Brief: Let’s dive in — see this solution in action and notice the key moments. In this video, we showcase Hengfeng's Anionic Polyacrylamide Emulsion (APAM) for industrial and urban wastewater treatment. Watch as we demonstrate its effective flocculation process, accelerating solid-liquid separation and improving water quality across various applications.
Related Product Features:
Anionic polyacrylamide emulsion (APAM) is used for industrial and urban wastewater treatment.
It effectively separates solids from liquids, accelerating sedimentation and improving water quality.
In mineral processing, it enhances mineral adhesion to bubbles, increasing recovery rates.
In the paper industry, it improves fiber retention, drainage, and acts as a sizing agent.
For oilfield applications, it increases water viscosity in polymer flooding and fracturing processes.
Suitable for sludge treatment with high electric density for optimal dewatering effects.
Helps remove organic contaminants from wastewater after concentration and flotation.
Supports various industrial processes with tailored molecular weights and electric densities.
FAQs:
What is the primary application of Hengfeng Anionic Polyacrylamide Emulsion?
It is primarily used in industrial and urban wastewater treatment to separate solids from liquids, accelerate sedimentation, and improve water quality through effective flocculation.
How does this product benefit the mineral processing industry?
In mineral processing, it increases the adhesion and absorption between minerals and bubbles during flotation, which helps improve the recovery rate of minerals and aids in dewatering.
Can Hengfeng provide customized products for specific wastewater treatment needs?
Yes, Hengfeng has a strong technical service team that creates personalized products and provides comprehensive technical services based on on-site water quality, treatment processes, and equipment.
What industries besides wastewater treatment use this polyacrylamide emulsion?
It is also applied in the paper industry for retention, drainage, and sizing; in mineral processing for flotation and dewatering; and in oilfields for polymer flooding and fracturing fluid viscosity.