Next-Generation Multi-gas Analysis Technology, the GASERA ONE PULSE+

Gasera Ltd., a leading innovator in gas measurement solutions, proudly announces the release of GASERA ONE PULSE+, a revolutionary advancement in gas analysis technology. Building upon the success of its predecessor GASERA ONE PULSE, the next generation analyzer sets a new standard in sensitivity, stability, and versatility, offering enhanced capabilities for a wide range of demanding gas monitoring applications.

Enhanced performance and sensitivity

GASERA ONE PULSE+ leverages Gasera's patented photoacoustic spectroscopy technology to deliver unparalleled sensitivity, with detection levels reaching parts-per-billion (ppb). With the ability to simultaneously measure up to ten gas components, this next-generation analyzer provides comprehensive insights into gas composition with exceptional accuracy.

Key benefits and features

The new GASERA ONE PULSE+ offers several key benefits, including:

• Fast Response Time: With rapid data acquisition and analysis capabilities, the analyzer provides real-time insights for prompt decision-making.
• Wide Dynamic Measurement Range: From trace levels to higher concentrations, the analyzer ensures accurate measurements across a broad spectrum of gas concentrations.
• High Stability: Featuring a recalibration period of one year, the analyzer offers long-term autonomous 24/7 monitoring stability and reliability, minimizing maintenance requirements.

Innovative technology for unrivaled performance

GASERA ONE PULSE+ combines Gasera's ultra-sensitive cantilever enhanced photoacoustic detection technology with a broad band IR source and narrow band-pass optical filters. This unique approach ensures stable and reliable operation, enabling high sensitivity and a wide dynamic measurement range. The analyzer can detect trace levels of almost any gas that absorbs infrared light, making it suitable for a wide variety of applications.

Versatile applications

GASERA ONE PULSE+ is highly versatile and can be configured for use in various industries and applications, including:

• Greenhouse Gases Research: Measuring GHG emissions from air, soil, and water in situ to evaluate climatic effects.
• Occupational Health and Safety: Monitoring toxic gas leakage from industrial production.
• Chemical Agent Detection: Monitoring of chemical warfare agents and toxic industrial gases in civil defense shelters.
• Photocatalytic Material Testing: Measuring several gases in photocatalytic equipment performance evaluation.
• Waste Anesthetic Gases: Monitoring levels of anesthetic gases such as fluranes and nitrous oxide in hospital operating theaters.
• Switchgear Tightness Testing: SF6 leak detection in switchgear manufacturing and power utility.
• Indoor Air Quality/Ventilation Testing: Measuring indoor air quality and ventilation efficiency by using tracer gases.

Expanded monitoring capabilities with MULTIPOINT SAMPLER 24

Gasera's new MULTIPOINT SAMPLER 24 enhances the monitoring capabilities of GASERA ONE PULSE+ by increasing the number of sample inlets up to 24. Additionally, it performs automated sampling from multiple points, further streamlining data collection and analysis processes.

Dr. Ismo Kauppinen, CEO of Gasera Ltd., commented on the release: "The announcement of GASERA ONE PULSE+ marks a significant milestone in gas analysis technology. We are thrilled to introduce this next-generation analyzer, which embodies Gasera's commitment to innovation and excellence. With its unmatched sensitivity, stability, and versatility, GASERA ONE PULSE+ will empower industries and researchers worldwide to achieve superior gas analysis results."