DuPont AmberLiteHPR1400 H with AmberLiteHPR9000 OH ETA polishing application

Mondo Finance Updated on 2024-02-10

dupont™ amberlite™ hpr1400 h

DuPont Amberlite HPR1400 H with Amberlite HPR9000 OH for condensate polishing applications using ethanolamine (ETA).

Amberlite HPR1400 H ion exchange resin is a uniform, gelatinous, strong acid cation exchange resin for condensate polishing applications in the nuclear power industry.

It is specifically designed for condensate polishing applications using ethanolamine (ETA) in PWR nuclear power plants, when the highest resin purity and water quality are required.

When used in a mixed bed with Amberlite HPR9000 OH ion exchange resin, Amberlite HPR1400 H is the first cationic resin to provide protection against sulfate kinetic issues that commonly plague many pressurized water stack polishers using ETA chemistry. The resin has been shown to mitigate ETA-related surface fouling of anionic resins in mixed beds, thereby stabilizing sulfate removal kinetics and significantly improving anionic resin lifetime and polisher overall performance.

Based on the good chemistry of Amberlite HPR650 H ion exchange resin, Amberlite HPR1400 H will provide the same operational capability, durability and hydraulic performance that PWR condensate polishing systems have known and proven for many years.

amberlite™ hpr1400 h ion exchange resin is a uniform particle size, gel, strong acid cation exchange resin for condensate polishing applications for the nuclear power industry.

it is designed specifically for condensate polishing applications in pwr nuclear power generating plants using ethanolamine (eta) when highest resin purity and water quality are required.

when used in mixed beds with amberlite™ hpr9000 oh ion exchange resin, amberlite hpr1400 h is the first cation resin to offer protection from the sulfate kinetic problem that has commonly plagued many pwr polishers operating with eta chemistry.

this resin has been demonstrated to mitigate the eta-related surface fouling of the anion resin in mixed beds, thus stabilizing sulfate removal kinetics and notably increasing anion resin life and overall polisher performance. based on the well-established chemistry of amberlite™ hpr650 h ion exchange resin, amberlite hpr1400 h will deliver the same operating capacity, durability, and hydraulic performance that has been known and appreciated for years in pwr condensate polishing systems.

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