HPN203-Nuclear Power Plant Waste Purification Resin

Name: HPN203-Nuclear Power Plant Waste Purification Resin
Brand: Jiangsu Haipu Functional Materials Co.,Ltd.

HPN203 is suitable for purifying fission products, corrosion products, and impurity ions generated during operation to maintain the water quality of the primary circuit system and to reduce the radiation dose of the power plant.

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Product advantages

HPN203 macroporous nuclear-grade mixed-bed resin features excellent(exhibit outstanding) kinetic properties(performance) and exchange capacity, extremely(exceptional) high purification purity and regeneration level(efficiency), and superior physicochemical stability and anti-permeation strength(osmotic resistance).

Application Scenarios:

For example: Purification of primary circuit coolant, removal of lithium, potassium, and boron(Li, K, B removal); purification of primary circuit auxiliary systems and removal of boron, as well as water purification in spent fuel purification systems, chemical & volume control systems(CVCS), and removal and purification of radioactive elements, sodium, chloride, fluoride(Na, Cl, F), and other impurities.

Physical and chemical performance indicators:

Characteristic

Cation Resin

Anion Resin

Framework

Styrene-Divinylbenzene Copolymer

Form

Macroporous

Mixing Ratio

Cation Resin: Anion Resin = 1:1

Functional Groups

Cation Adsorption Groups

Anion Adsorption Groups

Ionic Form

H⁺

OH⁻

Volume Total Exchange Capacity, mmol/ml

≥1.65

≥0.95

Particle Size Range, mm

0.30-1.20

Wet Bulk Density, g/ml

0.67-0.76

Maximum Operating Temperature, ℃

60.0

Hydrogen Form Content, %

≥99.5

Hydroxide Form Content, %

≥95.0

Chloride Content, %

≤0.1

Carbonate Content, %

≤5.0

Sulfate Content, %

≤0.1

Sodium Content, mg/kg-R (dry)

≤20

≤40

Iron Content, mg/kg-R (dry)

≤25

≤50

Heavy Metals Content, as Pb, mg/kg-R (dry)

≤20

≤10

Extractables, % (dry)

≤0.1