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Home > products > Nonionic Polyacrylamide > N630 NPAM Non-ionic Polyacrylamide Mining & Metallurgy Tailings Thickening And Water Recovery

N630 NPAM Non-ionic Polyacrylamide Mining & Metallurgy Tailings Thickening And Water Recovery

Product Details

Place of Origin: China

Brand Name: Bluwat

Certification: ZDHC

Model Number: BLUFLOC N630

Payment & Shipping Terms

Minimum Order Quantity: 1KG

Price: Negotiable

Packaging Details: 25kg Polybag, 25 kg Paper bag or as your per requirements

Delivery Time: 15 days after advance payment

Payment Terms: L/C, TT

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NPAM non ionic polyacrylamide

,

Mining non ionic polyacrylamide

,

Metallurgy nonionic polyacrylamide

Grade:
N630
CAS No.:
9003-05-8
Appearance:
Off-White Granular Powder
Ionic Charge:
Non-ionic
Particle Size:
20- 100 Mesh
Molecular Weight:
5-12 Million
Anionic Degree:
0-5%
Solid Content:
89% Minimum
Bulk Density:
About 0.8
Residual Monomer:
0.05% Max
Recommended Working Concentration:
0.1-0.5%
Ph (1% Aqua Solution):
6-7
Storage Temperature (°C):
0 - 35
Package:
Packed In Kraft Paper Or PE Bags With Inner Plastic Bags, With Each Bag Containing 25kgs, Or 750kgs Net Big Bag
Shelf Life:
2 Years
Application:
Mining & Metallurgy Tailings Thickening And Water Recovery
Grade:
N630
CAS No.:
9003-05-8
Appearance:
Off-White Granular Powder
Ionic Charge:
Non-ionic
Particle Size:
20- 100 Mesh
Molecular Weight:
5-12 Million
Anionic Degree:
0-5%
Solid Content:
89% Minimum
Bulk Density:
About 0.8
Residual Monomer:
0.05% Max
Recommended Working Concentration:
0.1-0.5%
Ph (1% Aqua Solution):
6-7
Storage Temperature (°C):
0 - 35
Package:
Packed In Kraft Paper Or PE Bags With Inner Plastic Bags, With Each Bag Containing 25kgs, Or 750kgs Net Big Bag
Shelf Life:
2 Years
Application:
Mining & Metallurgy Tailings Thickening And Water Recovery
N630 NPAM Non-ionic Polyacrylamide Mining & Metallurgy Tailings Thickening And Water Recovery

 

Non-ionic polyacrylamide (PAM) is widely used in the mining and metallurgy, particularly in tailings thickening and water recovery processes. Here are some key applications:

 

Tailings Thickening

 

  1. Flocculation: Non-ionic polyacrylamide acts as a flocculant, promoting the aggregation of fine particles in the tailings. This results in the formation of larger flocs, which can be more easily separated from the water.
  2. Improved Settling: The flocculation process enhances the settling rate of solids in the tailings, leading to more efficient thickening. This reduces the volume of tailings and enhances the clarity of the recovered water.
  3. Enhanced Thickener Performance: Adding non-ionic PAM significantly improves the performance of thickeners. This leads to higher underflow densities and better overflow clarity, optimizing the overall thickening process.

 

Water Recovery

 

  1. Water Clarification: Non-ionic polyacrylamide helps clarify water by removing suspended solids and colloidal particles. This is crucial for recycling water back into the process or for discharge.
  2. Reduced Water Consumption: Using non-ionic PAM in water recovery systems minimizes freshwater needs, making the process more sustainable and cost-effective.
  3. Enhanced Filtration: In filtration systems, non-ionic PAM improves efficiency by increasing the filtration rate and reducing filter media clogging.

 

Benefits

 

  • Cost-Effective: Non-ionic PAM is a cost-effective solution for improving the efficiency of tailings thickening and water recovery processes.
  • Environmental Impact: By enhancing water recovery and reducing the volume of tailings, non-ionic polyacrylamide contributes to more sustainable mining and metallurgy operations.
  • Versatility: Non-ionic PAM is effective in various types of mineral processing operations and can be used in a wide range of pH conditions.

Product Description:

BLUFLOC N630 Polymer

BLUFLOC N630 is a type of nonionic polyacrylamide, a water-soluble polymer with a medium molecular weight. It is supplied as a granular powder that flows freely without restriction. Its versatile nature makes it highly suitable for various industries, including wastewater treatment, oil drilling, paper, textile, and mining.

 

One of the most impressive features of BLUFLOC N630 is its excellent performance in wastewater treatment. Its water-soluble property enables it to effectively treat wastewater by separating and removing various impurities in the water. This polymer is also widely used in the mining sector for mine-water treatment due to its ability to enhance water quality by removing suspended particles and reducing turbidity.

 

Moreover, due to its unique properties, BLUFLOC N630 is highly effective in the oil drilling industry, where it is used as a friction reducer and rheology modifier in drilling fluids. The product is also popular in the paper and textile industries for its ability to increase paper strength and its excellent performance as a sizing agent in the textile industry.

 

Overall, BLUFLOC N630 is a multi-purpose polymer used extensively across various industries, and its impressive properties make it a highly effective solution for numerous applications.

 

Features:

Our product is known for its exceptional effectiveness in a diverse range of applications. From mechanical dewatering to thickening, from flotation to clarification, our solution has proven itself as a highly effective option.

 

Additionally, our solution also performs exceptionally well in the treatment of acidic suspended wastewater, making it a great choice for industries dealing with such waste.

 

By using our solution, clients can also benefit from a reduction of inorganic coagulant dosage, leading to cost savings and more eco-friendly waste disposal practices.

 

Another notable advantage of our product is its ability to cut down on sludge production, which can be a costly and time-consuming aspect of wastewater treatment. This reduction in sludge ultimately translates to a reduction in overall treatment cost.

 

Finally, our solution has been shown to increase clarifier throughput, improving the efficiency and speed of the wastewater treatment process.

 

Technical Parameters:

Specifications: Index:
Appearance: Off-White Granular Powder
Ionic Charge: Non-ionic
Particle Size: 20-100 mesh
Molecular Weight: High
Anionic Degree: Low (3-6%)
Solid Content: 89% Min
Bulk Density: About 0.8
Specific Gravity at 25°C: 1.01-1.1
Recommended Working Concentration: <0.5%
PH Value: 6-9
Storage Temperature (°C): 0 - 35
Shelf Life: 2 Years
 

Applications:

Water Treatment Methods

Raw water contains impurities that must be removed before it can be used for consumption or industrial processes. Raw water treatment involves various processes, including:

  • Flocculation - this is a process of mixing chemicals into the water to cause impurities to clump together for easy removal.
  • Clarification - This step involves the removal of the suspended solids that would otherwise render the water unusable.

Industrial waste water treatment is essential in maintaining a clean environment. The process involves the following steps:

  • Primary Clarification - This step involves separating larger particles of waste from the water.
  • Secondary and Tertiary Treatment - This is an advanced process that utilizes biological processes and chemicals to remove finer waste materials from water.
  • Sludge Thickening and Dewatering - This is a step in which the sludge produced during wastewater treatment is thickened and dewatered, making it easier to manage and dispose of.

Sewage treatment is crucial in preventing the spread of diseases, and it involves the following steps:

  • Primary Treatment and Sludge Dewatering - In the primary stage, heavy sediments settle, and lighter solids float to the surface, where they are skimmed off.

Process industries depend on various methods to maintain their processes. Some of the methods include:

  • Mining and Metallurgy - Tailings thickening and water recovery is an essential process in the management of waste from mining and metallurgy.
  • Coal - Tailings thickening and water recovery is equally crucial in coal processing.
  • Textile - Printing and coating thickeners are used in textile industries, and wastewater sedimentation is employed in the treatment of wastewater from textile factories.

Petroleum and gas fields are vital to various industries, and their management processes include:

  • Drilling fluids - This refers to the liquid used in drilling to maintain the integrity of the borehole  and reduce friction.
  • Fluid loss control - This is the process of controlling fluid loss during drilling operations.
  • Lubrication - Lubrication is an essential process in the petroleum and gas industry as it reduces friction and prolongs equipment lifespan.

N630 NPAM Non-ionic Polyacrylamide Mining & Metallurgy Tailings Thickening And Water Recovery 0