|
|
Current methods for reducing energy consumption in industrial processes
Lauterbach, David ; Miklas, Václav (referee) ; Máša, Vítězslav (advisor)
This bachelor thesis deals with methods used for reducing energy consumption in industrial processes, their categorization, evaluation of approaches from the point of view of practical applicability, and formulation of leads for choosing the suitable one. First, the process improvement issue is introduced, followed by potential methods which are used nowadays. Furthermore, three chosen methods are presented (Pinch Analysis, Debottlenecking, and Energetic Management) that are often used in process improvement. Case studies, evaluation, and basic leads for their right choice are provided with the methods. In the last part, the European Union plan and the potential of given methods for fulfilling the requirements are presented. This thesis can be convenient primarily for getting familiar with the process improvement issue, given methods and how they can contribute to fulfilling EU requirements in the field of energy and environmental sustainability.
|
|
|
Application of process system engeneering
Hrncsjarová, Hana ; Turek, Vojtěch (referee) ; Jegla, Zdeněk (advisor)
The master’s thesis is focused on familiarization with modern techniques and procedures of process system engineering for identification of energy savings. In this case, process system engineering is applied to the issue of heat exchanger networks and in order to save energy, their retrofit is solved here. The current network pinch method, which uses mathematical programming options, is described for the retrofit of the heat exchanger networks. The method is presented in comparison to older development methods, mainly with the PDM. In addition, the calculation procedure is also developed by this method and in the Maple software environment it is applied to the case of heat exchanger network retrofit in the process of hydrogenation refining of oil. Part of the thesis is an evaluation of the results obtained, including a discussion of the properties of the method used.
|
|
|
Current methods for reducing energy consumption in industrial processes
Lauterbach, David ; Miklas, Václav (referee) ; Máša, Vítězslav (advisor)
This bachelor thesis deals with methods used for reducing energy consumption in industrial processes, their categorization, evaluation of approaches from the point of view of practical applicability, and formulation of leads for choosing the suitable one. First, the process improvement issue is introduced, followed by potential methods which are used nowadays. Furthermore, three chosen methods are presented (Pinch Analysis, Debottlenecking, and Energetic Management) that are often used in process improvement. Case studies, evaluation, and basic leads for their right choice are provided with the methods. In the last part, the European Union plan and the potential of given methods for fulfilling the requirements are presented. This thesis can be convenient primarily for getting familiar with the process improvement issue, given methods and how they can contribute to fulfilling EU requirements in the field of energy and environmental sustainability.
|
|
|
Application of process system engeneering
Hrncsjarová, Hana ; Turek, Vojtěch (referee) ; Jegla, Zdeněk (advisor)
The master’s thesis is focused on familiarization with modern techniques and procedures of process system engineering for identification of energy savings. In this case, process system engineering is applied to the issue of heat exchanger networks and in order to save energy, their retrofit is solved here. The current network pinch method, which uses mathematical programming options, is described for the retrofit of the heat exchanger networks. The method is presented in comparison to older development methods, mainly with the PDM. In addition, the calculation procedure is also developed by this method and in the Maple software environment it is applied to the case of heat exchanger network retrofit in the process of hydrogenation refining of oil. Part of the thesis is an evaluation of the results obtained, including a discussion of the properties of the method used.
|
guest ::
