A furnace for combusting wood comprises a firebox floor in a primary burn chamber of the furnace, where the wood is received for generating a gas therefrom, that is defined by a thermally conductive body of refractory material. The body of refractory material defines an upper support surface arranged to support the wood above or over the same. The body of refractory material also defines, beneath the upper support surface, a duct as part of a secondary burn chamber of the furnace which is arranged (i) to be communicated with the primary burn chamber of the furnace to receive the gas generated by heating of the wood therein and carrying combustible products, and (ii) to convey the gas in a manner supporting combustion of the combustible products carried thereby.

Devices and methods for outdoor heating. A stove device includes a fuel system attached to a combustion chamber to deliver fuel from a hopper of the fuel system to the combustion chamber for combustion in a firepot assembly positioned inside the combustion chamber. A distance between a chute of the fuel system and the firepot assembly is adjustable to change an amount of fuel for combustion and thereby control temperature of combustion. The distance may be decreased to decrease the temperature and may be increased to increase the temperature

There is disclosed herein a cooking apparatus (10) including: a burner assembly (17) including at least one burner (44) supported by a stand (46), the stand (46) including a magnetically attractive material; a body (14) including a cavity (16) in which the burner assembly (17) is locatable and being adapted to support a cooking surface (20) at least partially over the cavity (16), the cavity (16) including a drain (32) and substantially smooth surfaces (34) arranged to direct a fluid to the drain (32); a gas port (42) fitted to the body (14) to provide the at least one burner (44) with gas; and a magnetic coupling means (50) arranged to releasably couple with the magnetically attractive material of the stand (46); wherein the cooking apparatus (10) is configurable between: a cooking mode in which the burner assembly (17) is fitted to the gas port (42) with the stand (46) supported and located relative to cavity (16) by the magnetic coupling means (50), and the cooking surface (20) is fittable at least partially thereover, and a cleaning mode in which the cooking surface (20) and burner assembly (17) are removeable from the cavity (16), with the magnetic coupling means (50) being decoupled, to reveal the substantially smooth surfaces (34) for cleaning with the fluid.

A grill cleaning tool assembly for effectively cleaning rounded grills and smokers includes a curved ash scoop apparatus and a curved ash scraper apparatus. The curved ash scoop apparatus comprises a scoop back having an arcuate scoop back bottom edge conforming to the contour of a rounded grill or smoker. A scoop body is coupled to the scoop back and extends from a scoop back bottom edge perpendicular to a scoop back front side. A scoop handle is coupled to the scoop back back side. The curved ash scraper apparatus comprises a scraper blade having a blade front side, a blade back side, a blade top edge, and a blade bottom edge. The blade bottom edge is arcuate and conforms to the contour of the scoop back bottom edge. A scraper handle is coupled to the blade back side.

A heating device, preferably for the combustion of biomass, in particular of pellets of biomass, in one aspect, includes a burner part and a heating part. The burner part includes a combustion chamber; a double-walled, internally hollow combustion-chamber wall, which has an upper opening leading above the combustion zone into the combustion chamber; a flue-gas duct which leads the flue gas downwards along the combustion chamber, wherein the flue-gas duct is followed by a heat-exchanger area including initially, a flat-tube flue-gas heat exchanger, then, a tertiary-air heat exchanger; a flue-gas ventilation stack, a radiant-heat exchanger located above the combustion chamber, a flue-gas flap at the upper end of the flue-gas duct, which, when open, connects the flue-gas duct to the stack. A flat-tube flue-gas heat exchanger of the heating part forms a heat-exchanger circuit with an exhaust-air heat exchanger with the same heat-transfer medium as the flat-tube flue-gas heat exchanger.

The present disclosure provides a grill with a quick cleaning device, including a combustion furnace and a grill cover; wherein the combustion furnace is mounted in the grill cover, and the combustion furnace includes a first cleaning opening, a cleaning control member configured to control open and close of the cleaning opening being movably mounted at the first cleaning opening; and a second cleaning opening is disposed at a position, corresponding to the first cleaning opening, of the grill cover, a cleaning basin being slidably or detachably connected at the position, where the second cleaning opening is disposed, of the grill cover. This structure has the advantages of use convenience and improving use experience of such products.

The present disclosure provides a quickly-repairable pellet grill. The pellet grill includes a pellet grill body, wherein the pellet grill body comprises a fuel conveying and stirring mechanism, a fuel feed cabinet, a combustion furnace, and a fuel conveying channel communicated with both the fuel feed cabinet and the combustion furnace; wherein the fuel conveying and stirring mechanism includes a stirrer disposed on the fuel conveying channel, a rotation driving device, and a connection base, the connection base being detachably mounted at a mounting port of the fuel conveying channel, the rotation driving device being mounted on the connection base, the stirrer being mounted at a rotation portion of the rotation driving device, a handle being disposed on the connection base.

A furnace for combusting wood comprises a firebox floor in a primary burn chamber of the furnace, where the wood is received for generating a gas therefrom, that is defined by a thermally conductive body of refractory material. The body of refractory material defines an upper support surface arranged to support the wood above or over the same. The body of refractory material also defines, beneath the upper support surface, a duct as part of a secondary burn chamber of the furnace which is arranged (i) to be communicated with the primary burn chamber of the furnace to receive the gas generated by heating of the wood therein and carrying combustible products, and (ii) to convey the gas in a manner supporting combustion of the combustible products carried thereby.

A dual-fuel fireplace apparatus is described. In one example, an apparatus includes an enclosure having a door disposed thereon and a wood-burning compartment disposed within the enclosure. The wood-burning compartment has an insulated housing configured to support temperatures associated with burning of wood within the wood-burning compartment. A gas-burning compartment is also disposed within the enclosure and has a gas burner disposed therein. A mechanism including a motor is configured to cause movement between a first mode in which the wood-burning compartment is viewable through the door and a second mode in which the gas-burning compartment is viewable through the door.

A fire pit comprising a body having a side wall structure. The body further comprises a base plate located adjacent a lower end portion of the side wall structure, and an opening defined by a perimeter of an upper end portion of the side wall structure. Together, the side wall structure and the base plate form a fire pit chamber. The lower end portion of the side walls and the base plate form a collection sump for collecting and retaining ash that is generated during use. The lower portion of two opposite side walls and and the base plate are tapered downwards towards the center of the base plate to facilitate collection of ash.