AbstractThis paper focuses on repowering options to improve waste conversion efficiency of an existing under-utilized Waste-To-Energy (WTE) power plant with a Gas Turbine (GT). In particular, this study investigates the feasibility of middle pressure repowering strategies utilizing the hot gases leaving the GT. For each investigated repowering option, minimum GT size is identified along with optimum plant match condition in terms of plants capacity. Detailed modifications to the WTE cycle and the resulting enhancement of its performance are presented for both analyzed middle pressure repowering options. Numerical results of a representative mid-size WTE power plant repowered with different GT commercial units are shown and discussed
A developed mathematical model of a gas turbine power plant with an additional air bottoming cycle t...
The development of a high performance LPT (Low Pressure Turbine) for turbocompounding applications i...
The objective of the project is to evaluate the best way of adapting the thermal cycle of a Waste-to...
This paper focuses on repowering options to improve waste conversion efficiency of an existing under...
AbstractThis paper focuses on repowering options to improve waste conversion efficiency of an existi...
AbstractThis paper focuses on possibilities to maximize waste conversion through integration of a Wa...
This paper focuses on possibilities to maximize waste conversion through integration of a Waste-To-E...
In recent years, interest has been growing in developing new possibilities to maximize the conversio...
In recent years, interest has been growing in developing new possibilities to maximize the conversio...
none4This paper assesses the potential of improving the performance of a waste to energy (WTE) power...
This paper focuses on a thermodynamic and parametric analysis for a steam/water side integrated “hyb...
Introduction of water in a micro Gas Turbine (mGT) has proven to be a very effective method to recov...
The repowering of steam power plants by overlapped gas turbine units is discussed. The analysis has ...
The performance, economics and technical feasibility of heavy duty combustion turbine power systems ...
This study aims to improve existing fossil gas turbine power plants by waste heat recovery. These po...
A developed mathematical model of a gas turbine power plant with an additional air bottoming cycle t...
The development of a high performance LPT (Low Pressure Turbine) for turbocompounding applications i...
The objective of the project is to evaluate the best way of adapting the thermal cycle of a Waste-to...
This paper focuses on repowering options to improve waste conversion efficiency of an existing under...
AbstractThis paper focuses on repowering options to improve waste conversion efficiency of an existi...
AbstractThis paper focuses on possibilities to maximize waste conversion through integration of a Wa...
This paper focuses on possibilities to maximize waste conversion through integration of a Waste-To-E...
In recent years, interest has been growing in developing new possibilities to maximize the conversio...
In recent years, interest has been growing in developing new possibilities to maximize the conversio...
none4This paper assesses the potential of improving the performance of a waste to energy (WTE) power...
This paper focuses on a thermodynamic and parametric analysis for a steam/water side integrated “hyb...
Introduction of water in a micro Gas Turbine (mGT) has proven to be a very effective method to recov...
The repowering of steam power plants by overlapped gas turbine units is discussed. The analysis has ...
The performance, economics and technical feasibility of heavy duty combustion turbine power systems ...
This study aims to improve existing fossil gas turbine power plants by waste heat recovery. These po...
A developed mathematical model of a gas turbine power plant with an additional air bottoming cycle t...
The development of a high performance LPT (Low Pressure Turbine) for turbocompounding applications i...
The objective of the project is to evaluate the best way of adapting the thermal cycle of a Waste-to...