G10E Laser Ethane Identification Instrument

G10E Laser Identification Instrument

Product Overview

The G10E is an advanced laser ethane identification instrument, designed for precise detection and analysis of natural gas leaks.

Using cutting-edge laser technology, the G10E can directly detect ethane, provide accurate concentration values and perform real-time analysis.

At the same time, it can provide a reference to identify whether the leak is natural gas based on the methane/ethane ratio, allowing for a more complete analysis of the leak source.

Advantages Over Traditional Products

Feature	Traditional Chromatography Products	G10E Laser Ethane Product
Analysis Time	Minutes	Real-time analysis
Measurement Type	Qualitative	Quantitative
Data Output	Chart	Direct concentration value display
Key Component Lifespan	3 years to replace key components	10 years lifespan

Key Features

Direct Ethane Detection

Uses advanced laser technology to directly detect ethane, without the need for secondary analysis or additional processing.

Real-Time Analysis

Provides instant results, enabling rapid response to leaks and emergency situations.

Quantitative Measurement

Offers precise concentration values, not just qualitative indications, allowing for more detailed analysis.

Methane/Ethane Ratio Analysis

Allows identification of leak source based on methane and ethane ratio, differentiating natural gas leaks from other sources.

Display and Interface

The G10E features an intuitive display that clearly shows methane (CH₄) and ethane (C₂H₆) concentrations, enabling quick and efficient analysis.

The user interface was designed to facilitate operation, even in challenging field conditions, with large buttons and clear indications.

Concentration values are displayed in real-time, with options for different measurement units, including ppm and %VOL.