... for the three typical days Hourly cooling needs of the network for the three typical days scheduling optimization nonheuristic algorithm complex energy networks cogeneration residential sector With the growing diffusion of the distributed generation systems, as a consequence...

.... Analysis of the coupling of the proposed facility with an absorption refrigeration system. Refrigeration of the turbine blades to reach a higher inlet temperature, using the heat obtained in the cogeneration. Nomenclature CHP = combined heat and power generation D · e...

... plant, as indicated by the current exergy-based analyses, will be investigated in the future. Structure of the plant 31 01 2011 28 07 2011 30 12 2011 30 12 2011 cogeneration costing exergy investment power generation economics steam turbines...

... presents a case study involving GE 7EA gas turbines operating at the Watson Cogeneration Plant and discusses issues with the existing oil mist elimination system and steps taken for a successful replacement of the original equipment manufacturer (OEM) supplied mist elimination system with non-OEM designed...

...://www.epa.gov/ Yoru , Y. , Karakoc , T. H. , and Hepbasli , A. , 2010 , “ Dynamic Energy and Exergy Analyses of an Industrial Cogeneration System ,” Int. J. Energy Res. 0363-907X , 34 , pp. 345 – 356 . 10.1002/er.1561 Panno , D. , Messineo , A. H. , and Dispenza...

... 2010 19 07 2010 06 05 2011 06 05 2011 alumina austenitic stainless steel cogeneration corrosion resistance creep films forming processes gas turbines oxidation A current focus of the U.S. Department of Energy’s Combined Heat and Power (CHP) program is to increase...

... of the development program. 13 04 2010 01 06 2010 22 11 2010 22 11 2010 air pollution control carbon compounds cogeneration distributed power generation turbogenerators During the last few decades, several attempts have been made to develop microturbines with efficiency levels...

... for the power industry. air pollution control climate mitigation cogeneration heat recovery power generation economics power markets 13 04 2010 03 05 2010 22 11 2010 22 11 2010 2011 American Society of Mechanical Engineers ...

... systems is applied to an actual combined-cycle cogeneration plant located in the outskirts of the city of Rio de Janeiro in Brazil. The plant contains more than 60 thermal components, including two gas turbines, one steam turbine, and two heat recovery steam generators. Several hundred variables...

... and Ph.D. students. The tests presented here are essential for understanding commercial gas turbines and microturbine performance, control strategy development, and theoretical model validation. cogeneration compressors educational courses flow control gas turbines power engineering education...

... and methods for improving combustion systems to minimize the production of toxic emissions, such as nitrogen oxides. Microturbine based cogeneration units are one of the interesting alternatives for combined electrical power and heat generation (CHP). Microturbine CHP technology still needs to be developed...

...Hongguang Jin; Shien Sun; Wei Han; Lin Gao This paper proposes a novel multifunctional energy system (MES), which cogenerates coke, hydrogen, and power, through the use of coal and coke oven gas (COG). In this system, a new type of coke oven, firing coal instead of COG as heating resource...

... facilitate an economical cogeneration of hydrogen through thermochemical cycles (particularly, the copper-chlorine cycle) or direct high-temperature electrolysis. To decrease significantly the development costs of a SCW NPP and to increase its reliability, it should be determined whether SCW NPPs can...

...Hongguang Jin; Wei Han; Lin Gao This paper proposes a novel, multifunctional energy system (MES), in which hydrogen and electricity are cogenerated and about 90% of CO 2 is removed. By integrating the methane/steam reforming reaction and combustion of coal, the natural gas and coal are utilized...

... energy ratio, second law efficiency, and exergy destruction in each component are examined. Results for gas turbine cycle, cogeneration cycle, and trigeneration cycle are compared. Thermodynamic analysis indicates that maximum exergy is destroyed during the combustion and steam generation process, which...

...A. Khaliq; K. Choudhary A conceptual gas turbine based cogeneration cycle with compressor inlet air cooling and evaporative aftercooling of the compressor discharge is proposed to increase the cycle performance significantly and render it practically insensitive to seasonal temperature fluctuations...

...Hongguang Jin; Wei Han; Lin Gao A new kind of multifunctional energy system (MES) with multifossil fuels and multiproducts is proposed in this paper. This new system consumes coal and natural gas as fuel simultaneously, and cogenerates methanol and power. Coal and natural gas are utilized...

... 11.17 9.50 9.61 9.22 11.41 H 2 cost ( $ ∕ GJ LHV ) − Ctax = 40 $ ∕ t 10.86 9.84 9.56 11.05 10.25 9.76 10.96 10.02 9.71 11.56 11.26 10.21 9.88 11.80 It is worth noting that cogenerating power decreases the hydrogen cost in all...

...Satoshi Gamou; Koichi Ito; Ryohei Yokoyama Economic and energy-saving characteristics of cogeneration systems with microturbine and desiccant air-conditioning units are investigated on system operational planning. An optimization approach is adopted to rationally evaluate these characteristics...

... 2002, final revision, March 2003. Associate Editor: H. R. Simmons. 16 June 2003 01 October 2002 01 March 2003 24 06 2005 gas turbine power stations heat recovery boilers thermodynamics combustion cogeneration computational fluid dynamics The increasing interest...