GASERA ONE GHG

Greenhouse gas analyzer

Parts per billion level detection limit
Easy to use
Drift-free operation

GASERA ONE GHG GREENOUSE GAS ANALYZER OFFERS RELIABLE AND SIMULTANEOUS ANALYSIS OF CH4 AND N2O IN AMBIENT AIR

Earth’s atmosphere contains a variety of chemical compounds that act as greenhouse gases, absorbing and emitting infrared radiation from the planet. Some of these gases, such as carbon dioxide, methane, nitrous oxide, and water vapor, occur naturally but are also produced by human activities.

Methane (CH4) is the second most significant greenhouse gas in terms of both concentration and climate impact. Nitrous oxide (N2O) is another powerful greenhouse gas and plays a key role as an ozone scavenger. It ranks as the third most important long-lived greenhouse gas and is associated with several known health and environmental risks.

Understanding and monitoring these gases is crucial for tackling climate change and protecting both the environment and public health.

UNMATCHED PERFORMANCE

Photoacoustic infrared spectroscopy engine with a patented ultra-sensitive cantilever sensor enables sub-ppb detection limits.

RELIABLE MEASUREMENT OF AMBIENT BACKGROUND LEVELS

Based on combination of QCL source with patented photoacoustic detection.

SIMULTANEOUS ANALYSIS OF CH4 AND N2O GREENHOUSE GASES

Methane and nitrous oxide are both very potent greenhouse gases having a huge impact on global warming.
Both are emitted into the atmosphere as a result of human activity such as agricultural and livestock practices, petrochemical industry, traffic and combustion of fossile fuels.

EASY-TO-USE – SINGLE DIAL OPERATION

GASERA ONE GHG provides the user with a simple and intuitive interface with high resolution display and a single rotating dial.

Standalone system

with built-in gas exchange system

Easy-to-use

one dial operation

Portability

that enables field use, a trolley option available.

GASERA ONE GHG greenhouse gas analyzer is based on combining ultra sensitive cantilever enhanced photoacoustic detection technology with quantum cascade laser source operating at a Mid-IR fundamental spectral absorption line of greenhouse gases methane (CH4) and nitrous oxide (N2O).

This combination provides very high sensitivity (parts per billion level!) to reliably measure ambient background levels of greenhouse gases methane (CH4) and nitrous oxide (N2O). It also gives an exceptionally high level of stability with a recommended re-calibration period of 12 months, and thus it offers a low total cost of ownership.