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現(xiàn)貨供應(yīng)羅門哈斯電站凝結(jié)水精處理樹脂AMBERLITE IRN160 

現(xiàn)貨供應(yīng)羅門哈斯電站凝結(jié)水精處理樹脂AMBERLITE IRN160

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    羅門哈斯AMBERLITE IRN160是均粒、凝膠型強(qiáng)酸陽離子交換樹脂和強(qiáng)堿陰離子交換樹脂的混合物。其出廠形態(tài)為H﹢/OH-型，且達(dá)到了動態(tài)平衡轉(zhuǎn)型極限。AMBERLITE IRN160適用于核廢水處理和沸水堆核電站凝結(jié)水精處理深層混床處理。該樹脂具有較高交換容量和優(yōu)異的抗磨檫和滲透壓力能力的特點。陰樹脂和陽樹脂不分離的特性使該混合樹脂輸送非常簡單，不會產(chǎn)生陰陽樹脂分離的現(xiàn)象。  

羅門哈斯AMBERLITE IRN160是通過特殊工藝制造的，專為核電站水質(zhì)工程設(shè)計的核級混合樹脂。這種特殊的樹脂制造工藝再結(jié)合羅門哈斯公司降低陰離子交換樹脂中氯型樹脂含量的后處理工藝，使樹脂達(dá)到一種極限純度，以滿足核工業(yè)的嚴(yán)格要求。應(yīng)用及建議運行條件

羅門哈斯AMBERLITE IRN160具有極高的純度和優(yōu)良的物理穩(wěn)定性，在核電站的使用中表現(xiàn)出了其它樹脂不可替代的優(yōu)越性。陰陽樹脂不分離的特性使其成為以下幾個應(yīng)用領(lǐng)域的最佳選擇。 ·沸水堆核電站凝結(jié)水精處理深層混床 ·核廢水除鹽 ·混床除鹽 AMBERLITE IRN160同樣可以應(yīng)用于各種不同的核廢水處理。

最小床深------------------------------------------------800mm

最高使用溫度--------------------------------------------60℃

運行流量------------------------------------------------80BV/h

運行流速------------------------------------------------120m/h(35-50℃)

BASIC RESIN PROPERTIES
In non-regenerable final polishing applications,
UPW performance is much more significant than
basic resin properties. It is still important to
know that the resins used in the application are
of the highest capacity and total quality. The
typical properties of the resins used in Amberjet
UP6040 are shown below. These values are listed
to show that both the cation and anion resins
used to make Amberjet UP6040 meet stringent
standards for high capacity, uniform particle size
ion exchange resins.
Cation H+ Anion OH 
–
Moisture holding capacity, % _________________ 44.0 - 51.0 54.0 - 60.0
Total exchange capacity, eq/L ________________ ≥ 2.00 ≥ 1.10
Uniformity coefficient _______________________ ≤ 1.20 ≤ 1.20
H form % of sites ________________________ ≥ 99 -
OH form % of sites ________________________ - ≥ 95.0
Cl form, % of sites ________________________ - ≤ 0.5
CO3 form % of sites ________________________ - ≤ 5.0
SO4 form % of sites ________________________ - ≤ 0.1

Feed water temperature______________________ 15 to 25°C (60 to 77° F)
Minimum bed depth ________________________ 900 mm (3 feet)
Service flow rate ____________________________ 30 to 50 BV*/h
Recommended influent water quality
Inlet Resistivity ____________________________ > 17 MΩ·cm
Inlet Silica ________________________________ < 2 ppb
Inlet Total Organic Carbon _________________ < 15 ppb