Metsorb®
MetSorb® adsorbent products are widely utilized to remove arsenic, lead, mercury, fluoride, and other heavy metals from drinking, process, and wastewater applications. These products are known for their high capacity and excellent kinetics, making them the preferred choice for thousands of treatment applications globally. Here are some of the key MetSorb® products and their features:
- Heavy Metal Removal Granules: Highly effective, low-cost adsorbent for the reduction of Arsenic III & V and a wide variety of heavy metals.
- Heavy Metal Removal Powder: Effective, high-value adsorbent for the reduction of heavy metals and arsenic.
- Metsorb® MOX-P: Novel adsorbent for the removal of fluoride and other heavy metals.
- Metsorb® PFX: Polystyrenic macroporous anion resin, potable water grade.
MOX-P and MOX-G SDS
Highly Effective, Low-Cost Metal Oxide Adsorbent for Reduction of Fluoride, Arsenic and Other Oxyanions
- MOX is stable in pH relative to drinking water conditions, 6.5-8.5
- Also has the ability to remove additional select heavy metals including arsenic
- Provides high capacity, selective removal of fluoride
- When compared to AA and Bone Char, MOX demonstrates superior capacity
MetSorb® PFX SDS
This safety data sheet provides information on Metsorb PFX SDS.
HMRP and HMRG SDS
Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants
- Removal of heavy metals to meet drinking water
- Standards
- High adsorbent capacity requiring less frequent
- Replacement
- Fast kinetics to work effectively at high flow rates
- Nonhazardous disposal as solid waste
STP, STP H, STP Cake SDS
This is a Safety Data Sheet (SDS) for MetSorb® STP, STP H, STP Cake SDS. It provides information about the product's composition, hazards, safe handling, and regulatory compliance.
MetSorb® HMRG Data Sheet
Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants
- Removal of heavy metals to meet drinking water
- Standards
- High adsorbent capacity requiring less frequent
- Replacement
- Fast kinetics to work effectively at high flow rates
- Nonhazardous disposal as solid waste
MetSorb® HMRP Data Sheet
High Capacity, Excellent Kinetic Powder Adsorbent for Reduction of Lead, Mercury, Arsenic and a Wide Variety of Heavy Metals.
- Use of HMRP affords high capacity
- Excellent kinetics and a low level of competing ion interference.
- HMRP’s adsorbent’s adsorptive capacity for lead is high
- Longer useful life and significantly lower effluent contaminant levels
Metsorb Brochure
A highly efficient and user-friendly solution for removing arsenic and heavy metals from water.
- Removes As (III) and As (V) to <1.5 µg/L (non-detect)
- High adsorbent capacity for arsenic and lead (>10 mg As per gram of METSORB®)
- Extremely fast kinetics with Empty Bed Contact Times (EBCT) between 1.5 - 3 minutes
- Reduced equipment footprint with simple installation and start-up
- Reduced or eliminated frequency of backwash
- Nonhazardous disposal as solid waste, passing EPA TCLP (Toxicity Characteristic Leach Procedure)
- No regeneration chemicals required
- Effective in removing arsenic in millions of gallons of drinking water daily
Arsenic, Antimony, Lead and Uranium Removal from Drinking Water
This document explores MetSorb® granular adsorbents used for the removal of heavy metals, including arsenic, antimony, uranium, and lead, from drinking water applications.
Multiple Heavy Metals Removal for Construction Dewatering
Use this document to retrieve information on multiple heavy metals removal for construction dewatering.
MetSorb® Powdered Adsorption Products for Carbon Block and Functionalized Filter Media Manufacturing Using HMRP, STP or STP Hybrid Adsorbents to Reduce Lead and Mercury
Explore MetSorb® Powdered Adsorption Products for Carbon Block and Functionalized Filter Media Manufacturing using HMRP, STP or STP Hybrid Adsorbents to reduce lead and mercury.
Co-Occurring Contaminants: Arsenic and Uranium in Drinking Water
This case study addresses the challenges of co-occurring contaminants, arsenic and uranium, in drinking water systems, particularly affecting small water systems across the United States.
MOX-P and MOX-G SDS
Highly Effective, Low-Cost Metal Oxide Adsorbent for Reduction of Fluoride, Arsenic and Other Oxyanions
- MOX is stable in pH relative to drinking water conditions, 6.5-8.5
- Also has the ability to remove additional select heavy metals including arsenic
- Provides high capacity, selective removal of fluoride
- When compared to AA and Bone Char, MOX demonstrates superior capacity
MetSorb® PFX SDS
This safety data sheet provides information on Metsorb PFX SDS.
HMRP and HMRG SDS
Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants
- Removal of heavy metals to meet drinking water
- Standards
- High adsorbent capacity requiring less frequent
- Replacement
- Fast kinetics to work effectively at high flow rates
- Nonhazardous disposal as solid waste
STP, STP H, STP Cake SDS
This is a Safety Data Sheet (SDS) for MetSorb® STP, STP H, STP Cake SDS. It provides information about the product's composition, hazards, safe handling, and regulatory compliance.
MetSorb® HMRG Data Sheet
Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants
- Removal of heavy metals to meet drinking water
- Standards
- High adsorbent capacity requiring less frequent
- Replacement
- Fast kinetics to work effectively at high flow rates
- Nonhazardous disposal as solid waste
MetSorb® HMRP Data Sheet
High Capacity, Excellent Kinetic Powder Adsorbent for Reduction of Lead, Mercury, Arsenic and a Wide Variety of Heavy Metals.
- Use of HMRP affords high capacity
- Excellent kinetics and a low level of competing ion interference.
- HMRP’s adsorbent’s adsorptive capacity for lead is high
- Longer useful life and significantly lower effluent contaminant levels
Products
ZTEC™ P Series
ZTEC™ P Sterilizing Grade membrane cartridges are validated for complete bacterial retention to yield product sterility in biopharmaceutical final filtration applications.
- Manufactured in an ISO Class 7 Cleanroom Environment
- 100% flushed with ultrapure DI water
- Meets ASTM Standards for Sterility
- Repeatably Steamable/Sanitizable
- 100% Integrity tested prior to release
- Pore size, lot and serial number are stamped on each filter element for identification and traceability
- Complete validation guide available
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QSL™ Filter Series
The QSL™ cartridge has a polypropylene microfiber media over a polyethersulfone membrane. It's design offers excellent retention characteristics and extended life.
- Serial layered design — enhances capacity and simplifies prefiltration requirements
- Absolute rated (99.98%) — an ideal prefilter to 0.2, 0.45 and 0.65 micron membrane filters
- Fixed pore construction — resists dirt unloading at maximum differential pressure
- High surface area — high flow rate, and long service life — minimize maintenance cost
- Available with various gasket/Oring materials — compatible with many fluids
QCR™ Series
An absolute rated filter designed to meet or exceed the minimum log reduction credit of >3.0 for cysts.
- Constructed of polypropylene or polypropylene and polyethersulfone — compatible with most fluids
- Double ORing style ends for the highest seal integrity
- 7.0 ft2 (0.65 m2) of effective filter area
- Various ORing materials and configurations — easily retrofits most systems
- High surface area — high flow rates and long online service
ZTEC™ WB Series
ZTEC™ WB cartridge filters use PES membrane to remove spoilage organisms and inorganic particulate to protect beverages.
- Manufactured in an ISO Class 7 Cleanroom Environment
- 100% flushed with ultrapure DI water and integrity tested
- Low adsorption of protein, color and flavor components
- Steamable/sanitizable for cleaning and reuse
- High log reduction values for spoilage organisms
- PES membrane provides high capacity contaminant loading
- Complete qualification guide available
- Quick wet treatment available
ZTEC™ G Series
This pleated, disposable filter element is constructed of absolute rated, hydrophilic, asymmetric polyethersulfone membrane with extended filter area.
- 7.0 ft2 (0.65 m2) of membrane surface area per 10" element — High throughput, longer online service reduces costly maintenance time
- Absolute rated membrane from 0.1 to 0.65 μm
- Manufactured in an ISO Class 7 cleanroom environment
- 100% flushed with 18 MΩ cm DI water and gross integrity tested
- Fixed pore construction eliminates dirt unloading as differential pressure increases
- Low extractables
ZTEC™ E Series
The ZTEC™ E microelectronics grade cartridges by Graver are designed for ultrapure water filtration, and are hydrophilic and free of added surfactants to avoid contamination of water streams.
- Manufactured, flushed, tested and packaged, in an ISO Class 7 Cleanroom Environment
- Filters are 100% flushed with 18 MΩcm DI water and integrity tested
- Resistivity rinse up to 18 MΩcm and single digit ppb TOC levels with minimal throughput
- Available in a variety of end cap/adapter configurations to fit all industry standard housings
- Pore size, lot and serial number are stamped on each filter element for identification and traceability
- Complete qualification guide available
ZTEC™ B Series
ZTEC™ B Bioburden Reduction grade membrane cartridges provide highly consistent performance for bioburden reduction and particle removal across a wide range of beverage, pharmaceutical and biological fluids.
- Manufactured in an ISO Class 7 Cleanroom Environment
- 100% flushed with ultrapure DI water and integrity tested
- Repeatably steamable/sanitizable
- High retentions up to 107/cm2 challenged for bacteria and yeast
- Pore size, lot and serial number are stamped on each filter element for identification and traceability
- Complete qualification guide available
WaterTEC™ Series
The WaterTEC™ filter series is constructed of absolute rated, hydrophilic, asymmetric polyethersulfone membrane and polypropylene components.
- Low pressure drop reduces energy costs
- High dirt holding capacity minimizes changeouts and down time
- All thermal bonded construction with no adhesives
- Available in all common configurations to allow use of existing filter housings
- Cost effective absolute filtration
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