TH13800Y - Continuously fueled biomass gasification stove. - Google Patents

Abstract

Page 1 of 1. Summary of the Invention: The conventional continuous-fuel biomass gasification stove is a rectangular box-shaped biomass gasification stove. The bottom of the combustion chamber is constructed with a curved shape to facilitate the easy filling and pushing of biomass fuel from the biomass fuel port into the combustion chamber. During operation, air flows into the biomass gasification stove through air vents drilled in the bottom outer wall of the stove. The continuous-fuel biomass gasification stove is a high-thermal efficiency biomass gasification stove design that allows for continuous fuel replenishment from the bottom of the combustion chamber during operation.

Claims (1)

Page 1 of 1 page. Claims 1. The continuously fueled biomass gas furnace has the following components: the outer damp wall of the furnace (1), air vents (2), legs for supporting containers (3), air inlet hole at the top of the combustion chamber (4), air inlet hole at the bottom of the combustion chamber (5), the lower curve of the combustion chamber (6), fuel filling vent (7), and the combustion chamber (8). It has the following characteristics: The outer wall of the furnace (1) is a rectangular box-shaped metal. The top wall is square, with vents for the flames to shoot out from the top of the combustion chamber (8), and legs for supporting containers (3) are installed. The bottom wall is a solid square metal plate. The side walls of the outer damp wall of the furnace (1) are rectangular on all four sides. The bottom has air vents (2), and the front has additional vents to install the fuel filling vent (7), which is connected to the lower curve of the combustion chamber (6), which is made of curved pipe. The top of the lower curve of the combustion chamber (6) is connected to the bottom of the combustion chamber (8). The combustion chamber (8) is a rectangular metal pipe. The top of the combustion chamber (4) has an air inlet hole, and the bottom of the combustion chamber (8) has an air inlet hole (5). The top edge of the combustion chamber (8) is welded to the top rectangular channel of the damp outer wall of the furnace (1), and the bottom is welded to the bottom curved section of the combustion chamber (6), which is a curved rectangular tube that can push biomass fuel into the combustion chamber (8). The bottom curved section of the combustion chamber (6) is welded to the inner rectangular tube of the fuel filling channel (7), and there is another section that extends out from the biomass gas furnace for adding biomass fuel to the biomass gas furnace.