HPU3——Uranium Extraction Resin

Name: HPU3——Uranium Extraction Resin
Brand: Jiangsu Haipu Functional Materials Co.,Ltd.

HPU3 boasts a highly porous nanoscale structure with uniform cross-linking and exceptional hydraulic diffusion properties. These features ensure rapid adsorption kinetics, high adsorption precision, superior mechanical strength, and long-term stability.

The resin exhibits large adsorption capacity, simple desorption methods, low regeneration costs, and extended service life, enabling repeated use in demanding environments.

Get a Quote 

Application Scenarios

Acidic Leachate Treatment in Uranium Mining
During uranium ore extraction, acidic leachates (e.g., sulfuric acid solutions) contain high concentrations of uranium ions. HPU3 can directly adsorb and recover uranium from these solutions, improving recovery efficiency while reducing wastewater pollution.

Uranium Recovery in Nuclear Fuel Reprocessing
In post-processing of nuclear fuels, acidic waste streams (e.g., nitric acid systems) may contain uranium and other radioactive elements. HPU3 selectively adsorbs uranium to achieve purification and resource recovery.

Acid Mine Drainage (AMD) Remediation
AMD wastewater often contains toxic heavy metals like uranium. HPU3 adsorbs uranium to mitigate environmental risks while enabling valuable resource recovery.

Laboratory/Industrial Uranium-containing Wastewater Treatment
Suitable for treating acidic uranium-containing wastewater generated by research institutions or nuclear facilities, ensuring safe discharge or resource recycling.

Decommissioning of Nuclear Facilities
For acidic contaminated liquids (e.g., corrosive cleaning effluents containing uranium) produced during nuclear facility decommissioning, HPU3 reduces radioactive waste disposal complexity and costs.

Physical and chemical indicators

Parameter

Indicator

Appearance

Yellow spherical granules

Moisture Content (%)

60–70%

Particle Size Range (%)

≥95.0% (0.6–1.20 mm)

Wet Apparent Density (g/mL)

1.0–1.1

Sphericity (%)

≥95.0%

Functional Groups

Specialized chelating groups

Treatment Precision (Minimum Effluent Level)

<1 mg/L

Adsorption Capacity

10.75 g/L