By Richard A. Gaggioli (Eds.)
content material: moment legislation research for approach and effort engineering / Richard A. Gaggioli --
moment legislation research to enhance business approaches / William F. Kenney --
Reversibility of combustion strategies / Horst J. Richter and Karl F. Knoche --
Thermodynamic research of chemical power delivery / H.B. Vakil --
Thermodynamic research of gasoline turbine cycles with chemical reactions / H.B. Vakil --
to be had strength research of a sulfuric acid plant / ok. Ravindranath and S. Thiyagarajan --
Exergetic research of power conversion approaches : coal hydrogasification / Karl F. Knoche and G. Tsatsaronis --
software of exergy research to the layout of a waste warmth restoration method for coal gasification / Eberhard Nitschke --
Thermodynamic availability research within the synthesis of optimum-energy and minimum-cost warmth exchanger networks / F.A. Pehler and Y.A. Liu --
Hierarchical constitution research in accordance with strength and exergy transformation of a strategy procedure / Masaru Ishida --
Strategic use of thermoeconomics for procedure development / Y. El-Sayed and M. Tribus --
Essergetic sensible research for technique layout and synthesis / Robert B. Evans, Prasanna V. Kadaba, and Walter A. Hendrix --
Thermoeconomic optimization of a Rankine cycle cogeneration process / Robert M. Garceau and William J. Wepfer --
program of moment legislations dependent layout optimization to mass move techniques / Bryan B. Moore and William J. Wepfer --
Multiobjective optimum synthesis / L.T. Fan and J.H. Shieh --
Multiobjective research for strength and source conservation in an evaporation approach / H. Nishitani and E. Kunugita --
power and exergy estimation utilizing the crowd contribution technique / J.H. Shieh and L.T. Fan --
Thermodynamic houses of coal and coal-derived drinks : overview and alertness to the exergy research of a coal liquefaction procedure / Masaru Ishida, Takahiro Suzuki, and Naonori Nishida --
Thermodynamic availability of sun radiation with distinctive consciousness to atmospheric Rayleigh scattering / R.H. Edgerton and J.A. Patten --
Bibliography / Y.A. Liu and W.J. Wepfer.
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Content material: moment legislations research for approach and effort engineering / Richard A. Gaggioli -- moment legislations research to enhance commercial tactics / William F. Kenney -- Reversibility of combustion tactics / Horst J. Richter and Karl F. Knoche -- Thermodynamic research of chemical strength delivery / H. B.
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Extra info for Efficiency and Costing. Second Law Analysis of Processes
NOMINAL T o t a l c o s t s as a f u n c t i o n o f pipe diameter and i n s u l a t i o n thickness. 0«/kWhr) STEAM. POWER. OXYGEN 241 -1790 EFFLUENTS 7 0 » 26% 5471 335 BY-PROOUCTS CONVERSION. METHANATION. TREATMENT -470 7. 2«/kWhr. O X Y G E N : 44«/kWhr Figure 10. Exergy flows and u n i t c o s t s f o r SYNTHANE process. ; ACS Symposium Series; American Chemical Society: Washington, DC, 1983. 1. 45C/kWhr. Therefore, i t seemed, c a p i t a l expenditure f o r u t i l i t y systems can and should be kept t o a minimum i n order t o minimize the cost o f the product gas.
Evaluation of the Theoretical Potenfor Energy Conservation in Seven Basic Industries", Report from Battelle Columbus Laboratories to the Federal Energy Administration, Report No. FEA/D-75/CE1 (July 1975). Gaggioli, R . A . J. and Chen, H . H . , "A Heat Recovery System for Process Steam Industries", Trans. E. J. Eng. Power, 100 (1978) 511-519. Appelbaum, B. and Lannus, A . , "Available Energy Analysis of a Dry Process Cement Plant", Paper presented at the 85th National Meeting of the A . I .
Exergy accounting i s u s e f u l f o r s e v e r a l purposes: (1) Costing. I f a u t i l i t y system and/or chemical process d e l i v ers s e v e r a l products ergy" costs to the T h i s apportionment i s c r i t i c a l inasmuch as (a) the "energy" c o s t s are u s u a l l y major ones, and (b) the c o s t s are needed i n order to e s t a b l i s h p r i c e s and/or evaluate p r o f i t s of each product. Or, i f the u t i l i t i e s are used i n - p l a n t , the apportionment i s needed to e s t a b l i s h costs to be charged to the d i f f e r e n t manufactured goods, which consume the u t i l i t i e s i n various proportions.