ENERGY PROCESS PLANT FOR SOLID FUEL THERMAL PROCESSING Russian patent published in 2008 - IPC C10B49/00 H05H1/26 

Abstract RU 2325423 C2

FIELD: mechanics; power industry.

SUBSTANCE: said invention may be used for producing heat and electric power, as well as for producing gaseous hydrocarbon-containing products from coal. Coal is loaded into gas generator 1, bottom section of which is a flattened cone with plasmotrons installed all around. At an angle to each plasmotron axis, oxygen-containing gas supply nozzles 10 are located, and steam supply nozzles 11 are installed symmetrically. Coal is heated and purged with oxygen-containing gas and steam. Resulting ash is dumped to ash conversion furnace 8, provided with plasmotrons 40, while synthetic gas is supplied successively to plasma chemical gas generator 19, desulphurisation assembly 20, cyclone 21, high-temperature receiver 23. Synthetic gas from receiver 23 is supplied to solid-phase reduction reactor 25, effluent gas pipeline from which, via additional gas treatment cyclon 27, leads to combustion chamber 28 of electric energy production plant. The invention provides for possibility to obtain high-quality metal from ore and coal in one stage, for higher rate of solid fuel gasification, for maximum utilisation of installed capacity of equipment and environment-friendly operating mode.

EFFECT: maximum utilisation of installed capacity of the plant for solid fuel thermal processing due to higher rate of solid fuel gasification; one-stage metal production from ore and coal.

2 cl, 1 dwg

Similar patents RU2325423C2

Title Year Author Number
METHOD AND DEVICE FOR HEAT TREATMENT OF DOMESTIC WASTE 2005
  • Neklesa Anatolij Timofeevich
RU2293918C1
METHOD OF PLASMA THERMAL PROCESSING OF ORGANIC FUEL AND PLANT FOR REALIZATION OF THIS METHOD 2005
  • Neklesa Anatolij Timofeevich
RU2294354C2
METHOD OF THE DIRECT PRODUCTION OF IRON, IN PARTICULAR STEELS, AND INSTALLATION FOR ITS IMPLEMENTATION 2006
  • Neklesa Anatolij Timofeevich
RU2319749C2
METHOD OF THE DIRECT REDUCTION OF THE FERRIC OXIDES AND PRODUCTION OF THE IRON MELT AND THE INSTALLATION FOR THE METHOD REALIZATION 2005
  • Neklesa Anatolij Timofeevich
  • Kljamko Andrej Stanislavovich
  • Novinskij Vadim Vladislavovich
  • Necheporenko Vladimir Andreevich
  • Piven' Vladimir Aleksandrovich
RU2304620C2
METHOD OF IRON METL RECEIVING, PARTICULARLY STEEL MELT 2007
  • Neklesa Anatolij Timofeevich
  • Novinskij Vadim Vladislavovich
RU2359044C1
METHOD AND POWER-PROCESS PLANT FOR THERMALLY PROCESSING SOLID FUEL 1996
  • Neklesa Anatolij Timofeevich
RU2125082C1
FACILITY FOR RECEIVING OF IRON MELT 2007
  • Neklesa Anatolij Timofeevich
  • Novinskij Vadim Vladislavovich
RU2342442C2
INSTALLATION FOR REDUCTION OF OXIDE-CONTAINING ORES TO PARTICLES OF, FOR EXAMPLE FERRIC OXIDE 2008
  • Neklesa Anatolij Timofeevich
  • Novinskij Vadim Vladislavovich
RU2364630C1
METHOD OF PRODUCTION OF IRON BY DIRECT REDUCTION AND DEVICE FOR REALIZATION OF THIS METHOD 2005
  • Neklesa Anatolij Timofeevich
  • Kljamko Andrej Stanislavovich
  • Novinskij Vadim Vladislavovich
  • Piven' Vladimir Aleksandrovich
  • Necheporenko Vladimir Andreevich
  • Borovikov Gennadij Fedorovich
RU2285047C1
METHOD OF PRODUCTION OF METAL AND PLANT FOR REALIZATION OF THIS METHOD 2005
  • Neklesa Anatolij Timofeevich
  • Kljamko Andrej Stanislavovich
  • Novinskij Vadim Vladislavovich
RU2295574C2

RU 2 325 423 C2

Authors

Neklesa Anatolij Timofeevich

Novinskij Vadim Vladislavovich

Dates

2008-05-27Published

2006-07-06Filed