Cmap : Compressor Map
Software dedicated to the prediction of the performance of the centrifugal compressor under different operating conditions. The application allows you to analyze the operation of the compressor, to predict the changes in performance and simulate the expected production and operating parameters in the new conditions.
Compared with others professional performance evaluations programs CMAP offers new outstanding capabilities with easy step-by-step operations. CMAP allows also some additional tasks useful to compare centrifugal compressor expected performances with field data measured ones. This feature is particularly useful for evaluating compressor performances during field tests. Analyst and engineers that use CMAP will have all quantitative information about machine status useful to define diagnostic strategies and maintenance operations.
In order to use CMAP, the starting point is the availability of a centrifugal compressor performance map, along with the relevant gas mix composition and thermodynamic condition (pressure and temperature). Having this inputs data available, the software will perform all complex calculation in fully automated way and will produce the expected compressor performances for inlet pressures, inlet temperatures and gas mix compositions different for design/reference ones.
The software is easy and intuitive, and will provide also automatic storage of data in a project archives for quick consultation. Evaluation of differences from expected performances will be an powerful tool to support diagnostic and maintenance decisions.
CMAP is based on the latest machinery modeling approach and embeds the most advanced thermodynamic theories for prediction of real gas mixtures properties. CMAP has been designed to guide the user through streamlined workflows aimed to perform complex analysis making available to the user software calculation capabilities in a very simple way.
Compared with others professional performance evaluations programs CMAP offers new outstanding capabilities with easy step-by-step operations. CMAP allows also some additional tasks useful to compare centrifugal compressor expected performances with field data measured ones. This feature is particularly useful for evaluating compressor performances during field tests. Analyst and engineers that use CMAP will have all quantitative information about machine status useful to define diagnostic strategies and maintenance operations.
In order to use CMAP, the starting point is the availability of a centrifugal compressor performance map, along with the relevant gas mix composition and thermodynamic condition (pressure and temperature). Having this inputs data available, the software will perform all complex calculation in fully automated way and will produce the expected compressor performances for inlet pressures, inlet temperatures and gas mix compositions different for design/reference ones.
The software is easy and intuitive, and will provide also automatic storage of data in a project archives for quick consultation. Evaluation of differences from expected performances will be an powerful tool to support diagnostic and maintenance decisions.
CMAP is based on the latest machinery modeling approach and embeds the most advanced thermodynamic theories for prediction of real gas mixtures properties. CMAP has been designed to guide the user through streamlined workflows aimed to perform complex analysis making available to the user software calculation capabilities in a very simple way.
