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ResinTech
Products designed to address the cleanup and remediation of groundwater contaminated by organic and inorganic compounds including radioactive elements and emerging contaminants like PFAS and Hexavalent Chromium. Also pertains to products and services that address water reuse or discharge compliance standards set forth by the EPA and RCRA including the reduction of total dissolved solids (TDS), inorganic compounds, or heavy metals.
Heavy metals are found in many industrial wastewater as well as sometimes occurring naturally in some groundwaters. Typically present in relatively low levels as compared to other dissolved ions, the ability to selectively remove these ions is accomplished with a specialty weak acid cation resin.
| Media Sub Category | Chelating Resin |
| Polymer Matrix | Styrenic Macroporous |
| Application | Trace Metals Reduction |
| Media Sub Category | Weak Acid Cation |
| Polymer Matrix | Acrylic Gel |
| Ionic Form | Sodium |
| Application | High TDS Softening Heavy Metals Reduction |
| Media Sub Category | Strong Acid Cation |
| Polymer Matrix | Styrenic Gel |
| Ionic Form | Sodium |
| Application | Softening - Industrial Demineralization Iron Reduction Ammonia Reduction |
| Media Sub Category | Strong Acid Cation |
| Polymer Matrix | Styrenic Gel |
| Ionic Form | Sodium |
| Application | Softening - Industrial Demineralization Softening - High Temperature |
| Media Sub Category | Selective Exchanger |
| Polymer Matrix | Styrenic Macroporous |
| Application | Precious Metals Mercury Reduction |
| Media Sub Category | Selective Exchanger |
| Polymer Matrix | Styrenic Macroporous |
| Application | Nitrate Reduction Perchlorate Reduction |
| Media Sub Category | Hybrid |
| Polymer Matrix | Styrenic Gel |
| Application | Silica Reduction Arsenic Reduction |
Naturally occurring organic matter (NOM) is readily removed by strong base anion resins. Acrylic strong base resins and styrenic resins with high porosity work better because they are easier to regenerate.
| Media Sub Category | Strong Base Anion |
| Polymer Matrix | Acrylic Macroporous |
| Ionic Form | Chloride |
| Application | Organic Reduction - Municipal |
| Media Sub Category | Strong Base Anion |
| Polymer Matrix | Acrylic Gel |
| Ionic Form | Chloride |
| Application | Organic Reduction - Municipal Color Reduction - Municipal |
| Media Sub Category | Selective Exchanger |
| Polymer Matrix | Styrenic Gel |
| Application | Organics Reduction |
| Media Sub Category | Strong Base Anion |
| Polymer Matrix | Styrenic Macroporous |
| Ionic Form | Chloride |
| Application | Cane sugar refined syrup decoloration |
PFAS compounds have been used in industry and consumer products worldwide since the 1940s. Their remarkable hydro- and oleophobic characteristics (ability to repel both oil and water) give them utility in a seemingly endless array of applications including nonstick cookware, water repellent clothing, stain resistant fabrics and carpets, product packaging, some cosmetics, some firefighting foams, and literally tens of thousands of other products that resist grease, water, and oil.
More than 500 forever chemicals are being actively used in products and industries around the world. A United States Environmental Protection Agency (EPA) toxicity database, DSSTox, lists over 14,700 PFAS compounds in existence, while other toxicity databases lists many multiples more.
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| Media Sub Category | Selective Exchanger |
| Polymer Matrix | Styrenic Gel |
| Application | Perchlorate Reduction PFAS Reduction Iodide Reduction Nitrate Reduction Pertechnetate Reduction |
| Media Sub Category | Specialty Carbon |
| Mesh Size | 12 to 40 US Mesh |
| Application | Organics Reduction PFAS Reduction |
| Media Sub Category | Selective Exchanger |
| Polymer Matrix | Styrenic Macroporous |
| Application | Perchlorate Reduction Iodide Reduction Pertechnetate Reduction PFAS Reduction Nitrate Reduction |
| Description |
| PFAS Contaminants (Per-and Polyfluoroalkyl Substances) are commonly referred to as “forever chemicals” and can be found throughout our environment as well as in our drinking water. Previously know as PFCs, they have b... |
| Media Sub Category | - |
| Polymer Matrix | - |
| Ionic Form | - |
| Applications | - |
| Description |
| PFAS Contaminants (Per-and Polyfluoroalkyl Substances) are commonly referred to as “forever chemicals” and can be found throughout our environment as well as in our drinking water. Previously know as PFCs, they have b... |
Precious metals are used in some printed circuit board applications as well as in the manufacture of automotive catalytic converters.
| Media Sub Category | Chelating Resin |
| Polymer Matrix | Styrenic Macroporous |
| Application | Precious Metals Recovery Mercury Reduction |
| Media Sub Category | Strong Base Anion |
| Polymer Matrix | Styrenic Gel |
| Ionic Form | Chloride |
| Application | Sulfate Reduction Demineralization Trace Contaminants (U, Cr, As, Se, F, ClO₄, ClO₃) Nitrate Reduction |
VOCs are organic man-made compounds that are used as ingredients in paints, pesticides, coolants, dry-cleaning chemicals, fuels and petroleum products. They are emitted as gases from liquids and are known health hazards.
| Media Sub Category | Bituminous Coal Carbon |
| Mesh Size | 12 to 40 US Mesh |
| Application | Chlorine Reduction Organics Reduction |
| Media Sub Category | Bituminous Coal Carbon |
| Mesh Size | 12 to 40 US Mesh |
| Application | Chlorine Reduction Organics Reduction |
| Media Sub Category | Coconut Shell Carbon |
| Mesh Size | 12 to 40 US Mesh |
| Application | Chlorine Reduction Organics Reduction |
| Media Sub Category | Coconut Shell Carbon |
| Mesh Size | 12 to 40 US Mesh |
| Application | Chlorine Reduction Organics Reduction |
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Reach out to us using the link below.
Tel: 856-768-9600
Fax: 856-768-9601