From Flowsheet to TensorFlow – Process Simulation at its Best
Sponsored by: ENEXSA GmbH
- Process Simulation
- Power Industry
Date: 4 May
Time: 3PM London/4PM CET
How ENEXSA enables first-principles models to serve in state-of-the-art Big Data applications
Energiewende and Digitalisation are the buzz words of today’s power industry, and the challenges that are resulting from these megatrends are indeed gigantic. In the transition period from traditional fossil fuels to renewable energy as the principal energy source, fuel efficiency and operating flexibility will be the key factors for the economic success of gas-fired or hybrid power plants and industrial cogeneration facilities. Carbon taxes are very likely to become a powerful means of political guidance, and the volatility of renewable power generation will force all other market participants to react quickly and reliably to mitigate excessive imbalances that could harm customers and industrial processes.
This webinar provides an introduction to the basic concepts of thermodynamic process simulation and explains the necessity of heat balance analysis for conceptual design, off-design analysis and performance monitoring applications to maximize fuel efficiency. The application of a plant model for data validation and reconciliation to generate a technically sound and consistent data set for process monitoring and review of the plant instruments will also be covered.
While this simulation technology has been on the market since more than thirty years, the speakers will point out its importance for the success of the current digitalisation efforts such as Big Data analysis and the application of artificial intelligence. With its distributed calculation technology that allows to speed up the heat balance analysis by orders of magnitude and the development of superfast surrogate models with comparable accuracy, ENEXSA has paved the way to new advanced applications in the design of power plants, equipment diagnostics, process visualization, and operational optimization.
Please join our webinar on Tuesday, May 4th 2021 at 4 p.m. CET to learn more about this step change in process modelling for power plants.
Dr. Josef Petek,
Manager Commercial Operations
Dr. Josef Petek has more than 20 years of experience in thermal energy conversion and power generation technology. Starting from fundamental combustion research, he held various positions in engineering, software development, commercial operations and product line leadership for thermodynamic analysis software at expert companies as well as at a major gas turbine OEM. His current role at ENEXSA GmbH is manager of commercial operations with responsibility for marketing, sales and product strategy.
Dr. Peter Pechtl,
Dr. Pechtl has over thirty years of experience modeling the performance of advanced energy systems, mainly in the field of combined cycle power plants. His work includes development and application of on-line performance monitoring systems as well as research related to power plant technology, system studies on coal-gasification combined-cycle technology, in-depth use of computer-aided process design and system analysis software. He is a recognized expert in the field of combined cycle-based power and water production plants as well as power-to-gas technologies. In his role as chief technologist for power plant engineering, Dr. Pechtl supports the development of ENEXSA software products and acts as advisor for the development and enhancement of the EBSILON®Professional heat balance software by STEAG Energy Services.
Key Learning Objectives
- Understanding the importance of physical modelling for the power industry
- How to determine the correct process state despite of insufficient or inaccurate plant sensors
- How to overcome the dilemma of accuracy versus speed in process simulation
- Understanding the benefits of Big Data simulation
- Engineering manager
- Operations manager
- Data scientist
- Performance engineer
- VP operations
- Plant manager