COMBUSTION AND DISPOSITION OF CHLORINE-CONTAINING COMBUSTIBLE MATERIAL

PURPOSE:To increase the rate at which calcium is utilized and enhance the efficiency of dechlorination and desulfurization by a method wherein water slurry of a specific amount of calcium compound is mixed with a chlorine-containing combustible material and a combustor is loaded wit the mixture for...

Full description

Saved in:
Bibliographic Details
Main Authors TAKARADA YASUYUKI, KOIZUMI SHINAI, KATO KUNIO, TAKEUCHI YOSHIYUKI, HANEDA TOSHIO, ODA NAOYOSHI, FUJIMA YUKIHISA
Format Patent
LanguageEnglish
Published 15.03.1994
Edition5
Subjects
BLASTING
COMBUSTION APPARATUS
COMBUSTION PROCESSES
CONSUMING WASTE PRODUCTS BY COMBUSTION
CREMATION FURNACES
HEATING
LIGHTING
MECHANICAL ENGINEERING
WEAPONS
Online AccessGet full text

Cover

More Information
Summary:PURPOSE:To increase the rate at which calcium is utilized and enhance the efficiency of dechlorination and desulfurization by a method wherein water slurry of a specific amount of calcium compound is mixed with a chlorine-containing combustible material and a combustor is loaded wit the mixture for combustion. CONSTITUTION:To burn a chlorine-containing combustible material 1 in a combustor 19 with a dust collector, to part or all of the combustible material 1 water slurry of a calcium compound 8, for which quicklime or slaked lime is preferable, is added in a manner that the number of moles of the calcium becomes one to three times the number of moles in the combustible material 1 (sulfur + 1/2 chlorine) and mixed. The combustor 19 is loaded with the resulting mixture. That is, a calcium compound 8 is put into a preparation tank 12 together with water 13 to form a slurry. On the other hand, the combustible material 1 is crushed by a crusher 6, put in a mixer 7 together with the slurry and mixed; then cured in a curing tank 15 and thereafter put into the combustor 19. Even for a smaller molar equivalent of a calcium compound against chlorine and sulfur, this method enables achieving a high rate of dechlorination.
Bibliography:Application Number: JP19920227226