SIR-110-Spec-Sheet.pdf

160 Cooper Road • West Berlin, NJ 08091 USA • p: 856.768.9600 • f: 856.768.9601• e: ixresin@resintech.com • w: resintech.com

FEATURES & BENEFITS

ResinTech siR-110-hP is a chloride form nitrate and perchlorate selective strong base anion resin. SIR-110-HP has unique functionality that greatly increases selectivity for nitrate while greatly decreasing the interference from sulfate ions. ReSInTecH SIR-110-HP has the highest pos-sible selectivity for perchlorate when compared to other similar resins. SIR-110-HP is intended for all perchlorate removal applications, and where the highest possible affinity for nitrate is desired. SIR-110-HP is supplied in the chloride form.

• HIGHEST OPERATING CAPACITY OF ANY PERCHLORATE SELECTIVE RESIN

Highly selective for perchlorate and nitrate

• LOW SULFATE SELECTIVITY

The unique functional group eliminates the possibility of nitrate dumping

• SUPERIOR PHYSICAL STABILITY

90% plus sphericity and high crush strengths together with carefully controlled particle distribution provides long life and low pressure drop

• CONTROLLED PARTICLE SIZE

16 to 50 mesh size provides a low pressure drop and superior kinetics

Prior to first use for potable water, resin should be backwashed for a minimum of 20 minutes, followed by 10 bed volumes of downflow rinse.

NSF/ANSI-61 CERTIFIED FOR

MATERIAL SAFETY

HYDRAULIC PROPERTIES

Pressure Loss ps i / ft . o f R es in gpm / sq.ft.

5.0 10.00.0

0.0

0.5

1.0

1.5

2.0

3.0

2.5

15.0 20.0

40˚F 60˚F 80˚F 100˚F

Backwash Expansion

Pe rc en t of E xp an si on gpm / sq.ft.

2.0 3.00.0

40˚F 60˚F 80˚F 100˚F

1.0 4.0

PRESSURE LOSS

The graph above shows the expected pressure loss of ResinTech SIR-110-HP per foot of bed depth as a function of flow rate at various temperatures.

BACKWASH

The graph above shows the expansion characteristics of ResinTech SIR-110-HP as a function of flow rate at various temperatures.

ANION EXCHANGE RESIN

NITRATE AND PERCHLORATE SELECTIVE

CI FORM

SIR-110-HP

RESINTECH

SIR-110-HP

Note: These guidelines describe average low risk operating conditions. They are not intended to be absolute minimums or maximums.

For operation outside these guidelines, contact ResinTech Technical Support

SUGGESTED OPERATING CONDITIONS

CAUTION: DO NOT MIX ION EXCHANGE RESIN WITH STRONG OXIDIZING AGENTS. Nitric acid and other strong oxidizing agents can cause explosive reactions when mixed with organic materials, such as ion exchange resins.

MATERIAL SAFETY DATA SHEETS (MSDS) are available for all ResinTech Inc. products. To obtain a copy, contact your local ResinTech sales representative or our corporate headquarters. They contain important health and safety information.

That information may be needed to protect your employees and customers from any known health and safety hazards associated with our products. We recommend that you secure and study the pertinent MSDS for our products and any other products being used. These suggestions and data are based on information we believe to be reliable. They are offered in good faith. However we do not make any guarantee or warranty. We caution against using these products in an unsafe manner or in violation of any patents; further we assume no liability for the consequences of any such actions.

ResinTech is a registered trademark ® of RESINTECH INC. SIR-110-HP rev 1.1

East Coast - West Berlin, NJ p:856.768.9600 • Midwest - Chicago, IL p:708.777.1167 • West Coast - Los Angeles, CA p:323.262.1600

PHYSICAL PROPERTIES

Note: Physical properties can be certified on a per lot basis, available upon request

Polymer Structure Functional Group Physical Form Ionic Form as shipped Total Capacity Chloride form Water Retention Chloride form Approximate Shipping Weight Chloride form Screen Size Distribution (U.S. mesh) Maximum Fines Content (<50 mesh) Minimum Sphericity Uniformity Coefficient Resin Color

Styrene/DVB Tributylamine Spherical beads Chloride

>0.7 meq/mL

38 to 50 percent

41 lbs./cu.ft.

20 to 50

1.5 percent 90 percent

1.6 approx.

White to tan

APPLICATIONS

Maximum continuous temperature Chloride form Minimum bed depth Backwash expansion Maximum pressure loss Operating pH range Regenerant Concentration Salt cycle Regenerant level Regenerant flow rate Regenerant contact time Displacement flow rate Displacement volume Rinse flow rate Rinse volume Service flow rate

170˚F 24 inches 25 to 50 percent 20 psi 4 to 10 SU

5 to 10 percent NaCl >10 lbs./cu.ft.

0.25 to 1.0 gpm/cu.ft.

>30 minutes Same as dilution flow 10 to 15 gallons/cu.ft.

Same as service flow 35 to 60 gallons/cu.ft.

1 to 3 gpm/cu.ft.

PERCHLORATE REMOVAL

ResinTech SIR-110-HP is ideal for single use perchlorate removal appli-cations and is a cost effective method to remove trace levels of perchlo-rate from water. The perchlorate ion is very strongly attracted to the ResinTech SIR-110-HP, so much so that regeneration is impractical or impossible. However, in most cases perchlorate loads to almost the full capacity of the resin, resulting in very long service life and eliminating the need to regenerate and re-use the spent resin.

NITRATE REMOVAL

ReSInTecH SIR-110-HP can be used in the chloride form to remove ni-trates as well as perchlorates from potable water. SIR-110-HP has higher capacity for nitrate than SIR-100-HP in high TDS waters. When treating waters with high hardness the brine dilution and displacement waters should be softened and a low hardness salt used to prevent scaling.

IODIDE REMOVAL

ReSInTecH SIR-110-HP has much higher selectivity for iodide than other strong base anion resins (about 7 to 10 times higher). This high se-lectivity allows for single use removal of iodide against rather high concentrations of other ions with reasonable throughput capacity. Re-generation, although possible, is complicated, and cannot be accom-plished with salt or other common regenerants.

PERTECHNETATE REMOVAL

ReSInTecH SIR-110-HP has similar affinity for pertechnetate as for perchlorate and can be used to remove trace levels of pertech-netate effectively over a very wide range of TDS and bulk ion compositions, Throughput capacities in the tens of thousands of bed volumes are typical.

Capacity chart is based on waters with inlet conditions of 10 ppb CIO4, TDS less than 500 ppm, and is for perchlorate alone, exclusive of other anions. No engineering downgrade has been applied.

0 250,000 500,000 750,000

Pe rc hl or at e

Le ak ag e, p pb

Bed Volumes Throughput

SIR-110-HP Perchlorate Removal Capacity

5% NO3

1% NO3

25% NO3

10% NO3