Product Safety Assessment Delos impex 96 srl Ion Exchange ...delos-wwt.ro/wp-content/uploads/2015/06/DELOS-SDS.pdf · Ion exchanger resin Io nexchang r si Ion exchanger resin Ion

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Product Safety Assessment

STR. PICTOR LUCHIAN, NR 17, SECT. 2,BUCURESTI, ROMANIA

Delos impex 96 srl Ion Exchange and AdsorbentResins

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NamesProduct OverviewManufacture of ProductProduct DescriptionProduct UsesExposure PotentialHealth InformationEnvironmental InformationPhysical Hazard InformationRegulatory Information

Names

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Product OverviewDELOS ion exchange resins and adsorbent resins are manufactured and marketed through

. Ion exchange is the reversible interchange of ions and or adsorbsionof components usually between a resin and a liquid. Ion exchange or adsorbent resins act as“chemical sponges” for effective removal of contaminants from liquids, especially water.DELOS ion exchange resins are porous spherical polymer beads typically made of styrene-divinylbenzene or other monomers. The resins are chemically modified with a variety offunctional groups, depending on the intended use.

DELOS ion exchange resins are used in a variety of applications including commercial,industrial water purification, waste water applications and food processing.The type of resin used depends on the application. Because of their versatility,DELOS resins can be used, among other applications, for water softening, demineralization,acid or base catalysis in chemical manufacturing, nitrate removal from water,

DELOS IMPX 69 SRL

DELOS IMPX 69 SRL

Delomox50.wtDelocoli50.wtDelodox50.wtDeloflox10.wtDelofloro10.wtDelolinc50.wtDelotelm25.wtTamudem80.wtTamudem10.wtDelotil50.wtDelocoli.wtPromx.wt

Amoxidem50.WTColidem50.WTDoxidem50.WTEnrodem 10% SOLUTIEFlorfenidem 10.WTTIAMULIN10.WTTilmicodem 25 O.S.Tiamulin 80.WTTilodem 50.WTVITC 90 (VITAMINAC90)BROMEX.WTBROM.X.SOLUTE

Ion exchanger resin Ion exchanger resinIon exchanger resinIon exchanger resin

Ion exchanger resinIon exchanger resin




Ion exchanger resin

Ion exchanger resinIon exchanger resinIon exchanger resinIon exchanger resin



Ion exchanger resin

water, and water removal from organic solvents.silica removal from

For details see Products data sheet.


Product Safety Assessment

STR. PICTOR LUCHIAN, NR 17, SECT. 2,BUCURESTI, ROMANIA

Delos impex 96 srl Ion Exchange and AdsorbentResins

Select a Topic:

NamesProduct OverviewManufacture of ProductProduct DescriptionProduct UsesExposure PotentialHealth InformationEnvironmental InformationPhysical Hazard InformationRegulatory Information

Names

Back to top

Product OverviewDELOS ion exchange resins and adsorbent resins are manufactured and marketed through

. Ion exchange is the reversible interchange of ions and or adsorbsionof components usually between a resin and a liquid. Ion exchange or adsorbent resins act as“chemical sponges” for effective removal of contaminants from liquids, especially water.DELOS ion exchange resins are porous spherical polymer beads typically made of styrene-divinylbenzene or other monomers. The resins are chemically modified with a variety offunctional groups, depending on the intended use.

DELOS ion exchange resins are used in a variety of applications including commercial,industrial water purification, waste water applications and food processing.The type of resin used depends on the application. Because of their versatility,DELOS resins can be used, among other applications, for water softening, demineralization,acid or base catalysis in chemical manufacturing, nitrate removal from water,

DELOS IMPX 69 SRL

DELOS IMPX 69 SRL

Delomox50.wtDelocoli50.wtDelodox50.wtDeloflox10.wtDelofloro10.wtDelolinc50.wtDelotelm25.wtTamudem80.wtTamudem10.wtDelotil50.wtDelocoli.wtPromx.wt

Amoxidem50.WTColidem50.WTDoxidem50.WTEnrodem 10% SOLUTIEFlorfenidem 10.WTTIAMULIN10.WTTilmicodem 25 O.S.Tiamulin 80.WTTilodem 50.WTVITC 90 (VITAMINAC90)BROMEX.WTBROM.X.SOLUTE

Ion exchanger resin Ion exchanger resinIon exchanger resinIon exchanger resin





Ion exchanger resin




Ion exchanger resin

water, and water removal from organic solvents.silica removal from

For details see Products data sheet.

Revised: June 4, 2014

Product Uses ,Error! Bookmark notdefined.

industrial water purification,drinking water applications and foodprocessingThe type of resin used depends on theapplication.

.

The type of resin useddepends on the application. For example,a cation exchange resin can exchangehydrogen (H+) or sodium (Na+) ions fordissolved calcium (Ca2+) ions, or otherpositively charged metals or ions. Ananion exchange resin exchangesnegatively charged ions. Ion exchangeresins are selective; they remove specific types of ions based on resin type. Different resins canbe used in sequence or mixed depending on the purification goal. Ion exchangeresins must undergo periodic regeneration cycles. Regeneration is the process of returning theresins to their original ionic state. Cation exchange resins are regenerated with acid or brine.Anionic resins are typically

exchange resins include:

Water SofteningDemineralization resins

wWaste ater treatment

Industrial Water PurificationDemineralization resinsUltrapure water

Industrial waterpurification

25%

Other25%

Uses for Ion Exchange ResinsError! Bookmark not

ood

The type of resin used depends on theThe type of resin used

For example,can exchange

) ions for) ions, or other

positively charged metals or ions. Ananion exchange resin exchangesnegatively charged ions. Ion exchangeresins are selective; they remove specific types of ions based on resin type. Different resins can

depending on the purification goal. Ion exchange and adsorbentresins must undergo periodic regeneration cycles. Regeneration is the process of returning theresins to their original ionic state. Cation exchange resins are regenerated with acid or brine.

Industrial Water Purification

Other ApplicationsFine mesh, adsorbents, dried resinNon-water specialtySweetenersSpecialty applications for w a s t

treatment

Page 3 of 5

Water softening50%

Uses for Ion Exchange Resins

resins are selective; they remove specific types of ions based on resin type. Different resins canand adsorbent

resins must undergo periodic regeneration cycles. Regeneration is the process of returning theresins to their original ionic state. Cation exchange resins are regenerated with acid or brine.

Fine mesh, adsorbents, dried resin

for water

STR. PICTOR LUCHIAN, NR 17, SECT. 2,BUCURESTI, ROMANIAIMPEX 96 SRL

regenerated with sodium hydroxide.

Commercial uses for ion

waste

DELOS IMPX 96 SRL

COLIDEM50.WT TIAMULIN10.WT DOXIDEM50.WT&&

DELOS ion exchange resins are used in avariety of applications including commercial

waste water and


Workplace exposure – Because they are tiny beads, spilled resin may be a slipping hazard.Exposure can occur either in a manufacturing facility, or in the various industrial facilities thatuse ion exchange resins. Those working with ion exchange resins in manufacturingoperations could be exposed during maintenance, sampling, testing, or other procedures.Each manufacturing facility should have a thorough training program for employees andappropriate work processes and safety equipment in place to limit unnecessary exposure.See Health Information.

Consumer exposure to products manufactured using ion exchange resins – Resinsused for food applications have been evaluated for consumer safety and are compliant withFDA Food Additive Regulation 21 CFR § 173.25,21 CFR § 173.65, where applicable, Kosherand Halal standards. Resins used for drinking water and softening applications are compliantwith NSF/ANSI Standard Nos. 61 and 42, where applicable.

Environmental releases . In the event of a spill, contain material if possible. Prevent resinfrom entering into soil, ditches, sewers, waterways, or ground water. For small spills, sweepup the material and collect it in suitable and properly labeled containers for disposal. Consultthe Safety Data Sheet for information about protective equipment and procedures. SeeEnvironmental Information, Health Information, and Physical Hazard Information.

Large release – Industrial spills or releases are infrequent and generally contained. If a largespill does occur, keep unnecessary and unprotected personnel from entering area. Thematerial should be captured, collected, and reprocessed or disposed of according toapplicable governmental requirements. Do not dump ion exchange resins into sewers, on theground, or into any body of water. Follow emergency procedures carefully. In the event of afire, keep people away. Isolate fire and deny unnecessary entry. Personnel involved in firefighting should wear positive-pressure, self-contained breathing apparatus (SCBA) andprotective fire-fighting clothing or fight the fire from a safe distance. Use water, dry-chemical,or carbon-dioxide extinguishers. Soak the resin thoroughly with water to cool and preventre-ignition. Cool surroundings with water to localize the fire zone. See EnvironmentalInformation, Health Information, and Physical Hazard Information.

Health InformationHealth and toxicology information differs based on the type of resin and the applications for whichit is used. Because of the ions they are designed to capture, used ion exchange resins may havedifferent hazards than unused resins.

In general, strong acid cation exchange resins in the (H+) form and strong base (Type I)anion exchange resins in the (OH–) form can be dangerous to the eyes. Eye contact may causesevere irritation with corneal injury that may result in permanent impairment of vision, evenblindness. Chemical burns may occur.

For strong acid cations in the sodium (Na+) form, weak acid cations, strong base (Type I)anions in the chloride (Cl–) form, strong base (Type II) anions, and weak base resins, eye contactmay cause slight irritation. Solid or dust may cause irritation or corneal injury due to mechanicalaction (scratching).

For cation and anion exchange resins in general, prolonged or repeated skin contact is not likelyto cause significant irritation or result in absorption of harmful amounts. If skin is abraded or cut,irritation may be more severe.


DELOS IMPX 96 SRL

DELOS

DELOS

Exposure PotentialBased on the uses for these resins, the public could be exposed through:


Workplace exposure – Because they are tiny beads, spilled resin may be a slipping hazard.Exposure can occur either in a manufacturing facility, or in the various industrial facilities thatuse ion exchange resins. Those working with ion exchange resins in manufacturingoperations could be exposed during maintenance, sampling, testing, or other procedures.Each manufacturing facility should have a thorough training program for employees andappropriate work processes and safety equipment in place to limit unnecessary exposure.See Health Information.

Consumer exposure to products manufactured using ion exchange resins – Resinsused for food applications have been evaluated for consumer safety and are compliant withFDA Food Additive Regulation 21 CFR § 173.25,21 CFR § 173.65, where applicable, Kosherand Halal standards. Resins used for drinking water and softening applications are compliantwith NSF/ANSI Standard Nos. 61 and 42, where applicable.

Environmental releases . In the event of a spill, contain material if possible. Prevent resinfrom entering into soil, ditches, sewers, waterways, or ground water. For small spills, sweepup the material and collect it in suitable and properly labeled containers for disposal. Consultthe Safety Data Sheet for information about protective equipment and procedures. SeeEnvironmental Information, Health Information, and Physical Hazard Information.

Large release – Industrial spills or releases are infrequent and generally contained. If a largespill does occur, keep unnecessary and unprotected personnel from entering area. Thematerial should be captured, collected, and reprocessed or disposed of according toapplicable governmental requirements. Do not dump ion exchange resins into sewers, on theground, or into any body of water. Follow emergency procedures carefully. In the event of afire, keep people away. Isolate fire and deny unnecessary entry. Personnel involved in firefighting should wear positive-pressure, self-contained breathing apparatus (SCBA) andprotective fire-fighting clothing or fight the fire from a safe distance. Use water, dry-chemical,or carbon-dioxide extinguishers. Soak the resin thoroughly with water to cool and preventre-ignition. Cool surroundings with water to localize the fire zone. See EnvironmentalInformation, Health Information, and Physical Hazard Information.

Health InformationHealth and toxicology information differs based on the type of resin and the applications for whichit is used. Because of the ions they are designed to capture, used ion exchange resins may havedifferent hazards than unused resins.

In general, strong acid cation exchange resins in the (H+) form and strong base (Type I)anion exchange resins in the (OH–) form can be dangerous to the eyes. Eye contact may causesevere irritation with corneal injury that may result in permanent impairment of vision, evenblindness. Chemical burns may occur.

For strong acid cations in the sodium (Na+) form, weak acid cations, strong base (Type I)anions in the chloride (Cl–) form, strong base (Type II) anions, and weak base resins, eye contactmay cause slight irritation. Solid or dust may cause irritation or corneal injury due to mechanicalaction (scratching).

For cation and anion exchange resins in general, prolonged or repeated skin contact is not likelyto cause significant irritation or result in absorption of harmful amounts. If skin is abraded or cut,irritation may be more severe.


DELOS IMPX 96 SRL

DELOS

DELOS

Exposure PotentialBased on the uses for these resins, the public could be exposed through:


These resins have very low toxicity if swallowed. Harmful effects are not anticipated fromswallowing small amounts. For example, ingestion of cholestyramine binds bile in thegastrointestinal tract preventing its conversion to cholesterol. Lowering blood level of cholesteroland fats may help to prevent heart disease, angina (chest pain), strokes, and heart attacks.9Repeated oral exposure to other resins has not resulted in adverse effects in animals.

Environmental InformationNo bioconcentration (accumulation in the food chain) of resins is expected because of its highmolecular weight. In the terrestrial environment, ion exchange resins are expected to stay in thesoil. In the aquatic environment, material will sink and remain in the sediment. Based oninformation for styrene-divinylbenzene copolymer, surface degradation is expected with exposureto sunlight. However, no appreciable biodegradation is expected. Contact with ion exchangeresins is not expected to be acutely toxic to aquatic species and waterfowl. However, ingestion ofbeads may cause adverse effects in some species.

Physical Hazard Informationresins are stable at storage temperatures of 35 to 122°F (2 to 50°C). Exposure to elevated

temperatures can cause these products to decompose. Ion exchange resins are highlyincompatible with strong oxidizing agents, such as nitric acid. The severity of the reaction withoxidizing materials can vary from slight degradation to an explosive reaction. Avoid contact withoxidizing materials.

Ion exchange resins typically contain water, and they will not burn until all water is evaporated.Under fire conditions, some components of ion exchange resins may decompose. The smokemay contain unidentified toxic and/or irritating compounds. Hazardous combustion products mayinclude organic amines, nitrogen oxides, hydrogen chloride, sulfur oxides, organic sulfonates,hydrocarbons, carbon monoxide, benzene compounds, and carbon dioxide.

Adsorbent resins are typically sold partial dry.

R

Additional Information:

egulatory InformationRegulations may exist that govern the manufacture, sale, transportation, use, and/or disposal ofion exchange resins. These regulations may vary by city, state, country, or geographic region.Inf

www.delos-wwt.rowww.delosimpex.com

ormation may be found by consulting the relevant Safety Data Sheet, Product Data Sheet


DELOS

DELOS

DELOS IMPX 96 SRL

Documents

Product Safety Assessment Delos impex 96 srl Ion Exchange ...delos-wwt.ro/wp-content/uploads/2015/06/DELOS-SDS.pdf · Ion exchanger resin Io nexchang r si Ion exchanger resin Ion