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Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.       Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.       Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.       Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.       Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.       Contributing to Society with latest technologies and our specialized services in Process Control, Analytical Instruments, Public Addressing Notification Systems & Photonic Design and Simulation Software.      

 

Laser Mass Flow Meters

Our Focus2.0 Optical Gas Flow Meter is used by oil and gas companies around the world to measure and monitor the flow of flare gases in oil production. Flaring is the burning of the waste natural gas associated with oil production, and over 150 billion cubic meters of gas are flared or vented into the atmosphere every year, which is costly to the environment and affects the bottom line of oil companies.

How it works

Based on the “laser-two-focus” ( L2F ) method, our optical gas flow meter technology is the only laser technology to reach industrial gas flow metering applications. The method requires the presence of miniature droplets of condensation, lubricants, dust and other impurities in the gas stream for purpose of light scattering and consequently determining the time particles travel from one laser beam to another. 

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