Adedge Arsenic Reduction Media, 2 CF

AD-33S Adedge Arsenic Resin, 1 Cu Ft Bag

Adedge Technologies’ AD33 media is the industry standard for arsenic reduction that reduces up to 99% of total arsenic, including both arsenic (III) and arsenic (V). It is also effective in reducing other heavy metals such as lead, cadmium, chromium, antimony and molybdenum. This revolutionary new iron-based granular adsorption media has 4 to 10 times the capacity of many adsorption medias. Adedge’s product is specifically designed for commercial and residential POE and small systems to meet the new EPA arsenic standard of 10 ppb. Developed in the mid-nineties, this ferric oxide-based product has been successfully used in large-scale drinking water applications since 1999. The AD33 media is discardable when spent and requires no chemicals or regeneration. It has become the premier product of choice for POE whole-house drinking water treatment systems for reliable, cost-effective, proven reduction of arsenic.

Technical Specifications AD33 provides cost effective centralized arsenic treatment with a typical life of 2-3+years before replacement. The media exhibits high operating capacity across a wide range of pH, influent arsenic concentrations and flow rates. It is simple to apply in standard POE vessels with typical flow rates of 2-10 gallons per minute. Once the media is exhausted, AD33 can be discarded as a non-hazardous waste (specific state requirements should be consulted). Media is easy to handle and can be stored and shipped dry.

Certified to NSF/ANSI 61

Water Quality Criteria1 pH Range2....................................................................................................5.5 – 8.5 Arsenic3 .............................................................................................< < 100 ug/L Iron.............................................................................................................< 0.3 mg/L Manganese.......................................................................................< 0.05 mg/L Phosphate.............................................................................................< 0.5 mg/L Silica............................................................................................................< 30 mg/L Sulfate.....................................................................................................< 100 mg/L Sulfides...........................................................................................< detect mg/L TSS..................................................................................................................< 5 mg/L Fluoride........................................................................................................< 1 mg/L Hardness...............................................................................................< 300 mg/L Turbidity.............................................................................................................5 NTU Typical Characteristics Structure.............................................Macroporous Polystyrene Bead Functional Group.......................................................Hydrous Iron Oxide Bulk Density (as sold)..........................790–840 g/l (49–52 lb/cu.ft) Specific Gravity........................................................................1.25–1.30 g/ml Minimum Contact Time............................................................... 2 Minutes Operating Temperature Range.......................1-80º C (33–172º F) Particle Size....................................................................... 300–1200 microns Operating pH Range..............................................................................5.5–8.5 1. Recommendations for best performance. 2. Water > 8.5 pH may require pH adjustment for best results. Contact Adedge for technical support. 3. For all applications, complete Adedge POE profile sheet to pre-qualify site for proper use; consult Adedge Authorized dealer or distributor for details 4. Pretreat for tannins if present prior to adsorption. Adedge Technologies’ AD33 media is the industry standard for arsenic reduction that reduces up to 99% of total arsenic, including both arsenic (III) and arsenic (V). It is also effective in reducing other heavy metals such as lead, cadmium, chromium, antimony and molybdenum. This revolutionary new iron-based granular adsorption media has 4 to 10 times the capacity of many adsorption medias. Adedge’s product is specifically designed for commercial and residential POE and small systems to meet the new EPA arsenic standard of 10 ppb. Developed in the mid-nineties, this ferric oxide-based product has been successfully used in large-scale drinking water applications since 1999. The AD33 media is discardable when spent and requires no chemicals or regeneration. It has become the premier product of choice for POE whole-house drinking water treatment systems for reliable, cost-effective, proven reduction of arsenic. Technical Specifications AD33 provides cost effective centralized arsenic treatment with a typical life of 2-3+years before replacement. The media exhibits high operating capacity across a wide range of pH, influent arsenic concentrations and flow rates. It is simple to apply in standard POE vessels with typical flow rates of 2-10 gallons per minute. Once the media is exhausted, AD33 can be discarded as a non-hazardous waste (specific state requirements should be consulted). Media is easy to handle and can be stored and shipped dry. Arsenic Removal Performance (POE) Arsenic concentration range1,2 ..................................... 10 – 100+ ppb Arsenic species reduced.............................................As (III) and As (V) Removal efficiency............................................................................Up to 99% Estimated media life.................................................................2 to 3+ years Expected life bed volumes3 .....................................15,000 to 125,000 Spent media disposal4 .......................................Non-hazardous waste Empty bed contact time...............................................3 minutes typical