Anionic Polyacrylamide for Mining | Feymer APAM

showlist/anionic-polyacrylamide-for-mining, showlist/anionic-polyacrylamide-for-mining,
EN
Inquiry 
showlist/anionic-polyacrylamide-for-mining, showlist/anionic-polyacrylamide-for-mining,
EN
Inquiry
High-Performance Anionic Polyacrylamide for Mining

High-Performance Anionic Polyacrylamide for Mining

Discover Feymer’s premium anionic polyacrylamide for mining, engineered to optimize mineral processing and tailings management. As a leading manufacturer, we deliver high-molecular-weight, high-charge anionic PAM that accelerates settling rates by up to 30%, clarifies process water, and cuts chemical dosage by 20%. Tailored for diverse applications including coal washing, copper, gold, and iron ore processing, our product enhances solid-liquid separation and solid recovery in thickeners, clarifiers, and filter presses. By achieving over 95% water reuse efficiency and meeting global environmental standards, Feymer’s anionic polyacrylamide minimizes freshwater extraction while dramatically lowering operational costs. Backed by state-of-the-art polymerization technology, three production bases, five factories, and dedicated technical support including jar testing, we help global mining operations achieve sustainable productivity. Learn how our APAM solutions transform tailings dewatering.
Get A Quote

Advantages of the product

Superior Settling Performance

Our anionic polyacrylamide features ultra-high molecular weight and optimized charge density to promote rapid flocculation. By accelerating particle sedimentation in thickeners, it boosts throughput, produces clearer overflow water, and reduces flocculant consumption by 20%. This significantly lowers plant operating costs while maximizing valuable mineral recovery across demanding processing circuits.

Customized Solutions for Diverse Ores

Tailored for coal, copper, gold, and iron ore, our anionic polyacrylamide matches specific slurry pH and water chemistry. Through rigorous laboratory testing and plant trials, our technical team formulates optimal polymer grades. This precise customization minimizes chemical dosage, enhances supernatant clarity, and improves filter cake dryness to maximize overall water recovery.

Eco-Friendly and Cost-Effective

Designed for sustainable mining, Feymer's anionic polyacrylamide facilitates high-efficiency water recycling, drastically cutting freshwater consumption. Featuring low residual monomer content, it meets strict environmental compliance standards. High flocculation efficiency reduces overall dosage rates, delivering long-term savings while advancing zero-liquid discharge goals.

Related Products

Organic Coagulants VIEW DETAILS

Organic Coagulants

Tetraallyl Ammonium Chloride (TAAC) VIEW DETAILS

Tetraallyl Ammonium Chloride (TAAC)

Granulate Anionic & Non-ionic Polyacrylamide (APAM / NPAM) VIEW DETAILS

Granulate Anionic & Non-ionic Polyacrylamide (APAM / NPAM)

Polyamine Series VIEW DETAILS

Polyamine Series

Anionic polyacrylamide (APAM) is a essential flocculant in modern mineral processing, enabling rapid solid-liquid separation and tailings dewatering. Operating via charge neutralization and polymer bridging, APAM aggregates fine suspended particles into large, dense flocs that settle rapidly in neutral to alkaline pH circuits. High-molecular-weight APAM ensures exceptional overflow clarity, allowing up to 95% of process water to be recycled back into processing systems. This dramatically reduces freshwater intake in arid mining regions while optimizing thickener throughput. Produced with advanced polymerization technology across Feymer’s global production network, our APAM provides stable performance across belt presses and clarifiers, supporting sustainable, compliant mining operations worldwide.

Frequently Questions

How does anionic polyacrylamide work in mining applications?

Anionic polyacrylamide (APAM) works through charge neutralization and polymer bridging mechanisms. When introduced into mineral slurries or tailings, the negatively charged polymer chains bind with suspended solids or bridge adjacent particles together. This action aggregates fine, slow-settling particles into larger, heavy flocs that precipitate rapidly under gravity. The resulting rapid sedimentation significantly clarifies the supernatant water above, making it suitable for immediate reuse in plant operations. APAM efficiency is dictated by parameters such as molecular weight, charge density, slurry pH, and particle size distribution. Our technical specialists conduct comprehensive laboratory testing to recommend the ideal product grade for your specific ore processing circuit.
Typical dosages for anionic polyacrylamide in mine tailings dewatering range between 10 and 100 grams per ton of dry solids, depending on solids concentration, slurry pH, and particle size. Because every mining circuit possesses distinct mineralogical characteristics, exact requirements must be determined through jar testing and on-site trials. Underdosing leads to incomplete flocculation and turbid overflow water, whereas overdosing increases chemical costs and causes polymer blinding in filter media. Feymer’s field engineers provide comprehensive testing services on client samples to establish the precise dosage that maximizes settling velocity, optimizes cake dryness, and minimizes operational expenditure.

Related Articles

Why Is PAM Essential for Mining Operations?

03

Aug

Why Is PAM Essential for Mining Operations?

Discover why PAM is essential for mining operations to improve dewatering and tailings management. Feymer delivers high-performance polymer solutions.
View More
What Are the Industrial Uses of Polyamine?

03

Aug

What Are the Industrial Uses of Polyamine?

Discover diverse industrial uses of polyamine in oilfields, cooling towers, and heavy metal removal. Feymer delivers advanced polymer solutions.
View More
How to Select High Efficiency Water Soluble Polymer for Wastewater

18

Aug

How to Select High Efficiency Water Soluble Polymer for Wastewater

Learn how to select high efficiency water soluble polymer for industrial wastewater treatment with technical metrics, application data, and expert support from Feymer.
View More

Customer Testimonials

Carlos Martinez
Enhanced Tailings Dewatering and Cost Savings

Feymer's anionic polyacrylamide improved our thickener settling rate by 30%, boosting plant throughput without capital expenditure. On-site technical optimization reduced our flocculant consumption by 20% while delivering crystal-clear overflow water for immediate reuse.

Dock Coffman
Superb Performance in Coal Preparation

Switching to Feymer APAM transformed our coal washing plant. Solid-liquid separation efficiency in our flotation circuits improved immediately, filter press cycles shortened, and process water clarity met all environmental standards. Exceptional product quality and reliable supply.

Get a Free Quote

Our representative will contact you soon.
0/1000
anionic pam anionic polyacrylamide powder anionic polyacrylamide manufacturer anionic polyacrylamide factory water treatment anionic polyacrylamide anionic polyacrylamide for mining anionic polyacrylamide for oilfield anionic polyacrylamide supplier anionic polyacrylamide granules anionic polyacrylamide oil drilling anionic pam for mineral flotation mining anionic pam
Advanced Polymerization Technology

Advanced Polymerization Technology

Feymer utilizes state-of-the-art polymerization technology to manufacture anionic polyacrylamide with high purity, precise molecular weight distribution, and controlled charge density. Advanced post-hydrolysis processing delivers ultra-high molecular weight polymers that form robust flocs under challenging mineral slurry conditions. Rigorous batch testing guarantees consistent solubility and rapid dissolution, preventing equipment fouling and operational downtime. Designed to perform reliably across extreme pH ranges and high-salinity process waters, our APAM products maximize solid-liquid separation efficiency in demanding thickener and filtration systems worldwide.
Comprehensive Technical Support

Comprehensive Technical Support

Beyond supplying premium chemicals, Feymer provides end-to-end technical support to optimize client operations. Our team of experienced chemists and process engineers performs detailed slurry analysis, laboratory jar testing, and on-site trials to identify the ideal polymer grade and dosage strategy for your specific ore type. We assist with dosing system calibration, flocculation troubleshooting, and operator training to ensure peak performance. This hands-on collaboration helps mining operations minimize chemical consumption, shorten filtration cycle times, enhance water recovery rates, and lower overall operational expenditures.