HOME | ION EXCHANGE RESINS | LEWATIT
INDUSTRIAL APPLICATIONS
| Condensate Polishing of Industrial Water | |
| MonoPlus M 500 OH | Demineralisation of Industrial Steam generation operated with co-current or modern counter current systems. Polishing using the Lewatit multistep system or conventional mixed bed arrangement. |
| MonoPlus M 800 | Conventional Mixed Bed application. Polishing by a modern Lewatit multistep system. Condensate polishing. |
| MonoPlus M 800 KR | Removal of anions, including radioactive isotopes, from aqueous solutions. Decontamination of circuits in nuclear reactor plants. Treatment of primary coolant. Polishing in the primary and secondary sections as a mixed bed component. |
| MonoPlus M 800 OH | Conventional Mixed Bed application. Polishing using the Lewatit multistep system. Condensate polishing. |
| MonoPlus MP 500 OH | Polishing using the Lewatit multistep system. Condensate polishing. Demineralisation of Industrial Steam generation operated with co-current or modern counter current systems. |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes, from aquious solutions. Decontamination of circuits in nuclear reactor plants. Removal of radioactive cations. Treatment of primary coolant. Removal of activated cleavage or corrosion products. |
| MonoPlus SP 112 H | Demineralisation of Industrial Steam generation operated with co-current or modern counter current systems. Polishing using the Lewatit multistep system. Condensate polishing. |
| SP 120 | Condensate polishing. Softening of Water under arduous conditions. Treatment of electroplating rinse waters. Extraction of heavy metals. |
| Condensate Softening | |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation. Condensate softening. Condensate polishing. |
| Dealkalisation of Industrial water | |
| LEWATIT® CNP 80 | Dealkalisation of industrial water. Removal of temporary hardness. In produced water softening as a single filter unit. |
| LEWATIT® CNP 80 WS | Dealkalisation of industrial water. Removal / Extraction of heavy metals. Removal of temporary hardness. |
| Demineralisation of Industrial water | |
| NM-60 | In mixed bed units for polishing after primary demineralisation systems. In process industries. In demineralisation systems. |
| NM-91 | In mixed bed units for polishing after primary demineralisation systems. EDM Recycling. Small industrial plants. |
| A-365 | Demineralisation of high tds waters. Selective sulphate removal. Purification of aqueous solutions. |
| CNP 80 | Dealkalisation of industrial water. Removal of temporary hardness. Water softening as a single filter unit. |
| CNP 80 WS | Dealkalisation of industrial water. Removal of temporary hardness. The removal of cations. |
| MonoPlus M 600 | Demineralisation of water for industrial steam generation. Water softening. |
| MonoPlus M 800 | Conventional mixed bed application in combination with S 100 H or S 200 KR. Polishing by a modern lewatit multistep system. Condensate polishing. |
| MonoPlus MP 500 OH | Polishing by a modern lewatit multistep system Demineralisation of water for industrial steam generation. |
| MonoPlus MP 600 | Demineralisation of water for industrial steam generation. Polishing by a modern lewatit multistep system Working mixed bed in combination with SP 112 (H) |
| MonoPlus MP 64 | Demineralisation of water for industrial steam generation. Treatment of electroplating rinse waters. Demineralisation of water with a high concentration of humic acids. |
| MonoPlus MP 800 | Demineralisation of water for industrial steam generation. Polishing by a modern lewatit multistep system. Condensate polishing in combination with SP112 or S 200KR |
| MonoPlus MP 800 OH | Polishing by a modern lewatit multistep system. Condensate polishing in combination with SP112 H or S 200KR Demineralisation of water for industrial steam generation. |
| MonoPlus S 100 | Demineralisation of water for industrial steam generation. Polishing using the lewatit multistep system. Softening of industrial water. |
| MonoPlus S 100 H | Demineralisation of water for industrial steam generation. Polishing using the lewatit multistep system. Softening of industrial water. |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes from aqueous solutions. Decontamination of circuits in nuclear reactor plants. Removal of radioactive cations. |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation. Polishing using the lewatit multistep system. Water Softening. Condensate polishing. |
| MonoPlus SP 112 H | Demineralisation of water for industrial steam generation. Polishing using the lewatit multistep system. Condensate polishing |
| MP 62 WS | Groundwater decontamination removal. Recovery of metals, gold, silver from cyanide solutions. Removal of Bisphanol-A from waste water streams. |
| Highly regenerated SAC for conductivity measuring | |
| S 100 G1 | The removal of cations from condensate upstream of a conductivity measuring point. |
| IN 42 | Used as a covering protection layer in Lewatit WS, VWS, Liftbed, Multistep, Reverse WS Systems. |
| Mixed-bed for industrial water applications / Polishing | |
| NM-60 | In mixed bed units for polishing after primary demineralisation systems. In process industries. In electronic industries. |
| NM-91 | In mixed bed units for polishing after primary demineralisation plants. |
| MonoPlus M 500 OH | Demineralisation of water for industrial steam generation. Polishing using Lewatit multistep system. |
| MonoPlus M 800 | Conventional mixed bed application in combination with Monoplus S 100 H or S 200 KR. Polishing by a modern Multistep system. Condensate polishing in combination with Monoplus S 20 KR. |
| MonoPlus M 800 OH | Conventional mixed bed application in combination with Monoplus S 100 H or S 200 KR. Polishing by a modern Multistep system. Condensate polishing in combination with Monoplus S 20 KR or Monoplus SP112 H. |
| MonoPlus MP 800 | Demineralisation of water for industrial steam generation. Polishing by a modern Multistep system. Condensate polishing in combination with SP 112 H or Monoplus S 200 KR. |
| MonoPlus MP 800 OH | Polishing by a modern Multistep system. Condensate polishing in combination with SP 112 H or Monoplus S 100 H. Demineralisation of water for industrial steam generation. |
| MonoPlus S 100 H | Demineralisation of water for industrial steam generation. Polishing by a modern Multistep system. |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes from aquious solutions. Decontamination of circuits in nuclear reactor plants. Removal of radioactive cations. Treatment of primary coolant. |
| MonoPlus SP 112 H | Demineralisation of water for industrial steam generation. Polishing by a modern Multistep system. Condensate polishing in combination with Monoplus MP 800 of Monoplus MP 800 OH. |
| Brackish Water Softening | |
| CNP 80 | Dealkalisation of industrial water operated with co-current systems. Removal of temporary hardness. In a single bed unit downstream of a demineralisation unit. |
| CNP 80 WS | Dealkalisation of industrial water operated with co-current systems. In combination with a strong acid cation resin. Removal of temporary hardness. |
| Pulp & paper | |
| S 6268 | Removal of acid and simultaneous decolourisation of solutions of organic substances. e.g sugar, gelatine, grape must, fruit concentrates etc. |
| Ready-to-use mixed-beds | |
| NM-60 | In mixed bed units for polishing after primary demineralisation systems. In process industries. For rad waste application. |
| NM-91 | EDM recycling. Small industrial plants. Laboratories and photo laboratories. |
| SM 1000 KR | Polishing in the primary and secondary sections as a mixed bed component. Decontamination of circuits in nuclear reactor plants. Removal of activated cleavage or corrosion products. |
| UltraPure 1292 | For the production of high purity water as a non regenerable mixed bed. |
| UltraPure 1294 MD | For the production of high purity water as a non regenerable mixed bed. |
| Removal of organic constituents from industrial water | |
| MonoPlus MP 500 OH | Polishing using the Lewatit multistep system. Condensate polishing. Demineralisation of water for industrial steam generation. |
| MonoPlus MP 64 | Demineralisation of water for industrial steam generation. Treatment of electroplating rinse waters. Demineralisation of water with a high concentration of humic acids and other organic substances. |
| MP 62 WS | Groundwater decontamination Recovery of metals, gold, silver from cyanide solutions. Removal of alkyl halides from carboxylic acids. |
| Softening of industrial water | |
| MonoPlus S 100 | Demineralisation of water for industrial steam generation. Polishing using the Lewatit multistep system. Softening of Industrial Water. |
| S 1467 | Water softening of industrial water. Water softening of drinking water. |
PURE WATER APPLICATIONS
| Demineralisation of ultra-pure water | |
| UltraPure 1213 MD | The production of ultrapure water (>18 MOhm cm at 25ºC) |
| UltraPure 1221 MD | Demineralisation of water to ultrapure quality, treated water is reduced to a level less than 50ppb |
| UltraPure 1231 MD | Demineralisation of water to ultrapure quality, treated water is reduced to a level less than 40ppb |
| UltraPure 1241 MD | Demineralisation of water to ultrapure quality, treated water is reduced to a level less than 20ppb |
| UltraPure 1243 MD | The production of ultrapure water (>18 MOhm cm at 25ºC) |
| UltraPure 1261 MD | Demineralisation of water to ultrapure quality, treated water is reduced to a level less than 50ppb |
| UltraPure 1292 | The production of ultrapure water (>18 MOhm cm at 25ºC) |
| Polishing of ultra-pure water | |
| UltraPure 1213 MD | The production of ultrapure water (>18 MOhm cm at 25ºC) |
| UltraPure 1243 MD | The production of ultrapure water (>18 MOhm cm at 25ºC) |
| UltraPure 1292 | The production of ultrapure water (>18 MOhm cm at 25ºC) as non regenerable mixed bed |
| UltraPure 1294 MD | The production of ultrapure water (>18 MOhm cm at 25ºC) as non regenerable mixed bed |
POWER INDUSTRY APPLICATIONS
| Condensate polishing in the power industry | |
| MonoPlus M 500 OH | Demineralisation of water for industrial steam generation Polishing using the Lewatit multistep system |
| MonoPlus M 800 | Conventional mixed bed application in combination with Monoplus S 100H Polishing using the Lewatit multistep system Condensate polishing |
| MonoPlus M 800 KR | Removal of anions, including radioactive isotopes Decontamination of circuits in nuclear reactor plants Purification of steam generator blowdown |
| MonoPlus MP 500 OH | Polishing using the Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus MP 800 | Demineralisation of water for industrial steam generation Polishing using the Lewatit multistep system Condensate polishing |
| MonoPlus MP 800 OH | Polishing using the Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes Decontamination of circuits in nuclear reactor plants Purification of steam generator blowdown |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation Polishing using the Lewatit multistep system Condensate Softening |
| MonoPlus SP 112 H | Demineralisation of water for industrial steam generation Polishing using the Lewatit multistep system Condensate polishing |
| SP 120 | Condensate polishing Softening of water under arduous conditions Treatment of electroplating rinse waters |
| Highly regenerated SAC for conductivity measuring | |
| S 100 G1 | The removal of cations from condensates upstream of a measuring point |
| Dealkalisation in the power industry | |
| CNP 80 | Dealkalisation of industrial water operated with co-current systems Removal of temporary hardness In its sodium for for the removal / extraction of heavy metals |
| CNP 80 WS | Dealkalisation of industrial water operated with co-current or modern counter current systems Removal of temporary hardness In its sodium for for the removal / extraction of heavy metals |
| Demineralisation in the power industry | |
| A-365 | Demineralisation of high TDS waters Selective sulphate removal Purification of aqueous solutions |
| CNP 80 | Dealkalisation of industrial water operated with co-current systems Removal of temporary hardness In its sodium for the removal / extraction of heavy metals |
| CNP 80 WS | Dealkalisation of industrial water operated with co-current or modern counter-current systems Removal of temporary hardness In its sodium for the removal / extraction of heavy metals |
| MonoPlus M 500 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system |
| MonoPlus M 500 OH | Polishing by a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus M 600 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Working mixed ben in combination with Monoplus S 100 H or Monoplus S 200 KR |
| MonoPlus M 800 | Conventional mixed ben in combination with Monoplus S 100 H or Monoplus S 200 KR Polishing by using a Lewatit multistep system Condensate polishing |
| MonoPlus MP 500 OH | Polishing by using a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus MP 600 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Working mixed ben in combination with Monoplus SP 112 |
| MonoPlus MP 64 | Demineralisation of water for industrial steam generation Treatment of electroplating rinsewaters Demineralisation of water with a high concentration of humic acids |
| MonoPlus MP 800 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Condensate polishing |
| MonoPlus MP 800 OH | Polishing by using a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus S 100 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Softening of industrial water |
| MonoPlus S 100 H | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes Decontimination of circuits in nuclear reactor plants Treatent of primary coolant |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation Condensate softening Polishing by using a Lewatit multistep system |
| MonoPlus SP 112 H | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Condensate polishing |
| Mixed-bed in the power Industry / Polishing | |
| M 500 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| M 500 OH | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system |
| M 800 | Condensate polishing Conventional mixed bed application Polishing by using a Lewatit multistep system |
| M 800 KR | Removal of anions including radioactive isotopes Treatment of primary coolant Decontamination of circuits in nuclear reactor plants |
| M 800 OH | Conventional mixed bed application Polishing by using a Lewatit multistep system Condensate polishing |
| MP 800 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Condensate polishing |
| MP 800 OH | Polishing by using a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| S 100 | Polishing by using a Lewatit multistep system Demineralisation of water for industrial steam generation Water Softening |
| S 200 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| SP 112 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Condensate polishing |
| SM 600 KR Cl-frei | Polishing in the primary and secondary sections as a mixed bed component Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| Removal of organic constituents in the power industry | |
| MP 64 | Demineralisation of water for industrial steam generation Treatment of electroplating rinse waters Demineralisation of water with a high concentration of humic acids |
| MP 800 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Condensate polishing |
| MP 800 OH | Polishing by using a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MP 62 WS | Groundwater decontamination Removal of Bisphanol-A from waste water streams Acids removal from organic process streams |
| S 6268 | Removal of acid and simultanious decolourisation of solutions of organic substances Organic trap (scavenger) fro treatment of waters containing high concentrations of organics |
| Softening in the power industry | |
| MonoPlus S 100 | Demineralisation of water for industrial steam generation Polishing by using a Lewatit multistep system Softening of industrial water |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation Condensate softening Polishing by using a Lewatit multistep system |
| S 1467 | Softening of industrial water Softening of drinking water |
NUCLEAR APPLICATIONS
| Make up Water Treatment Demineralisation | |
| NM-60 | In mixed bed units for polishing In process industries For rad waste application |
| NM-91 | EDM recycling Small industrial plants Laboratories and photo laboratories |
| CNP 80 | Removal of temporary hardness Dealkalisation of industrial water In its sodium form for the removal / extraction of heavy metals |
| CNP 80 WS | Dealkalisation of industrial water Removal of temporary hardness |
| MonoPlus M 500 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system |
| MonoPlus M 500 OH | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system |
| MonoPlus M 600 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system Working mixed bed in combination with Monoplus S100 H |
| MonoPlus M 800 | Conventional mixed bed application Polishing by a Lewatit multistep system Condensate polishing |
| MonoPlus MP 64 | Demineralisation of water for industrial steam generation Treatment of electroplating rinse waters Demineralisation of water with a high concentration of humic acids |
| MonoPlus MP 800 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system Condensate polishing |
| MonoPlus MP 800 OH | Polishing by a Lewatit multistep system Condensate polishing Demineralisation of water for industrial steam generation |
| MonoPlus S 100 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system Softening of industrial water |
| MonoPlus S 100 H | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system |
| MonoPlus S 200 KR | Removal of cations, including radioactive isotopes Purification of steam generator blowdown Decontamination of circuits in nuclear reactor plants |
| MonoPlus SP 112 | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system Removal of cationic on very process water streams |
| MonoPlus SP 112 H | Demineralisation of water for industrial steam generation Polishing by a Lewatit multistep system Condensate polishing |
| MP 62 WS | Groundwater decontamination Recovery of metals Acids removal from organic process streams |
| S 6268 | Removal of acid and simultainious decolourisation of organic substances Organic trap (scavenger) |
| Primary circuit - Conditioning of Leakage Water | |
| MonoPlus M 500 KR | Removal of anions Decontamination of circuits in nuclear reactor plants |
| MonoPlus MP 500 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus MP 800 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus S 100 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus S 200 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Removal of activated cleavage |
| MonoPlus SM 1000 KR | Polishng in the primary and secondary sections as a mixed bed component Removal of activated cleavage Treatment of the primary coolant |
| MonoPlus SP 112 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of the primary coolant |
| S 100 KR-H Cl-frei | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of the primary coolant |
| SM 600 KR Cl-frei | Polishing in the primary and secondary sections as a mixed bed component Decontamination of circuits in nuclear reactor plants Removal of activated cleavage or corrosion products |
| Primary circuit - Fuel element storage pool | |
| MonoPlus M 500 KR | Removal of anions Decontamination of circuits in nuclear reactor plants |
| MonoPlus M 800 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Purification of steam generator blowdown |
| MonoPlus MP 500 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus MP 800 KR | Removal of anions including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus S 100 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of primary coolant |
| MonoPlus S 200 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Removal of activated cleavage |
| MonoPlus SM 1000 KR | Polishng in the primary and secondary sections as a mixed bed component Removal of activated cleavage Treatment of the primary coolant |
| MonoPlus SP 112 KR | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of the primary coolant |
| S 100 KR-H Cl-frei | Removal of cations including radioactive isotopes Decontamination of circuits in nuclear reactor plants Treatment of the primary coolant |
| SM 600 KR Cl-frei | Polishing in the primary and secondary sections as a mixed bed component Decontamination of circuits in nuclear reactor plants Removal of activated cleavage or corrosion products |
Ion Exchange Resins
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