Roghchlár Gréasáin

Cuardach Táirge

Teanga

Comhroinn

Leathanach Baile / Táirge / Polyacrylamide Cóireála Uisce

Soláthraithe Ceimiceán

Tá Jiangsu Hengfeng tar éis éirí mar bhonn táirgeachta gairmiúil agus taighde agus forbartha le haghaidh ceimiceáin cóireála uisce agus ceimiceáin oilfield sa tSín.

Polyacrylamide Cóireála Uisce Déantóirí

Sa tionscal uisce, d'fhéadfaí polyacrylamide a úsáid i dtrí réimse: cóireáil amhuisce, cóireáil séarachais, agus cóireáil fuíolluisce tionsclaíoch. Le haghaidh cóireála uisce amh, úsáidtear polyacrylamide mar flocculant chun na cáithníní ar fionraí san uisce amh a chóireáil. Le haghaidh cóireála séarachais, úsáidtear polyacrylamide chun sloda séarachais a dhí-uisciú. Le haghaidh cóireála fuíolluisce tionsclaíoch, úsáidtear polyacrylamide ina n-aonar nó i gcomhcheangal le drugaí eile chun fuíolluisce táirgeadh tionsclaíoch a chóireáil.

Aiseolas Teachtaireacht

Polyacrylamide is widely used in industrial production and environmental protection. It is a versatile and important synthetic material.


In industrial water treatment, polyacrylamide (PAM) has a wide range of applications:
1. Flocculation and sedimentation: As a flocculant, PAM can aggregate suspended solids, colloids, organic matter and other pollutants in the water into larger flocs to facilitate subsequent sedimentation or filtration treatment, thereby improving the clarity and purification effect of water. .
2. Dehydration treatment: Wastewater or liquid containing a large amount of suspended solids generated in the industrial production process usually needs to be dehydrated to reduce the volume and facilitate subsequent processing. PAM can be used as a dehydrating agent to help solid-liquid separation during the dehydration process and improve dehydration efficiency.
3. Oil-water separation: The oily wastewater produced in industrial processes such as oil field mining and petrochemical industry requires oil-water separation treatment. PAM can be used as an oil-water separation agent to help quickly separate grease and suspended solids in water and improve separation efficiency.
4. Water quality adjustment: In some industrial production processes, water quality needs to be adjusted to meet production needs or protect equipment. PAM can be used as a water quality conditioner to adjust the pH value, hardness, ion content and other parameters of water to achieve ideal water quality requirements.
5. Other applications: In addition to the above applications, PAM can also be used in textile, papermaking, food processing, electroplating and other industrial fields for suspended solids separation, sludge dehydration, solid/liquid separation and other processes.

Polyacrylamide has significant advantages in industrial water treatment:
1. High-efficiency flocculant: PAM is a high-efficiency flocculant that can quickly gather suspended solids and impurities in the water to form larger flocs, which facilitates subsequent sedimentation or filtration processing. This helps improve water treatment efficiency and reduce treatment costs.
2. Wide applicability: PAM can be adjusted according to different water quality and treatment needs, and it can be applied to various types of water treatment.
3. Low dosage and high efficiency: PAM usually requires a relatively low dosage in water treatment, but it can achieve better flocculation effect. This means cost savings in practical applications while reducing the impact on the treatment system.
Generally speaking, the characteristics and advantages of polyacrylamide in industrial water treatment make it a widely used water treatment agent, which can effectively solve water quality problems, improve water treatment efficiency, reduce costs, and protect the environment.

Faoi Hengfeng

Jiangsu Hengfeng Fine Chemical Co., Ltd.

Tá Jiangsu Hengfeng Co Cheimiceach Fine, Ltd príomh-táirgí an tsraith púdar polyacrylamide agus sraith eibleacht polyacrylamide. Is é an cumas táirgthe púdar polyacrylamide 50,000 tonna in aghaidh na bliana, agus is é an cumas táirgthe eibleacht polyacrylamide 50,000 tonna in aghaidh na bliana. Soláthraithe Mórdhíola agus Monarcha. Tá Hengfeng Chemical tiomanta do réimse na cóireála uisce agus peitriliam, feabhas a chur ar leibhéal na seirbhíse teicniúla i gcónaí, agus feidhmíocht an táirge a bharrfheabhsú, in éineacht le cáilíocht uisce séarachais ar an láthair, próiseas cóireála, trealamh díhiodráitithe, agus tréithe eile do chustaiméirí oiriúnacha a roghnú. táirgí agus scéimeanna úsáide, chun cabhrú le custaiméirí éifeachtúlacht na cóireála séarachais a fheabhsú; Tá airíonna móilíneacha polaiméire feabhsaithe ag cur i bhfeidhm Oilfield, rialú costais éifeachtach. Ní hamháin go n-úsáidtear na táirgí go forleathan sa mhargadh baile ach freisin onnmhairítear go dtí an Eoraip, Meiriceá, an Afraic, an Aigéine, Oirdheisceart na hÁise, agus níos mó ná 60 tír agus réigiún.

Táirgí gaolmhara

Deimhniú Onóra

Nuacht

Eolas faoin tionscal

In Industrial Wastewater Treatment, How is Polyacrylamide Applied?
Industrial wastewater treatment is a critical process to ensure the responsible disposal of effluents from various industrial processes. Polyacrylamide, a versatile polymer, plays a significant role in this context. 
1. Contaminant Removal:Water Treatment Polyacrylamide is used to aid in the removal of contaminants present in industrial wastewater. Its high molecular weight and structure make it effective in attracting and binding to suspended particles, facilitating their separation from the water.
2. Flocculation and Clarification:In the treatment process, polyacrylamide acts as a flocculant. When added to wastewater, it promotes the aggregation of fine particles into larger flocs. These flocs can then settle more easily, allowing for improved clarification and separation of solids from the water.
3. Compatibility with Other Chemicals:Polyacrylamide is often used in combination with other chemicals depending on the specific characteristics of the industrial wastewater. This synergistic approach enhances the overall effectiveness of the treatment process.
4. Dosage Considerations:The dosage of polyacrylamide is a crucial factor in its application. The optimal dosage varies based on factors such as the type of contaminants present, the volume of wastewater, and the desired level of treatment. Careful consideration and testing are essential to determine the appropriate dosage.
5. Treatment Techniques:Various treatment techniques, such as sedimentation and flotation, may be employed in conjunction with polyacrylamide to achieve the desired level of wastewater purification. These techniques leverage the enhanced settling properties imparted by the polymer.
6. pH and Temperature Sensitivity:The performance of Water Treatment Polyacrylamide can be influenced by factors like pH and temperature. It is important to monitor and adjust these parameters to optimize the polymer's effectiveness in different industrial wastewater treatment scenarios.

What Factors Influence the Effectiveness of Polyacrylamide?
Water Treatment Polyacrylamide, a widely used polymer in water treatment, exhibits varying levels of effectiveness based on several influencing factors. Understanding these factors is crucial for optimizing its performance in different applications. 
1. Water Composition:The composition of the water being treated is a critical factor. Polyacrylamide is more effective in treating certain types of contaminants, and its performance may vary depending on the presence of ions, organic matter, and other water constituents.
2. pH Levels:The pH of the water significantly influences the effectiveness of polyacrylamide. Different pH ranges can impact the charge of the polymer molecules, affecting their ability to form flocs and interact with contaminants. Monitoring and adjusting pH levels can optimize performance.
3. Temperature:Temperature plays a role in the dissolution and activation of polyacrylamide. Higher temperatures generally lead to better solubility and dispersion of the polymer, enhancing its effectiveness. However, extreme temperatures may also impact its stability.
4. Contaminant Type:The nature of contaminants present in the water affects polyacrylamide's performance. It is particularly effective in treating suspended solids, but its efficiency can vary when dealing with different types of pollutants, such as heavy metals or specific organic compounds.
5. Dosage and Application Method:The amount of polyacrylamide applied, known as dosage, is critical. Determining the optimal dosage depends on the specific water treatment goals, contaminants, and process conditions. The application method, whether continuous or batch, also influences effectiveness.
6. Polymer Characteristics:Variations in the molecular weight and charge density of Water Treatment Polyacrylamide can impact its performance. Different formulations of the polymer are available to suit specific water treatment requirements, and selecting the appropriate type is essential for achieving optimal results.
7. Mixing and Agitation:Proper mixing and agitation are necessary for uniform distribution of polyacrylamide in the water. Inadequate mixing can lead to uneven polymer dispersion, affecting its ability to form flocs and treat contaminants uniformly.