To continuously generate high-temperature and high-pressure combustion gas by using, as fuel, all types of biomass having a water content of approximately 90% or smaller regardless of shapes and forms, to generate supercritical water by the direct drive of a gas turbine for power generation or by heat exchange and use the supercritical water for the drive of a steam turbine for power generation, to simplify a device configuration, to collect and effectively use waste heat, to and achieve economy for a distributed power plant.
This combustion boiler device uses a supercritical water oxidative reaction, uses an organic matter with a high water content such as biomass as fuel, and generates high-temperature and high-pressure combustion gas mainly composed of supercritical water. The combustion boiler device has divided operation elements such as "sealing-pressure intensification", "constant pressure-temperature rise", "combustion-temperature rise", "stable combustion" and "discharge-filling", and operates reactors of the respective operation elements. This operation can continuously generate a stable thermal output, eliminate the necessity of the continuous supply of solid fuel such as biomass to a high-temperature and high-pressure system, and achieve batch supply at an easily-supplied temperature and pressure.
Inomata, Hiroshi
Richard, Lee Smith
Watanabe, Masaru
Ono, Sanenobu
Suzuki, Akira
Kawasaki, Shinichirou
Hatada, Kiyotaka
Hattori, Hideo
Nonaka, Toshiyuki
Tajima, Masahiko
NATIONAL INSTITUTE OF ADVANCED INDUSTRIAL TECHNOLOGY