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Vaisala launches mgp262 methane carbon dioxide analyzer

Date: 2021-12-25 01:03
Views: 11
Abstract: Vaisala carbocap ® Mgp262 is robust, reliable and compact, and can provide continuous measurement data to help optimize and control the biogas upgrading process to improve biogas production, process efficiency and environmental benefits. It is said that this is the only Taiwan in the world to use carbocap ® Technology, in situ instrument for measuring biogas waste gas by non dispersive infrared optical method. When biogas is upgraded to biogas, methane is separated from carbon dioxide and other gases present in the original biogas. During the upgrade process, carbon dioxide enters the tail gas, but methane remains in the main stream and can be used as a renewable fuel. However, a small amount of methane will flow into the exhaust stream. Mgp262 CH4 / CO2 analyzer follows Vaisala's earlier and award-winning mgp261 multi gas measuring instrument, which provides continuous methane, carbon dioxide and humidity readings directly in the biogas process pipeline. Mgp262 monitors the back end of the upgrade process. Together, they provide accurate and reliable online measurements to help optimize end-to-end biogas production and biogas upgrading.

Vaisala launches mgp262 methane carbon dioxide analyzer

  


Vaisala of Finland has launched a new instrument mgp262, which is used to measure methane and carbon dioxide in the process of biogas production.
Carbocap, Vaisala ® MGP262 Robust, reliable and compact, it can provide continuous measurement data to help optimize and control the biogas upgrading process to improve biogas production, process efficiency and environmental benefits. It is said that this is the only Taiwan in the world to use carbocap ® Technology, in situ instrument for measuring biogas waste gas by non dispersive infrared optical method. When biogas is upgraded to biogas, methane is separated from carbon dioxide and other gases present in the original biogas. During the upgrade process, carbon dioxide enters the tail gas, but methane remains in the main stream and can be used as a renewable fuel. However, a small amount of methane will flow into the exhaust stream.
Vaisala product manager explained: "Methane leakage is a process in which methane is not captured, but is lost to the atmosphere. As methane is a harmful greenhouse gas, about 20 times more serious than carbon dioxide, it needs to be seriously reduced. If methane leakage is not controlled, the environmental benefits and production of biogas will be reduced. The mgp262 methane carbon dioxide meter provides control The ability to upgrade the process enables our customers to focus on producing the highest possible quality of biomethane. The optimized and efficient biogas recovery process can not only bring more profits, but also bring greater benefits to the environment
Mgp262 CH4 / CO2 analyzer follows Vaisala's earlier and award-winning mgp261 multi gas measuring instrument, which provides continuous methane, carbon dioxide and humidity readings directly in the biogas process pipeline. MGP262 Monitor the back end of the upgrade process. Together, they provide accurate and reliable online measurements to help optimize end-to-end biogas production and biogas upgrading.
"The key issues to be considered in effective biogas production are: first of all, to protect cogeneration engines from excessive moisture in the production process, so as to avoid corrosion and failure. This is the breakthrough mgp261, which belongs to its own category."
"Second, it is important to control the whole process until it is used MGP262 Emissions to minimize losses and negative environmental impacts caused by uncontrolled methane emissions. "

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