculant can quickly flocculate suspended particles in the sewage, accelerate the precipitation process, reduce the turbidity of the sewage, and also has a certain adsorption effect on microorganisms, which helps the subsequent sewage treatment process and improves the efficiency of sewage treatment.
In addition, in the treatment of wastewater, the composition of the wastewater is complex, and it contains heavy pollutants such as ions and organic matter. The flocculant can be complexed with heavy metals, and at the same time flocculate organic matter to achieve effective separation of pollutants, reduce the toxicity of wastewater, and make it meet the discharge standards.
From this perspective, the flocculant powder can play a significant role in many wastewater treatment scenarios such as printing and dyeing, papermaking, living and chemical treatment, and is also a good agent for wastewater treatment.
It is suitable for the treatment of printing and dyeing wastewater. The water of printing and dyeing is colorful and complex, and contains a large amount of contaminants such as dyes and additives. The flocculant can be used by its electric charge to attract each other with negatively charged dye particles, causing the particles to condense into large flocs, settle and separate, remove impurities, and make the water clear.
It is also commonly used for papermaking wastewater treatment. The waste water produced in the papermaking process contains fibers, chemicals, and additives. The flocculant can promote the flocculation and precipitation of suspended substances such as fibers, recover fiber resources, reduce the chemical oxygen demand in water, and improve the utilization rate of water circulation. It is crucial for water conservation and environmental protection in the papermaking industry.
In the field of raw sewage treatment, it also has its uses. Live sewage contains a large amount of organic matter, microorganisms and solid suspended solids. The flocculant can quickly flocculate suspended particles in the sewage, accelerate the precipitation process, reduce the turbidity of the sewage, and also has a certain adsorption effect on microorganisms, which helps the subsequent sewage treatment process and improves the efficiency of sewage treatment.
In addition, in the treatment of wastewater, the composition of the wastewater is complex, and it contains heavy pollutants such as ions and organic matter. The flocculant can be complexed with heavy metals, and at the same time flocculate organic matter to achieve effective separation of pollutants, reduce the toxicity of wastewater, and make it meet the discharge standards.
From this perspective, the flocculant powder can play a significant role in many wastewater treatment scenarios such as printing and dyeing, papermaking, living and chemical treatment, and is also a good agent for wastewater treatment.
How to determine the optimal dosage of cationic polymer flocculant powder (polymer)
It is an urgent task for those who want to determine the optimal amount of flocculant (polymer) in Fuyang to separate high-quality flocculants.
If the amount used is too small, the flocculation work will not be achieved. Between the particles, it is difficult to form a large flocculant, the suspension is still the same, and the liquid is unclear. It is like a scattered army, which is not strong enough to gather them, each fighting for its own sake, and it is difficult to achieve momentum in the end.
Using too much also has its disadvantages. Although the flocculation is formed at the beginning, but it exceeds the appropriate level, the resistance between the particles will gradually appear, and the flocculent will be dispersed, and the water quality will be chaotic. For example, if the degree is too high, the extremes will be reversed, and the haste will not be achieved.
If you want to If the water sample is dry, divide it evenly. In each part, add different amounts of flocculant in sequence. Observe the flocculation image, such as the size of the flocculent, the speed of sedimentation, and the turbidity of the water.
Record the results, draw and analyze them. Take the amount used as the axis, and use the flocculation effect as the standard to obtain a curve. The peak is where the optimal amount is used. Below this point, the effect is gradually weakened; above this point, the effect is also reduced.
And different water qualities, the appropriate amount of use is different. The composition of sewage is complex, and if there are many impurities, the demand may be large; if there are few impurities in clear water, the demand may be small. Therefore, every time you encounter new water, you should re-check it to get an accurate number.
The equipment used also has an impact. The speed of stirring and the shortness of time are all related to flocculation. If the speed is fast, the agent will be evenly distributed, but if it is too strong, the flocculent will be fragile; if it is too fast, the reaction will be sufficient, and if it is too long, it may change.
To sum up, if you want to determine the optimum amount of flocculant, you should consider many things. Test, analyze, inspect the water quality, and review the equipment, so that the flocculation effect can be improved and the water quality can be achieved.
If the amount used is too small, the flocculation work will not be achieved. Between the particles, it is difficult to form a large flocculant, the suspension is still the same, and the liquid is unclear. It is like a scattered army, which is not strong enough to gather them, each fighting for its own sake, and it is difficult to achieve momentum in the end.
Using too much also has its disadvantages. Although the flocculation is formed at the beginning, but it exceeds the appropriate level, the resistance between the particles will gradually appear, and the flocculent will be dispersed, and the water quality will be chaotic. For example, if the degree is too high, the extremes will be reversed, and the haste will not be achieved.
If you want to If the water sample is dry, divide it evenly. In each part, add different amounts of flocculant in sequence. Observe the flocculation image, such as the size of the flocculent, the speed of sedimentation, and the turbidity of the water.
Record the results, draw and analyze them. Take the amount used as the axis, and use the flocculation effect as the standard to obtain a curve. The peak is where the optimal amount is used. Below this point, the effect is gradually weakened; above this point, the effect is also reduced.
And different water qualities, the appropriate amount of use is different. The composition of sewage is complex, and if there are many impurities, the demand may be large; if there are few impurities in clear water, the demand may be small. Therefore, every time you encounter new water, you should re-check it to get an accurate number.
The equipment used also has an impact. The speed of stirring and the shortness of time are all related to flocculation. If the speed is fast, the agent will be evenly distributed, but if it is too strong, the flocculent will be fragile; if it is too fast, the reaction will be sufficient, and if it is too long, it may change.
To sum up, if you want to determine the optimum amount of flocculant, you should consider many things. Test, analyze, inspect the water quality, and review the equipment, so that the flocculation effect can be improved and the water quality can be achieved.
What are the advantages of cationic polymer flocculant powder (polymer) compared to other flocculants?
Compared with other flocculants, the flocculant powder (polymer) has many advantages.
The first to be used as a flusher, its flocculation efficiency is excellent. The flocculant has a strong positive ionization group, which can quickly attract the negatively charged suspended particles in the water, and uses charge neutralization and bridging to make the particles quickly gather into large flocs. The sedimentation and separation are rapid, and the turbid water is clarified for a while. Compared with traditional flocculants, the flocculation rate is greatly improved, the precipitation time is sharply reduced, and the efficiency of water treatment can be greatly improved. In places where large amounts of water need to be treated, the effect is significant.
Second, the scope of application is vast. Whether it is to treat live sewage, industrial waste water or river water source water, the flocculant can show good results. In the treatment of wastewater with complex compositions and diverse pollutants, its unique chemical structure can adapt to different water qualities, unlike some flocculants, which are only suitable for specific water quality conditions and are limited.
Furthermore, the amount of consumption is economical. Because of its high flocculation efficiency, when the same flocculation effect is achieved, the amount of flocculant used in Yangli is significantly reduced compared with other flocculants. This not only reduces the cost of the agent, but also reduces the risk of secondary pollution caused by the large amount of chemicals, which is of positive significance for both environmental protection and cost control.
Repeated, its product performance is excellent. The flocculant produced by flocculation has a dense structure, good sedimentation performance, and is not easy to re-dissolve, ensuring the stability of water quality after treatment. However, some flocculants produced by traditional flocculants are loose and easily re-dispersed in water under the influence of external factors, which affects the treatment effect.
Yangli Divided Flocculant Powder is used in water treatment and other fields. Compared with other flocculants, it has unique advantages. It is actually a good choice for many technologies such as water treatment.
The first to be used as a flusher, its flocculation efficiency is excellent. The flocculant has a strong positive ionization group, which can quickly attract the negatively charged suspended particles in the water, and uses charge neutralization and bridging to make the particles quickly gather into large flocs. The sedimentation and separation are rapid, and the turbid water is clarified for a while. Compared with traditional flocculants, the flocculation rate is greatly improved, the precipitation time is sharply reduced, and the efficiency of water treatment can be greatly improved. In places where large amounts of water need to be treated, the effect is significant.
Second, the scope of application is vast. Whether it is to treat live sewage, industrial waste water or river water source water, the flocculant can show good results. In the treatment of wastewater with complex compositions and diverse pollutants, its unique chemical structure can adapt to different water qualities, unlike some flocculants, which are only suitable for specific water quality conditions and are limited.
Furthermore, the amount of consumption is economical. Because of its high flocculation efficiency, when the same flocculation effect is achieved, the amount of flocculant used in Yangli is significantly reduced compared with other flocculants. This not only reduces the cost of the agent, but also reduces the risk of secondary pollution caused by the large amount of chemicals, which is of positive significance for both environmental protection and cost control.
Repeated, its product performance is excellent. The flocculant produced by flocculation has a dense structure, good sedimentation performance, and is not easy to re-dissolve, ensuring the stability of water quality after treatment. However, some flocculants produced by traditional flocculants are loose and easily re-dispersed in water under the influence of external factors, which affects the treatment effect.
Yangli Divided Flocculant Powder is used in water treatment and other fields. Compared with other flocculants, it has unique advantages. It is actually a good choice for many technologies such as water treatment.
What are the storage conditions for cationic polymer flocculant powder (polymer)?
The storage conditions of the flocculant (polymer) are related to the proper preservation and maintenance of the efficacy of the agent. According to the principles of "Tiangong Kaiwu", such agents should be placed in a dry, cool and well-ventilated place.
First, when it comes to dryness, water vapor is its enemy. If it is in a humid place, the structure of the flocculant is easily eroded by water, or the hydrolysis reaction occurs. Once it is hydrolyzed, the chain of the flocculation is broken, and the flocculation performance is greatly reduced. For example, if there is a workshop in the past, but I don't know this way, the flocculant is placed near the water. Before the flocculant is agglomerated, it is difficult to dissolve when used, and the flocculation effect is not as good as before. Therefore, the dry environment can maintain the integrity of its structure and maintain its chemical stability.
Cool for the second time. If the temperature is too high, it is easy to accelerate the rate of chemical reaction, or cause excessive cross-linking between the fractions, or cause heat decomposition. At high temperatures, its active ingredients are lost and its activity is reduced. Remember the past, in the summer, some people exposed the flocculant to the hot sun, but before it changed, the properties of the drug changed, and the use effect was not good. Therefore, in a cool place, the speed of chemical change can be slowed down and its shelf life can be extended.
Repeat to make sense. Good communication can prevent the accumulation of harmful bodies or water vapor around the drug. If it is smooth, it will circulate in the air, which can disperse impurities that may affect the quality of the drug in time, so that it is always in a clean atmosphere. If stored in a closed and stuffy room, the harmful body cannot escape, or react with the agent, which will damage its efficacy.
Furthermore, when storing, it should be sealed and stored. Sealing can prevent the outside air, water vapor and impurities from invading. If the sealing is not good, the oxygen in the air or the oxidant will oxidize, which will affect its performance. Just like ancient treasures, they were often sealed to prevent them from deteriorating in contact with the outside world. The same is true for the storage of flocculants.
Flocculants should be kept away from sources of fire and oxidants. Flocculants are mostly organic compounds, which are flammable and dangerous when exposed to sources of fire. And oxidants can react with flocculants to oxidize, resulting in structural damage and loss of performance. If there is any carelessness in the past, the flocculant and the oxidizing agent will be placed together, and the agent will fail soon, resulting in loss.
To sum up, the flocculant should be stored in dry, cool, transparent, sealed, and kept away from the source and the oxidizing agent to ensure its quality and efficacy for emergencies.
First, when it comes to dryness, water vapor is its enemy. If it is in a humid place, the structure of the flocculant is easily eroded by water, or the hydrolysis reaction occurs. Once it is hydrolyzed, the chain of the flocculation is broken, and the flocculation performance is greatly reduced. For example, if there is a workshop in the past, but I don't know this way, the flocculant is placed near the water. Before the flocculant is agglomerated, it is difficult to dissolve when used, and the flocculation effect is not as good as before. Therefore, the dry environment can maintain the integrity of its structure and maintain its chemical stability.
Cool for the second time. If the temperature is too high, it is easy to accelerate the rate of chemical reaction, or cause excessive cross-linking between the fractions, or cause heat decomposition. At high temperatures, its active ingredients are lost and its activity is reduced. Remember the past, in the summer, some people exposed the flocculant to the hot sun, but before it changed, the properties of the drug changed, and the use effect was not good. Therefore, in a cool place, the speed of chemical change can be slowed down and its shelf life can be extended.
Repeat to make sense. Good communication can prevent the accumulation of harmful bodies or water vapor around the drug. If it is smooth, it will circulate in the air, which can disperse impurities that may affect the quality of the drug in time, so that it is always in a clean atmosphere. If stored in a closed and stuffy room, the harmful body cannot escape, or react with the agent, which will damage its efficacy.
Furthermore, when storing, it should be sealed and stored. Sealing can prevent the outside air, water vapor and impurities from invading. If the sealing is not good, the oxygen in the air or the oxidant will oxidize, which will affect its performance. Just like ancient treasures, they were often sealed to prevent them from deteriorating in contact with the outside world. The same is true for the storage of flocculants.
Flocculants should be kept away from sources of fire and oxidants. Flocculants are mostly organic compounds, which are flammable and dangerous when exposed to sources of fire. And oxidants can react with flocculants to oxidize, resulting in structural damage and loss of performance. If there is any carelessness in the past, the flocculant and the oxidizing agent will be placed together, and the agent will fail soon, resulting in loss.
To sum up, the flocculant should be stored in dry, cool, transparent, sealed, and kept away from the source and the oxidizing agent to ensure its quality and efficacy for emergencies.
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