Product highlights 2023

Highlights 2023

45

The best solution for your requirements:

Measurement technology

Requirement

Media (examples)

Flow Optical analysis Level Liquid analysis System components Services Moisture Pressure Plant safety Digitalization Temperature

Coriolis Ultrasonic      Thermal Vortex

Differential pressure

Gas flows in general Dirty/moist gases

Natural gas, air, argon, nitrogen

 

Biogas

 

Volume flow

Exhaust gases



 

Mass flow measurement

CO 2





Nominal diameters > DN400 Supply lines, pipelines

 

Operable flow range > 30:1

  

Low pressure loss

Air

 

Process temperature > 200°C Exhaust gases

 



Process pressure > 100 bar

Compressed natural gas

Custody metering

Natural gas

t-mass thermal mass flow measure ment is the technology of preference for measuring dry and clean gases such as compressed air, nitrogen, argon or mixed gases of known composition. It enables an exact measurement without additional pressure and temperature compensation. t-mass also detects extremely low flow rates, which is why it is often tasked with leak detection in compressed air networks. Prowirl Vortex flow measurement enables the cost-effective and highly robust measurement of all process gases. The optional pressure and temperature compensation with integrated gas computer also supports mass, standard volume or energy flow measurement. Thanks to its various material certificates, Prowirl can even be used in hydrogen or oxygen. Deltabar differential pressure measur ing systems are suitable for use even under extreme application conditions thanks to the diverse selection of avail able materials. These conditions range from extremely high process pressures or process temperatures to gas flow measurements in large exhaust stacks (Pitot tubes).

Promass Coriolis mass flow measure ment is very often used in process gas and custody transfer applications. The di rect mass measurement without pressure and temperature compensation delivers highly accurate measurement results under adequate process pressure condi tions. Promass impresses with its ease of installation without inlet and outlet runs and its maintenance-free design. Typical applications include oxygen, helium, eth ylene, cryogenic gases, hydrogen or even compressed natural gas (CNG). Prosonic Flow ultrasonic flow measure ment is the preferred solution for natural gas or biogas. Prosonic Flow enables an exact gas measurement without pressure loss even under difficult process condi tions, such as wet gases or extremely low flow velocities or process pressures. With an optionally available gas analysis package and the integrated pressure and temperature measurement, the operator additionally has access to gas analysis val ues, e.g. mass flow, standard volume flow or energy flow, and support for methane content detection.