Top-level Analysis of Site Utility Systems

Reducing the energy penalty of CO2 capture and compression using pinch analysis

“…The method decomposes complex turbines into a number of simple turbines, allows for variations in turbine efficiency at full and part load and optimises the range of options. The total site profiles and turbine network models are the basis of many methods (Klemes et al, 1997;Varbanov et al, 2004aVarbanov et al, , 2004bBandyopadhyay et al, 2010;Gorsek et al, 2006;Shang and Kokossis, 2005) for top level analysis and optimisation of utility systems. All of these methods are designed for optimisation of utility systems including cogeneration of heat and power rather than trying to minimise the energy penalty associated with retrofitting a single power station with additional heat sources and sinks.…”

Reducing the energy penalty of CO2 capture and compression using pinch analysis

“…The method decomposes complex turbines into a number of simple turbines, allows for variations in turbine efficiency at full and part load and optimises the range of options. The total site profiles and turbine network models are the basis of many methods (Klemes et al, 1997;Varbanov et al, 2004aVarbanov et al, , 2004bBandyopadhyay et al, 2010;Gorsek et al, 2006;Shang and Kokossis, 2005) for top level analysis and optimisation of utility systems. All of these methods are designed for optimisation of utility systems including cogeneration of heat and power rather than trying to minimise the energy penalty associated with retrofitting a single power station with additional heat sources and sinks.…”

Pengolahan Air Limbah dengan Metode Koagulasi Flokulasi pada Industri Kimia

“…Utilitas merupakan hal penting dalam menunjang keberlangsungan suatu proses dalam sebuah pabrik. Utilitas bertanggung jawab dalam menyediakan daya, panas, dan listrik untuk menunjang proses industri [1]. Sistem dalam utilitas industri dihasilkan oleh boiler, generator dan turbin uap [2].…”

Evaluating the potential of process sites for waste heat recovery

“…The cogeneration efficiency i.e. the fraction of the energy in fuel consumed producing useful heat and power, has been used to evaluate the performance of a cogeneration system [6,7]. When considering waste heat recovery in process sites, this indicator is inadequate as it does not consider energy flows in other systems, such as refrigeration cycles and fired heaters.…”

Reducing the energy penalty of CO2 capture and compression using pinch analysis

“…The method decomposes complex turbines into a number of simple turbines, allows for variations in turbine efficiency at full and part load and optimises the range of options. The total site profiles and turbine network models are the basis of many methods (Klemes et al, 1997;Varbanov et al, 2004aVarbanov et al, , 2004bBandyopadhyay et al, 2010;Gorsek et al, 2006;Shang and Kokossis, 2005) for top level analysis and optimisation of utility systems. All of these methods are designed for optimisation of utility systems including cogeneration of heat and power rather than trying to minimise the energy penalty associated with retrofitting a single power station with additional heat sources and sinks.…”

Pengolahan Air Limbah dengan Metode Koagulasi Flokulasi pada Industri Kimia

“…Utilitas merupakan hal penting dalam menunjang keberlangsungan suatu proses dalam sebuah pabrik. Utilitas bertanggung jawab dalam menyediakan daya, panas, dan listrik untuk menunjang proses industri [1]. Sistem dalam utilitas industri dihasilkan oleh boiler, generator dan turbin uap [2].…”

Evaluating the potential of process sites for waste heat recovery

“…The cogeneration efficiency i.e. the fraction of the energy in fuel consumed producing useful heat and power, has been used to evaluate the performance of a cogeneration system [6,7]. When considering waste heat recovery in process sites, this indicator is inadequate as it does not consider energy flows in other systems, such as refrigeration cycles and fired heaters.…”

Reducing the energy penalty of CO2 capture and compression using pinch analysis

“…The method decomposes complex turbines into a number of simple turbines, allows for variations in turbine efficiency at full and part load and optimises the range of options. The total site profiles and turbine network models are the basis of many methods (Klemes et al, 1997;Varbanov et al, 2004aVarbanov et al, , 2004bBandyopadhyay et al, 2010;Gorsek et al, 2006;Shang and Kokossis, 2005) for top level analysis and optimisation of utility systems. All of these methods are designed for optimisation of utility systems including cogeneration of heat and power rather than trying to minimise the energy penalty associated with retrofitting a single power station with additional heat sources and sinks.…”

Pengolahan Air Limbah dengan Metode Koagulasi Flokulasi pada Industri Kimia

“…Utilitas merupakan hal penting dalam menunjang keberlangsungan suatu proses dalam sebuah pabrik. Utilitas bertanggung jawab dalam menyediakan daya, panas, dan listrik untuk menunjang proses industri [1]. Sistem dalam utilitas industri dihasilkan oleh boiler, generator dan turbin uap [2].…”

Evaluating the potential of process sites for waste heat recovery

“…The cogeneration efficiency i.e. the fraction of the energy in fuel consumed producing useful heat and power, has been used to evaluate the performance of a cogeneration system [6,7]. When considering waste heat recovery in process sites, this indicator is inadequate as it does not consider energy flows in other systems, such as refrigeration cycles and fired heaters.…”