High Temperature Air Combustion: From Energy Conservation to by Hiroshi Tsuji, Ashwani K. Gupta, Toshiaki Hasegawa, Masashi

By Hiroshi Tsuji, Ashwani K. Gupta, Toshiaki Hasegawa, Masashi Katsuki, Ken Kishimoto, Mitsunobu Morita

Maximize potency and reduce pollutants: the step forward expertise of extreme temperature air combustion (HiTAC) holds the capability to beat the constraints of traditional combustion and make allowance engineers to eventually meet this long-standing principal. learn has proven that HiTAC know-how promises simultaneous relief of CO2 and nitric oxide emissions and decrease power intake for a selected method or requirement.

High Temperature Air Combustion: From power Conservation to pollutants aid offers the 1st entire exposition of the foundations and perform of HiTAC. With a cautious stability of conception and perform, it stories the historic historical past, sincerely describes HiTAC combustion phenomena, and exhibits tips to simulate and follow the know-how for major strength discounts, diminished gear dimension, and reduce emissions. It deals layout directions for top functionality business furnaces, offers box trials of sensible furnaces, and explores power functions of HiTAC in different fields, together with the conversion of strong waste fuels to purifier fuels, desk bound gasoline turbine engines, inner combustion engines, and different complicated energy-to-power conversion systems.

Developed via a thorough examine venture subsidized by way of the japanese executive, HiTAC now can provide to revolutionize our paradigm for utilizing all types of fossil, replacement, waste, and derived fuels for power conversion and usage in undefined. This booklet is your chance to appreciate its ideas, know about the expertise, and start to exploit it to the advantage of your program, your organization, and the surroundings.

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Extra info for High Temperature Air Combustion: From Energy Conservation to Pollution Reduction (Environmental & Energy Engineering)

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13 Adiabatic flame temperature and adiabatic limit flame temperature of H2–air mixture. with an ideal regenerator is better. The combustion process of both cases is isenthalpic combustion. 14c, in contrast, includes the isothermal process of high temperature air combustion. 15 shows the relationship between the thermodynamic efficiency and the maximum temperature during the combustion process. 12. 12. It is reasonable that we can get higher efficiency if the maximum temperature is raised by preheating, I-C-Frc-E.

This is because both materials have high emissivity at long wavelength. These characteristics in terms of wavelength produce a desirable function of wall working as a wavelength conversion body in the radiation heat transfer. 11. 11a. 11 Radiation energy exchange by wavelength conversion. as a temperature rise. 11b. 11d. 4 m, the exchange of heat in the furnace is dominated by the radiation heat transfer between walls. Only a fraction of the energy radiated in a short wavelength from a flame in HiTAC is trapped by semi-transparent combustion gas due to its low absorptivity.

3 kW-scale hot air combustion test rig. © 2003 by CRC Press LLC 13A 3 1200˚C. 0 mm N /h. By maintaining a fixed flow rate of diluted air, a similarity in the flow pattern between the diluted air and the fuel flow could be maintained over the temperature range of interest. It is recognized that complete similarity will require compensation for the temperature changes that occur during the test run. The switching device incorporated in the facility allowed the flow direction in the regenerator to be changed after a prescribed time duration.

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