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APAM
THFINE
CAS No. 9003-05-8
Anionic Polyacrylamide
Properties:
Our company produces a wide range of Anionic Polyacrylamide (APAM) products, to meet diverse industrial applications. APAM is a versatile polymer extensively utilized across various industries for its flocculating, thickening, and rheological properties. Its primary applications include: Petroleum Industry: Enhanced Oil Recovery (EOR), drilling fluids, fracturing fluids, and profile control. Mining: Processing of minerals such as gold, copper, titanium, iron, coal, and aluminum. Water Treatment: Solid-liquid separation, industrial wastewater treatment, and wastewater recycling across sectors like metallurgy, power, chemical, coal, paper-making, printing and dyeing, tanning, pharmaceutical, food, stone processing, and sand washing. Paper-making: Serving as a dispersant to improve paper quality.
Detailed Applications:
1. Enhanced Oil Recovery (EOR) APAM significantly improves oil extraction efficiency in oilfields. Its application in EOR has been recognized in regions including China, North America, South America, India, the Middle East, and Russia. Specific uses encompass: • Standard EOR: Enhancing the viscosity of the displacing fluid to improve oil recovery. • EOR with Temperature and Salt Resistance: Tailored APAM formulations that maintain performance under high-temperature and high-salinity conditions.
2. Drilling Fluids in Oilfields In drilling operations, APAM functions as: • Shale Inhibitor: Preventing shale hydration and disintegration. • Mud Thickener: Increasing the viscosity of drilling muds to stabilize the borehole and transport drill cuttings effectively.
3. Fracturing Fluid Drag Reducer APAM is employed to reduce friction in fracturing fluids, facilitating the efficient propagation of fractures in reservoir rocks during hydraulic fracturing processes.
4. Profile Control and Water Plugging APAM aids in modifying the permeability profile of reservoirs and plugging unwanted water pathways, thereby enhancing oil recovery and reducing water production.
5. Mining Industry APAM is utilized in the beneficiation and processing of various minerals: • Gold and Copper Ores: Facilitating the aggregation of fine particles for improved recovery. • Titanium Iron Ores: Enhancing the separation process. • Iron Ore and Coal: Assisting in the sedimentation and filtration processes. • Aluminum Washing: Improving the efficiency of washing processes.
6. Water Treatment APAM is effective in: • Solid-Liquid Separation: Promoting the aggregation of suspended solids for easier removal. • Industrial Wastewater Treatment: Treating effluents from industries such as metallurgy, power generation, chemicals, coal, paper-making, printing and dyeing, tanning, pharmaceuticals, food processing, stone processing, and sand washing. • Wastewater Recycling: Enhancing the recyclability of water within industrial processes.
7. Paper-making In the paper industry, APAM serves as a dispersant, improving the uniformity and quality of paper products by preventing fiber flocculation.
Properties:
Our company produces a wide range of Anionic Polyacrylamide (APAM) products, to meet diverse industrial applications. APAM is a versatile polymer extensively utilized across various industries for its flocculating, thickening, and rheological properties. Its primary applications include: Petroleum Industry: Enhanced Oil Recovery (EOR), drilling fluids, fracturing fluids, and profile control. Mining: Processing of minerals such as gold, copper, titanium, iron, coal, and aluminum. Water Treatment: Solid-liquid separation, industrial wastewater treatment, and wastewater recycling across sectors like metallurgy, power, chemical, coal, paper-making, printing and dyeing, tanning, pharmaceutical, food, stone processing, and sand washing. Paper-making: Serving as a dispersant to improve paper quality.
Detailed Applications:
1. Enhanced Oil Recovery (EOR) APAM significantly improves oil extraction efficiency in oilfields. Its application in EOR has been recognized in regions including China, North America, South America, India, the Middle East, and Russia. Specific uses encompass: • Standard EOR: Enhancing the viscosity of the displacing fluid to improve oil recovery. • EOR with Temperature and Salt Resistance: Tailored APAM formulations that maintain performance under high-temperature and high-salinity conditions.
2. Drilling Fluids in Oilfields In drilling operations, APAM functions as: • Shale Inhibitor: Preventing shale hydration and disintegration. • Mud Thickener: Increasing the viscosity of drilling muds to stabilize the borehole and transport drill cuttings effectively.
3. Fracturing Fluid Drag Reducer APAM is employed to reduce friction in fracturing fluids, facilitating the efficient propagation of fractures in reservoir rocks during hydraulic fracturing processes.
4. Profile Control and Water Plugging APAM aids in modifying the permeability profile of reservoirs and plugging unwanted water pathways, thereby enhancing oil recovery and reducing water production.
5. Mining Industry APAM is utilized in the beneficiation and processing of various minerals: • Gold and Copper Ores: Facilitating the aggregation of fine particles for improved recovery. • Titanium Iron Ores: Enhancing the separation process. • Iron Ore and Coal: Assisting in the sedimentation and filtration processes. • Aluminum Washing: Improving the efficiency of washing processes.
6. Water Treatment APAM is effective in: • Solid-Liquid Separation: Promoting the aggregation of suspended solids for easier removal. • Industrial Wastewater Treatment: Treating effluents from industries such as metallurgy, power generation, chemicals, coal, paper-making, printing and dyeing, tanning, pharmaceuticals, food processing, stone processing, and sand washing. • Wastewater Recycling: Enhancing the recyclability of water within industrial processes.
7. Paper-making In the paper industry, APAM serves as a dispersant, improving the uniformity and quality of paper products by preventing fiber flocculation.
