PureGuard 4-Stage Ultra-Pure Water SystemAdvanced Water Infrastructure for Critical Healthcare & Laboratory Environments The PureGuard PG 4S L is a proprietary high capacity 4 stage DI purification platform developed specifically for: laboratories hospitals sterile processing departments autoclaves healthcare infrastructure research facilities analytical environments Traditional RO systems often rely on: large infrastructure footprints reject wastewater generation recirculation loops complex

Advanced Water Infrastructure for Critical Healthcare & Laboratory Environments

The PureGuard™ PG-4S-L is a proprietary high-capacity 4-stage DI purification platform developed specifically for:

• laboratories
• hospitals
• sterile processing departments
• autoclaves
• healthcare infrastructure
• research facilities
• analytical environments

Traditional RO systems often rely on:

• large infrastructure footprints
• reject wastewater generation
• recirculation loops
• complex servicing
• reactive maintenance

PureGuard™ was designed differently.

Our platform combines advanced purification, predictive monitoring, and infrastructure-efficient deployment into a compact modular system built to support the integrity of:

• sterilization environments
• laboratory workflows
• specimen handling
• autoclave performance
• clinical operations

KEY FEATURES

✔ Advanced 4-Stage Purification Architecture

Stage 1 — Proprietary Centacore™ Pre-Filtration

• Removes particulates
• Proprietary silica-targeting media
• Protects downstream DI performance

Stage 2 & 3 — Dual High-Capacity Mixed Bed DI Resin

• Specialized high-capacity ion exchange resin
• Complete removal of TDS (Total Dissolved Solids)
• Predictive breakthrough monitoring capability

Stage 4 — Proprietary ST108 Carbon Block

• Chlorine reduction
• Chloramine reduction
• Pesticide reduction
• Final polishing and conditioning

PREDICTIVE MONITORING ADVANTAGE

Unlike many traditional systems that detect failure only after water quality degradation occurs, the PureGuard™ platform was designed to:

• monitor flow rate
• track gallons processed
• analyze breakthrough progression
• help predict cartridge replacement timing

This supports:
✔ reduced downtime
✔ proactive servicing
✔ improved operational continuity
✔ protection of sterilization integrity

MINIMAL WASTEWATER GENERATION

Many traditional RO systems generate substantial reject wastewater and may require additional infrastructure, storage, and servicing considerations.

PureGuard™ was developed around a more operationally efficient, low-waste architecture designed to:
✔ reduce wastewater burden
✔ minimize infrastructure complexity
✔ improve sustainability positioning
✔ reduce operational overhead

NON-CHEMICAL SCALE MANAGEMENT

The PureGuard™ platform also incorporates non-chemical scale management technology designed to help:

• reduce scale buildup
• protect equipment
• improve operational efficiency
• minimize maintenance dependency

without relying on traditional salt-based softening systems.

WHY WATER QUALITY MATTERS

Poor water quality may contribute to:

• scaling
• corrosion
• inconsistent sterilization
• equipment wear
• operational interruptions
• compromised laboratory consistency

PureGuard™ was designed to help support:
✔ sterilization integrity
✔ specimen consistency
✔ autoclave performance
✔ equipment longevity
✔ operational reliability

SYSTEM SPECIFICATIONS

IDEAL APPLICATIONS

• Hospitals
• Laboratories
• Sterile Processing Departments
• Autoclaves
• Research Facilities
• Clinical Environments
• Surgery Centers
• Diagnostic Facilities