Closed loop control makes process management a reality. Program includes standard sequential statistical approaches; exploratory analysis; data screening; modeling; optimization; experimental design and multivariable run charts and flow charts. Includes data conditioning and systems identification modules.
Designed for selecting appropriate driver, compressor frame and cylinders double acting, single acting, tandem pairs, and blank throws and evaluating performance for various unloading configurations at multiple operating conditions. Computes gas properties. Flags values for temperature, pressure, speed, horsepower, volumetric efficiency, valve pressure drop, rod load, cross-head pin reversal, etc.
Engine, frame and cylinder databases may be created. Engine horsepower automatically derated for site elevation, ambient temperature, speed and auxiliaries. Accommodates up to a maximum of 10 throws, 4 services, 5 stages in a single service, and a maximum of 6 stages for all services.
The QMC Centrifugal Compressor Program generates a mathematical model of the compressor from input of the manufacturer's compressor data. This provides the basis for the compressor calculations. The program calculates compressor performance at specific conditions and simulates the complete compressor system over a wide range of operations, including, but not limited to, start-up, normal operation at steady and varying load conditions, including anti-surge, normal and emergency shutdowns, and safety valve relieving conditions.
A single compressor train with 1 or 2 services with a maximum of 6 stages compressor sections total can be simulated. Fuzzy Logic and Expert Systems software to assist and support operations management for sensor validation equipment "smart objects" and process control.
Fuzzy logic modeling employs proprietary integer search methodology and database management techniques to estimate process variable time delays fuzzy taus.
Process data conditioning is automated using clustering techniques. A genetic algorithm is used in conjunction with fuzzy modeling to consolidate and optimize the process rule base. The result is an accurate, concise rule base for expert system applications.
Process and heuristic rules can be integrated into the expert system, providing a robust system for root cause analysis. This program offers an extensive set of common equipment objects with generic rules relating to equipment safety and abnormal situation management.
The QMC DYFLO Program methodology has been successfully used in chemical processes for over 30 years with many benefits for system analysis and robust methods for actual operations evaluation. For kinetics, the user needs associated data, reaction mechanisms, and physico-chemical properties. Values can be regressed as part of the analysis. Reaction mechanisms and kinetics can be verified. Interested in Downloading?
Click Here. Ask about this product below! The QMC opens at the Site license page. This makes you the root administrator for the Qlik Sense site that is assigned to the RootAdmin role. There are two license models: the serial and control number and the signed license key. These models define the terms of your license and the access types that you can allocate to users. With a signed license key, you need internet access direct or through a proxy to access the cloud-based license backend, for user assignments, analytic time consumption, and product activations.
An access type allows users to access the hub and apps within a Qlik Sense Enterprise on Windows site. You have now started the your first QMC session. The next step is to allocate user access or professional access to yourself. Managing user access.
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