METHOD AND DEVICE FOR POWER GENERATION FROM WASTE COMBUSTION USING PART OF TERTIARY AIR Russian patent published in 2009 - IPC F23G7/12 F23G5/27 F23G5/20 C04B7/43 

Abstract RU 2348865 C2

FIELD: heating.

SUBSTANCE: invention relates to waste processing industry. The device for power production from waste combustion contains calciner and tertiary air supply channel. It includes one or more combustion chambers representing calciner in tertiary air supply channel. In addition, the first channel is provided with a water-cooled retainer that can be opened to retain wastes in combustion chamber until they are burnt out completely by using part of tertiary air. The above water-cooled retainer makes the combustion gases and air flowing through it. In addition, the device is provided with one or more supply units. Each of them is linked with the combustion chamber to supply wastes to combustion chamber. The power generation method from waste combustion using hot tertiary air at the temperature from 650°C to 900°C to be used in rotating furnaces includes: waste combustion in combustion chamber made in tertiary air supply channel. If part of tertiary air is used, the wastes are retained during 80 to 120 seconds ensuring complete combustion of wastes and discharge of hot combustion gases to tertiary air channel. The remaining waste material is unloaded to tertiary air channel and included into cement clinker.

EFFECT: simple device and reduced consumption of oil coke.

28 cl, 3 dwg

Similar patents RU2348865C2

Title Year Author Number
ROD-SUSPENDED SOLID FUEL COMBUSTION SYSTEM 2011
  • Tiernan John J.
  • Bowman Allen G.
RU2573430C2
COMBUSTIBLE WASTE BURNING METHOD 2005
  • Tomsen Kent
  • Khel'M Aleksandr
  • Skorup Ensen Lars
RU2373164C2
METHOD AND DEVICE FOR PROCESSING WET WASTE CONTAINING ORGANIC COMPOUNDS 2012
  • Gasser Urs
RU2658695C1
METHOD AND DEVICE FOR PROCESSING WET WASTES CONTAINING ORGANIC COMPOUNDS 2012
  • Gasser Urs
RU2573657C2
FURNACE FOR RADIOACTIVE WASTE BURNING 2022
  • Lukonin Denis Andreevich
  • Simonov Vladimir Igorevich
  • Ilinykh Ivan Igorevich
  • Nekrasov Aleksej Nikolaevich
  • Derendyaev Valerij Vitalevich
RU2791278C1
0
  • Izobreteni B. Vinokur, T. V. Vysotskij, K. A. Govorko, V. P. Gulin, A. N. Turbo, A. S. Dejnekina, A. A. Kudrevich, V. P. Pron Ev, A. G. Bko, A. Sakhonchik, A. P. Sizov I. A. Falkovskij
SU448911A1
CHARCOAL KILN 2013
RU2559462C2
INSTALLATION FOR THERMAL DECOMPOSITION OF PARTIALLY PREPARED SOLID ORGANIC WASTE 2023
  • Gabitov Ramil Nailevich
  • Kolibaba Olga Borisovna
  • Gorinov Oleg Ivanovich
  • Dolinin Denis Aleksandrovich
  • Samyshina Olga Vasilevna
  • Chizhikova Mariya Mikhajlovna
RU2807335C1
THERMOGAS CHEMICAL PLANT FOR SOLID DOMESTIC WASTES RECYCLING 2009
  • Koropchuk Aleksandr Petrovich
RU2423647C1
METHOD FOR CONTINUOUS PRELIMINARY HEATING OF CHARGE MATERIALS FOR STEEL MELTING FURNACE AND PLANT FOR REALIZATION OF THIS METHOD 1993
  • Vallomi Dzhon Aleksander[It]
RU2086869C1

RU 2 348 865 C2

Authors

Khose Torres Alemani

Ehnrike Ramon Martinez Vera

Dates

2009-03-10Published

2006-06-01Filed