WET-TYPE INSTALLATION FOR FLUE GAS DESULPHURIZATION Russian patent published in 1999 - IPC

Abstract RU 2124932 C1

FIELD: gas cleaning of harmful components. SUBSTANCE: absorber tower body including inlet and outlet channels is made integral with the circulation reservoir, attached to whose upper section is the tower. The absorber tower has a selfload-carrying structure and is installed only on the circulation reservoir. At least the highest spraying step in the spray area in the inlet channel incorporates spray pipes furnished with spray nozzles for spraying the absorbing liquid in the direction parallel to the gas flow; and at least the lowest spraying step incorporates spray nozzles for spraying the absorbing liquid in the direction opposite the gas flow. The absorber tower represents a solid structure, in which the upper section of the circulation reservoir forms part of the tower channel, therefore the absorber tower structure is a selfload-carrying one, and moreover, it is simple in design. EFFECT: enhanced mechanical strength. 31 cl, 63 dwg, 12 ex

Similar patents RU2124932C1

Title Year Author Number
WET-TYPE PLANT FOR DESULFURIZATION OF FLUE GASES AND METHOD OF USE OF SOLID DESULFURIZING SUBSTANCE 1995
  • Kikkava Khirofumi
  • Nakadzhima Fumito
  • Kaku Khirojjuki
  • Takamoto Shigekhito
  • Ishizaka Khiroshi
  • Nozava Shigeru
  • Nishimura Masakatsu
  • Nakamoto Takanori
RU2140809C1
WET-TYPE UNIT FOR DESULFURIZATION OF FLUE GASES AND METHOD OF USE OF SOLID DESULFURIZING AGENT 1995
  • Kikkava Khirofumi
  • Nakadzhima Fumito
  • Kaku Khirojjuki
  • Takamoto Shigekhito
  • Ishizaka Khiroshi
  • Nozava Shigeru
  • Nishimura Masakatsu
  • Nakamoto Takanori
RU2145905C1
CATALYTIC UNIT AND DEVICE FOR GAS CLEANING 1995
  • Kato Jaasujoshi
  • Ishikara Tomikhisa
  • Nagai Joshinori
  • Morita Isato
  • Mukai Masato
  • Jaamada Akikhiro
  • Michimoto Takashi
  • Morii Masakharu
  • Kuroda Khiroshi
RU2158634C2
DEVICE AND METHOD OF SMOKE FUMES 2008
  • Vel'P Khel'Mut
  • Shmidt Tomas
RU2459655C2
FUEL DISTRIBUTOR FOR FUEL SUPPLY PIPE AND METHOD OF BOILER OPERATION 2001
  • Okhtani Joshinori
  • Joshizako Khidekhisa
  • Kanemoto Khiroaki
  • Takeno Jjutaka
  • Shimogori Joshio
  • Tsumura Toshikazu
  • Takakhashi Joshitaka
  • Sakai Kazukhito
RU2279606C2
DUST CATCHER WITH MULTIJET NOZZLES 2004
  • Bot Rejnkhol'D
RU2278272C2
PHOSPHORUS ABSORPTION BY HYDRATION AND FLUORINE RECOVERY FOR SMOKE EXITING KILN IN KILN PROCESS FOR PRODUCTION OF PHOSPHORIC ACID 2013
  • Hou Yonghe
  • Wei Shifa
  • Wei Chenjuan
RU2663032C2
DEVICE FOR OBTAINING AND PRODUCTION OF PHOSPHORIC ACID FROM SMOKE RECEIVED IN PROCESS OF COMBUSTION IN FURNACE 2013
  • Hou Yonghe
  • Wei Shifa
  • Wei Chenjuan
RU2643049C2
ENERGY RECOVERY WHEN PRODUCING SULPHURIC ACID 2011
  • Vera-Kastaneda Ehrnesto
RU2570658C2
ENTRAINMENT SEPARATOR FOR GASES MOVING AT HIGH VELOCITIES AND FOR REPEATED HEATING OF SCRUBBER GASES 1995
  • Dzheral'D E.Brezovar
RU2149050C1

RU 2 124 932 C1

Authors

Kuroda Khiroshi

Nakadzhima Fumito

Nisimura Masakatsu

Kaku Khirojjuki

Nozava Sigeru

Takamoto Sigekhito

Nakamoto Takanori

Kikkava Khirofumi

Isizaka Khirosi

Katagava Atsusi

Kon. Mitsukharu

Jamamoto Masajuki

Joshida Kunikatsu

Dates

1999-01-20Published

1994-04-07Filed