Synthesis of chemical reaction cycles effective in saving energy.
スポンサーリンク
概要
- 論文の詳細を見る
An evolutionary method of synthesizing chemical reaction cycles effective in saving energy is developed. The stoichiometry of reactions, the thermodynamics of chemical equilibrium and the chemical reaction rates are considered in the method. By the searching procedure presented here, several novel industrial chemical processes, in which chemical reactions can be carried out at lower temperatures, and a chemical heat pump system which upgrades thermal energy to a higher temperature are synthesized on the basis of linguistic descriptions of reaction rates in the literature.
- The Society of Chemical Engineers, Japanの論文
著者
-
Kunugita Eiichi
Department Of Chemical Engineering Osaka University
-
Sato Masahito
Chemical Systems Division, National Chemical Laboratory for Industry
-
Wan Yuan-Chen
Department of Chemical Engineering, Osaka University
-
Fujiwara Ichiro
Chemical Systems Division, National Chemical Laboratory for Industry
関連論文
- NUMERICAL STUDY ON EFFECTS OF HYDRATE FORMATION ON DEEP SEA CO_2 STORAGE
- Recovery of Gallium and Vanadium from Coal Fly Ash
- Synthesis of chemical reaction cycles effective in saving energy.
- Recovery of vanadium from oil-fired boiler slag by direct leaching and subsequent solvent extraction.
- Multi-objective analysis for energy and resource conservation in process systems.
- Design of heat exchanger network with uncertainty in overall heat transfer coefficients.
- Design of fixed-gain feedback control system with required tolerance.
- Computer-aided structure synthesis of metal extraction processes.
- Recovery and purification of boron from coal fly ash.
- Some problems in the computer-aided synthesis of metal separation processes by liquid-liquid extraction.
- On the vector optimization of heat exchange.
- A note on synthesis of thermochemical cycles for reducing carbon dioxide.
- PERFORMANCE OF FIXED BED REACTORS WITH CATALYST FOULING
- LIQUID BEHAVIOUR IN BUBBLE COLUMN