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Ethylene Oxide

T-I Max EtO Ethylene Oxide Trace Gas Analyzer

Introducing the Process Insights T-I Max EtO Ethylene Oxide Trace Gas Analyzer

Key Features:

  • Fast, Continuous Monitoring: Delivers rapid, real-time EtO detection with no calibration gases or consumables required.
  • Ultra-Low Detection Limits: Designed to meet updated EPA NESHAP trace-level requirements.
  • Calibration-Free Operation: Offers absolute measurements, reducing downtime and operational costs.
  • Robust Industrial Design: Built with 316L stainless steel, allowing seamless integration into chemical, petrochemical, and environmental monitoring systems.

✅ Benefits:

  • Safety Assurance: Detects leaks early to protect workers and communities.
  • Cost Savings: Eliminates calibration consumables and minimizes maintenance.
  • Regulatory Confidence: Delivers reliable data to enforce compliance and support audits.

Typical Applications

The T‑I Max EtO is ideal for:

  • Chemical plant production lines and ethen oxide handling zones.
  • Sterilization facilities using EtO (common in medical and sterilization industries).
  • Tank farms, transport terminals, and areas prone to fugitive emissions.
  • Environmental monitoring networks tracking ambient EtO concentrations.

Technical Highlights & Specs

  • Measurement Method: Cavity Ring‑Down Spectroscopy (CRDS) with high precision.
  • Detection Limits: Tailored to enforce trace-level compliance.
  • Response Time: Real-time readings for rapid action.
  • Construction: Durable stainless-steel body for industrial environments.
  • Maintenance: Minimal – no bottles, zero calibration gas needed.

Compliance & Certifications

  • EPA NESHAP: Engineered to align with the latest emission standards.
  • Occupational Safety: Supports monitoring at OSHA/NIOSH-defined levels.

Why Choose the T‑I Max EtO?

  • Absolute readings—no recurring costs or complex calibration setups.
  • Reliable, 24/7 performance—supporting leak detection, exposure monitoring, and environmental compliance.
  • Designed for harsh industrial settings—rugged materials, low maintenance, and long operational life.

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