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Energia Nuclear

Os produtos Purolite NRW são fabricados exclusivamente para uso em operações de plantas de Energia Nuclear, contando com uma equipe completa de suporte técnico. Todos os produtos atendem às especificações da mais alta qualidade exigidas pela indústria de energia nuclear em todo o mundo. A ampla linha de produtos NRW da Purolite permite que as usinas de energia alcancem todas as áreas de purificação de água dentro das operações nucleares, incluindo:

Requisitos de polimento para água de reposição (MU)
Polimento de condensado de leito profundo (CP)
Controle de volume químico (CVCS) durante a potência total
Limpeza da água do reator (RWC)
Limpeza de resíduos radioativos
Limpeza externa com altas cargas iônicas e coloides finos
Recuperação da purga do gerador de (SGBD)
Limpeza das piscinas de combustíveis nucleares usados (SFP)

Technical Paper: Source Term Reduction Using Specialty Macroporous Resins
Radionuclide Reduction, Waste Reduction and Power Plant Decommissioning

TECHNICAL PAPER

Nuclear Plant Services

We partner with you to optimize savings and continually develop products and services and seek methods to reduce operating costs. Our technical experts are ready to offer application, resin and system modification assistance while providing attention to system detail without introducing risk.

Resin bed optimization
Resin bed operating capacity calculations for de-lithiation beds and RFO beds
Resin bed life extensions recommendations
Resin bed layering Schemes
Targeted radioactive isotope removal
Resin source-term reduction assessments

We are here to help!
Have a question about nuclear power? Please call us at +1 484 439 4425 or complete our Contact Us Form, and an expert from our nuclear team will be in touch.

Nuclear Power: Source Term Reduction with Macroporous Resins
January 18, 2023 11am EST

This webinar will demonstrate how source-term reduction can be achieved using macroporous cation and anion resins and explain how these resins are becoming the industry standard at many utilities worldwide. The data presented will demonstrate the superiority of macroporous cations used to remove divalent metals such as Co-58/60. Data will also show how macro and orthopterous anions for removing colloidal nuclides in water streams contribute to source-term reduction.
Learn More and Register

Pressurized Water Reactor (PWR) Primary Resins
September 13, 2023 11am EST

This webinar is designed to facilitate knowledge transfer and educate about the resins used in Chemical Volume Control Systems (CVCS) and Spent Fuel Pools (SFP) at PWR nuclear power stations. The webinar includes an overview of each system and how resin impacts system performance. Additionally, it will cover opportunities for CVCS systems to be optimized by using Purolite’s layering system.
Learn More and Register

Source Term Reduction Using Specialty Macroporous Resins

Authors: Terrance Heller, Sr. Technical Sales Specialist,Chris Bailey, Southern U.S. Regional Manager

Specialty macroporous ion exchange resins are well-established in primary systems for clean-up and full-power nuclear operations. Nuclear plants using specialty macroporous resins have greater dose retention on clean-up beds and lower activity on post-filters, among other benefi ts. The macroporous anions NRW5010 and NRW5070 are used for operations considered unique to resin technology, specifi cally the filtration of extremely fi ne corrosion products that conventional filtration will not remove. The macroporous cation NRW160 has notably greater loading for cobalt, cesium, and other metals. Achievements reported with macroporous resins have resulted in these products being considered among the best-accepted practices for nuclear plant operations. READ MORE

Nuclear-Grade Resin Applications

Chemical Volume Control (CVCS) during full power
Resin layering technology in the CVCS, uses proven macroporous specialty resins including the orthoporous NRW5010XLC or NRW5070XLC for colloidal activity, the cation NRW160Li7 for high selective removal of metals including Cs, Co, and Ni and the specialty mixed bed NRW3560XLCLi7 for final polishing. This technology has a 20+ year record of exceptional results. The XLC version of the anions ensures no chloride issue during PWR startup with high boron and lithium concentrations.

Outage cleanup with high ionic loads and fine colloids
The layered technology discussed above was introduced by Purolite primarily for outage beds as this is where the greatest colloid and ionic load is generated during the oxidizing cleanup phase. The cleanup bed has affinity for fine colloids and high selectivity for Co58. With continuous use this technology is included in best practice for source term reduction by the nuclear industry.

Spent fuel pool (SFP) cleanup
Resins polishing spent fuel coolant encounter aggressive oxidative conditions resulting in sulfate accumulation after a short service period. The high crosslinked cation NRW1180 or the mixed bed NRW3860 incorporating this cation have shown extended life in this environment. Use of these resins and possible other practices such as short loading may improve demineralizer life and reduce resin waste. If difficult isotopes are present in the pool, selective resins are available such as NRW5330B with high affinity for antimony and other trace metals.

Steam generator blowdown (SGBD) recovery
Specific resins have been developed for use in polishing steam generator blowdown for reuse. Our low sodium cations NRW160LS and NRW1160LS are specific for plants that do not regenerate and will operate polishing demineralizers months beyond a conductivity or amine break while controlling the release of Na. The complimenting mixed beds NRW3560LS and NRW3675LS also employ low sodium cation components supporting long-term service of the blowdown demineralizer. If resins are regenerated or operated in other configurations, there are many resins available to complement your system operation.

Radioactive waste cleanup
Removal of isotopes and ionic impurities from waters planed for reuse of discharge is properly addressed with the specialty mixed bed NRW3560 or the slightly more economical mixed bed NRW3240. Use of the layered specialty macroporous anion NRW5010 or NRW5070 and the macroporous cation NRW160 during outage cleanup generally improves treatability of wastewater collected during outage. In the event there are difficult isotopes in the radwaste stream, there are many selective resins available for specific situations.

Nuclear grade resin for deep bed condensate polishing (CP)
Specialty condensate polishing resins Supergel™ SGC650H and Supergel SGA550OH or the premix mixed bed NRW1200 are designed for PWR polishers. For those preferring visual benefit and fouling tolerance of macroporous anions, NRW5050 is a proven product. Non-regenerable pressurized water reactor (PWR) and boiling water reactor (BWR) deep bed polishers will find NRW1160 and NRW8000 beneficial with these low organic sulfate and organic chloride releasing resins.

Polishing requirements for makeup (MU) water
Regenerable resins such as NRW100 and NRW400 will perform the bulk of the demineralization and mixed bed polishing followed by a non-regenerable mixed bed UCW3710 for final polishing of trace ions and minimizing total organic carbon (TOC) release from the resin. This makeup water will be used in all nuclear systems.

Nuclear grade resin for reactor water cleanup (RWC)
The layered technology discussed above is applicable for BWR reactor water deep bed demineralizers with affinity for fine colloids and excellent selectivity for Co60.

Cation Decontamination

NRW160 Independent Study

Geração de energia nuclear | Produtos por aplicação

Cation Conductivity

NRW160IND

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, com Indicador, Grau Nuclear

Colloidal Removal

NRW5010

Poliestirênico Macroporoso, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, alta Porosidade, Grau Nuclear

NRW5010XLC

Poliestirênico Macroporoso, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Alta Porosidade, Cloreto Extra Baixo, Grau Nuclear

NRW5070

Poliestirênico Macroporoso, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Grau Nuclear

NRW5070XLC

Poliestirênico Macroporoso, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Alta Porosidade, Cloreto Extra Baixo, Grau Nuclear

Condensate Polishing - Anion Underlay

NRW6000

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Tamaho Uniforme de Esferas, Grau Nuclear

NRW600XLC

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Cloreto Extra Baixo, Grau Nuclear

NRW8000

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Tamaho Uniforme de Esferas, Grau Nuclear

Condensate Polishing - Primary Water

NRW3560

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3560LS

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3560XLCLi7

Poliestirênico Macroporoso, Gel, Cátion / aniônico de base forte, Lítio 7: Forma Hidroxila, 1:1 Leito Misto equivalente, Cloreto Extra Baixo, Grau Nuclear

NRW3561

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3670

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3675LS

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

Condensate Polishing - Secondary Water

SGA550OH

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Supergel^™, Tamaho Uniforme de Esferas

SGC650H

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Supergel^™

CVCS - Clean Up Bed

NRW3460

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3560

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3670

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

CVCS - Delithiation Bed

NRW1160

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Tamaho Uniforme de Esferas, Grau Nuclear

NRW1160LS

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Tamaho Uniforme de Esferas, Grau Nuclear

NRW160

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

NRW160LS

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

CVCS - Lithiated Polishing Bed

NRW3460Li7

Poliestirênico Gel, Gel, Resina Mista, Forma de Lítio 7, Forma de Hidróxido, Grau Nuclear

NRW3560Li7

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Lítio 7, Forma de Hidróxido, Grau Nuclear

NRW3560XLCLi7

Poliestirênico Macroporoso, Gel, Cátion / aniônico de base forte, Lítio 7: Forma Hidroxila, 1:1 Leito Misto equivalente, Cloreto Extra Baixo, Grau Nuclear

Polimento de condensado - precoat

CG19H

Poliestirênico Pó, Forma de Hidrogênio, Forma de Hidróxido

Radwaste Cleanup

NRW100

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

NRW3460

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3562

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Rico em Cátions, Grau Nuclear

NRW600

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Grau Nuclear

NRW8000

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Tamaho Uniforme de Esferas, Grau Nuclear

Spent Fuel Pool

NRW160

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

NRW3560

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3560XLC

Poliestirênico Macroporoso, Gel, Cátion / aniônico de base forte, Hidrogênio: Forma Hidroxila, 1:1 Leito Misto equivalente, Cloreto Extra Baixo, Grau Nuclear

NRW5330B

Poliestirênico Macroporoso, Forma boro

NRW600

Poliestirênico Gel, Resina Aniônica Fortemente Básica Tipo I, Forma de Hidróxido, Grau Nuclear

Steam Generator Blowdown

NRW1160

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Tamaho Uniforme de Esferas, Grau Nuclear

NRW1160LS

Poliestirênico Gel, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Tamaho Uniforme de Esferas, Grau Nuclear

NRW160

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

NRW160LS

Poliestirênico Macroporoso, Resina Catiônica Fortemente Ácida, Forma de Hidrogênio, Grau Nuclear

NRW3560

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3560LS

Poliestirênico Macroporoso, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

NRW3675LS

Poliestirênico Gel, Gel, Resina Mista, Forma de Hidrogênio, Forma de Hidróxido, Grau Nuclear

Energia Nuclear

FORMULÁRIOS

Estamos aqui para ajudar

Visão geral

Literatura

Estudos de caso

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Technical Poster

Energia Nuclear

Operating Steam Generator Blowdown Demineralizers in the Amine Form

Condensate Purification for the Power Industry

Nuclear-Grade Products, On-Site Technical Services and Auditing

Nuclear Plant Services

Source Term Reduction Using Specialty Macroporous Resins

Nuclear-Grade Resin Applications

Geração de energia nuclear | Produtos por aplicação