BPMN (Business Process Model and Notation) models repeatable, predictable processes. It is important for business leaders to understand the basic concepts and representation of these models to understand the details that must be addressed and the skills and investment required for process design. This chapter provides an overview of the key business process modeling tools that are essential to operational implementation of the agile enterprise. Cummins, in Building the Agile Enterprise (Second Edition), 2017 Abstract By using the results of CAPE-OPEN, it is relatively easy to include and integrate modules from various suppliers and in a heterogeneous environment.įred A. Currently, different vendors and industrial companies are already incorporating the CAPE-OPEN interfaces.
#Business process modeling tools and techniques software
The use of standardised interfaces for open communication between software components has emerged as a promising challenge for the software application incompatibility ( CAPE-OPEN, 2000). These drawbacks may be overcome by using separated components that inter-operate through a well-specified interface. Therefore, their integration and incorporation in a monolithical structure leads to high effort both, in cost and in implementation.
Since, these modules could be supplied from different providers, they may present a possible software and hardware incompatibility. Thus, the continuous improvement of such tools requires a flexible and modular structure for a PEDR system so that upgrading of this system may be easily achieved by replacing old modules. The performance of numerical solvers and process modeling tools has a direct impact on the results of Data Reconciliation and Parameter Estimation. Luis Puigjaner, in Computer Aided Chemical Engineering, 2002 2.1 Multi-module vs. The proposed methodology can be used as a guiding example in the development of different sustainable chemical production processes.Ĭhouaib Benqlilou. MOO was utilised to predict a range of process configurations that resulted in optimal economics as well as positive environmental impacts of the plants. A saving of almost 37 % can be achieved in the global warming potential. The LCA gave useful insights into reduction of the impact on the environment in the biomass-to-ammonia process, when compared to conventional natural gas-based ammonia production. The LCC established the economic viability of biomass as a potential feedstock for ammonia production.
While CFD was used at the phase-level modelling of the gasifier, ASPEN Plus® was used at the process-level and plant-level simulation of the flowsheet. Anuradda Ganesh, in Computer Aided Chemical Engineering, 2016 4 ConclusionsĪ variety of process modelling and simulation tools were effectively used to establish the viability of the biomass-to-ammonia process.
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