Description
Mixed Bed Ion Exchange Resin Oman – Resinex™ MX-1 Mixed Bed Ion Exchange Resin — High-Purity Demineralised Water for Industrial & Laboratory Applications in Oman
In Oman’s industrial and commercial water treatment sector, the demand for consistently high-purity demineralised water is non-negotiable — from pharmaceutical manufacturing and laboratory applications in Muscat to power generation and electronics processing facilities across the Sultanate. Resinex™ MX-1 Mixed Bed Ion Exchange Resin delivers precisely that: a pre-mixed, regenerable ion exchange medium engineered for reliable production of silica-free, ultra-pure water with conductivity leakage below 0.1 µS/cm.
The resin’s Type 1 quaternary ammonium functional group in the anionic component is specifically selected to achieve the lowest possible silica leakage — a known challenge in GCC water treatment where silica fouling can compromise downstream processes. Combined with a high-integrity bead structure that resists mechanical attrition, minimising fines generation, bed fouling, and unplanned pressure drop increases, Resinex™ MX-1 represents a technically sound, long-term investment for operators who cannot afford process interruptions. Available through our Muscat operations with local technical support.
Typical Applications
- Final polishing stage following a two-bed or multi-bed demineralisation train
- Standalone demineralisation in laboratory water purification systems
- Mixed bed cartridge systems for point-of-use ultra-pure water production
- Boiler feed water polishing in industrial utility plants
- Pharmaceutical-grade purified water (PW) pre-treatment support systems
Technical Specifications – Mixed bed ion exchange resin Oman
Typical Physical & Chemical Properties
| Parameter | Value |
|---|---|
| Type | Crosslinked polystyrene divinylbenzene |
| Physical Form | Gel-type, amber, spherical beads |
| Functional Group | Sulfonic acid (cation) / Quaternary ammonium, Type 1 (anion) |
| Ionic Form, As Shipped | H⁺ / OH⁻ |
| Bead Size | 0.42 – 1.25 mm |
| Whole Bead Count | ≥ 95% |
| Uniformity Coefficient | ≤ 1.60 |
| Bulk Density (as shipped) | 740 kg/m³ |
| Water Retention | 45 – 55% |
| Operating Capacity | Cation: 0.85 eq/L; Anion: 0.45 eq/L (min.) |
| Volume Change (Regenerated → Exhausted) | ≤ 15% |
| Stability, pH Range | 0 – 14 |
Standard Design & Operating Conditions
| Parameter | Value |
|---|---|
| Minimum Bed Depth | > 600 mm |
| Service Flow Rate | 8 – 40 BV/h |
Standard Regeneration Parameters
| Parameter | HCl Regenerant | NaOH Regenerant |
|---|---|---|
| Concentration | 4 – 6% HCl | 3 – 5% NaOH |
| Level (approx.) | 100 g/L | 100 g/L |
| Linear Velocity — Regenerant | 5 m/h | 5 m/h |
| Contact Time — Regenerant | 30 – 60 min. | 30 – 60 min. |
| Linear Velocity — Rinse (approx.) | 8 m/h | 8 m/h |
| Wash Water Requirement | 8 – 10 BV | 8 – 10 BV |
What’s Included
- Resinex™ MX-1 mixed bed ion exchange resin — pre-mixed and ready to use
- Available pack size: 25-litre polyethylene (PE) valve bag (42 bags per pallet) or 1,000-litre polypropylene FIBC big bag
- Manufacturer’s technical datasheet (Lenntech certified documentation)
- Batch-specific quality certificate upon request (confirm at time of order)
Not Included — Scope of Work Boundary
The following items are expressly outside the standard product supply scope and must be contracted separately or confirmed with our projects team prior to order placement:
- Mixed bed vessel, internals, distributor laterals, or any pressure vessel hardware
- Onsite loading, unloading, and charging of resin into vessels
- Civil works, concrete plinths, or structural supports
- Electrical works, instrumentation, or control panel integration
- Regeneration chemical supply (HCl, NaOH) and chemical dosing equipment
- Feed water pre-treatment systems (softeners, carbon filters, RO membranes) upstream of the mixed bed unit
- Main feed water piping, interconnecting pipework, or valve manifolds to and from the mixed bed vessel
- Commissioning, performance testing, or operator training services (available separately under a service agreement)
- Disposal or handling of spent regenerant effluent in accordance with local Omani regulatory requirements
Note: For full turnkey mixed bed demineralisation systems — including vessel supply, resin loading, chemical regeneration skids, and commissioning — please contact our Muscat technical team for a project-specific scope and quotation.
⚠ Caution: Strong oxidising agents such as nitric acid can react violently with ion exchange resins. Before using strong oxidants, consult qualified personnel for safe handling procedures. mixed bed ion exchange resin Oman
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