Ensuring Safety, Compliance, and Operational Integrity with Dynament Infrared Gas Sensors
Why Gas Detection Matters in Hazardous Areas Â
Hazardous areas, zones where explosive atmospheres may be present due to flammable gases, vapours, or dust, pose some of the highest risks in industrial operations. Found across oil & gas, petrochemicals, refineries, mining, and chemical processing, these environments demand strict safety measures. Â
Even small leaks of hydrocarbons or toxic gases can:Â Â
- Create explosive atmospheres if ignition sources are present Â
- Exposes workers to harmful or lethal gas concentrations Â
- Trigger costly shutdowns and downtime Â
- Lead to non-compliance with ATEX, IECEx, and global safety regulations Â
In these environments, reliable, certified gas detection is essential to ensure safety, compliance, and continuous operation. Â
Industry Challenges: Risks of Inadequate Gas Monitoring Â
Operating in hazardous zones presents unique risks where safety cannot be compromised:Â Â
- Explosion Hazards – Flammable gases can accumulate and ignite if undetected Â
- Worker Safety – Toxic exposure from gases such as CO, COâ‚‚, or hydrocarbons endangers health Â
- Regulatory Compliance – Hazardous areas demand certified detection under ATEX, IECEx, and global standards Â
- Operational Disruption – False alarms, leaks, or downtime drive up operational costs and risk Â
Without hazardous-area approved sensors, operators face increased risk of accidents, non-compliance, and catastrophic incidents. Â
Solution Overview: Precision Sensing with Dynament Infrared Gas Sensors Â
 Dynament offers a comprehensive portfolio of non-dispersive infrared (NDIR) gas sensors engineered for hazardous area applications. Trusted globally, Dynament sensors deliver fast, stable, and accurate gas detection in environments where safety cannot be compromised. Â
Key Product Families for Hazardous Areas:Â Â
Dynament Platinum Series – Intrinsically Safe Gas Sensors Â
- ATEX and IECEx certified for hazardous area use Â
- Detect wide range of flammable hydrocarbon gasses, CO2 and Nitrous OxideÂ
- Dual band pyro detectors for long-term stability and resistance to driftÂ
- Multi range and multi gas monitoring with one sensorÂ
- Available in flameproof or intrinsically safe designs Â
Dynament Standard Series Â
- High performance for OEM integration into fixed gas detection systems Â
- Wide gas detection ranges from ppm to % volume Â
- Robust design suited for continuous industrial monitoring Â
 Dynament Gold SeriesÂ
- Proven track record with global installations Â
- Reliable NDIR technology with extended sensor life Â
- Compact design for portable and fixed detector integration Â
Key Benefits Across the Range Â
- Certified Safety – ATEX, IECEx, and other hazardous area approvals Â
- Wide Gas Detection Capability – Hydrocarbons, COâ‚‚, and N2O Â
- Long-Term Reliability – Stable NDIR performance with minimal maintenance Â
- Flexible Integration – Suitable for portable, fixed, and OEM system designs Â
- Fast Response Time – Early warning for improved safety and process protection Â
Applications & Industries Â
Dynament infrared gas sensors are applied across: Â
- Oil & Gas – Leak detection and monitoring in refineries, pipelines, and offshore platforms Â
- Petrochemicals – Process safety in chemical manufacturing and storage Â
- Industrial Safety – Gas monitoring in hazardous production and distribution facilities Â
- Mining & Energy – Protection in confined spaces and explosive atmospheres Â
- OEM Gas Detectors – Core sensing technology integrated into third-party safety systems Â
Conclusion: Protecting People and Assets with Dynament Sensors Â
Reliable gas detection is critical in hazardous environments to prevent explosions, safeguard workers, and maintain compliance. Dynament’s certified NDIR sensors deliver the precision, stability, and robustness required for continuous protection, helping operators manage risks and ensure operational integrity. Â
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