ResinTech SBMP1, Type 1 Macroporous Anion Exchange Resin, Cl Form, 1 Cubic Foot
ResinTech SBMP1 is a type 1 macroporous strong base anion resin. SBMP1 is a high solids anion resin with a macroporous structure. This results in high capacity, high resistance to oxidation, and good stability in the presence of physical and chemical stressors. SBMP1 is intended for use in chloride and hydroxide form applications where physical strength and resistance to oxidative damage is more important that high operating capacity. SBMP1 is especially well suited for high flow rate and high temperature polishing applications.
Features & Benefits
- Macroporous Structure: Gives greatly increased life in stressful applications where resin degradation due to thermal and oxidative effects is anticipated
- Organic Fouling Resistance: Unique macroporous structure allows greater elution of organic molecules during regeneration
- Superior Physical Stability: 98% plus sphericity and high crush strengths together with carefully controlled particle distribution provides long life and low pressure drop
- Complies With US FDA Regulations: Conforms to paragraph 21CFR173.25 of the Food Additives Regulations of the US FDA
Applications:
- Demineralization: ResinTech SBMP1-OH can be used as the anion component in a variety of demineraliztion applications where a hydroxide form anion resin is coupled with a hydrogen form cation resin and the highest possible durability is desired. SBMP1-OH is ideal for high flow rate polishers and where high resistance to mechanical, thermal, and oxidative stresses is required.
- Radwaste: ResinTech SBMP1 is ideally suited for radwaste applications requiring the removal of radioactive anions, especially when the feed is significantly radioactive. The high crosslinking content of SBMP1 gives it improved resistance to chemical damage caused by ionizing radiation.
- Radwaste: ResinTech SBMP1 is ideally suited for radwaste applications requiring the removal of radioactive anions, especially when the feed is significantly radioactive. The high crosslinking content of SBMP1 gives it improved resistance to chemical damage caused by ionizing radiation.
- Polymer Structure: Styrene/DVB
- Polymer Type: Macroporous
- Functional Group: Trimethylamine
- Physical Form: Spherical Beads
- Ionic Form as Shipped: Chloride
- Total Capacity: >1.1 meq/mL
- Water Retention: 5 to 63 percent
- Approximate Shipping Weight: 42 lbs per cu. ft.
- Screen Size Distribution (US Mesh): 16 to 50
- Maximum Fines Content (< 50 mesh): 1%
- Minimum Sphericity: 95%
- Uniform Coefficient: 1.6 approx.
- Resin Color: Tan to Brown
Suggested Operating Conditions
- Maximum Continuous Temperature: 170°F
- Minimum Bed Depth: 24 Inches
- Backwash Expansion: 25 to 50 percent
- Maximum Pressure Loss: 20 psi
- Operating pH Range: 0 to 14 SU
- Regenerant Concentration:
- Hydroxide Cycle: 2 to 6 % NaOH
- Salt Cycle: 2 to 10% NaCl
- Regenerant Level: 4 to 10 lbs per cubic foot
- Regenerant Flow Rate: 0.25 to 1.0 gpm per cu. ft.
- Regenerant Contact Time: > 40 minutes
- Displacement Flow Rate: Same as dilution water
- Displacement Volume: 10 to 15 gallons per cu. ft.
- Rinse Flow Rate: Same as service flow
- Rinse Volume: 35 to 60 Gallons per cubic foot
- Service Flow Rate: 1 to 10 gpm per cubic foot