A portable bonfire apparatus disclosed here includes a grate frame, an ash collector tray, and a set of elongate rods. The grate frame is supported by one or more leg member assemblies, where the grate frame receives and burns firewood at an elevated height via each leg member assembly. The ash collector tray is positioned below the grate frame to collect ash from the burned firewood, and the elongate rods obliquely extend outwardly from opposing sides of the grate frame to receive and position additional firewood. The additional firewood slides towards the grate frame by gravity when the firewood received on the grate frame burns to ash and collects in the ash collector tray.

A portable bonfire apparatus disclosed here includes a grate frame, an ash collector tray, and a set of elongate rods. The grate frame is supported by one or more leg member assemblies, where the grate frame receives and burns firewood at an elevated height via each leg member assembly. The ash collector tray is positioned below the grate frame to collect ash from the burned firewood, and the elongate rods obliquely extend outwardly from opposing sides of the grate frame to receive and position additional firewood. The additional firewood slides towards the grate frame by gravity when the firewood received on the grate frame burns to ash and collects in the ash collector tray.

A smoke ring assembly that includes: an inner ring, where the inner ring is a cylindrical tube having a first diameter; an outer ring, where the outer ring is a cylindrical tube having a second diameter, where the first diameter is less than the second diameter and the inner ring is vertically aligned into the outer ring during use; a series of holes at the top perimeter of the inner ring; a throttle ring, where the throttle ring supports the outer and inner ring; a series of throttle holes around the perimeter of the throttle ring; and a removable handle for use with the throttle ring, where the removable handle inserts into the one of the throttle holes. The smoke ring assembly may further include handles on the inner ring to allow for removal of the inner ring from the outer ring. The inner ring preferably includes an outer lip that over laps the outer ring.

Provided is a collapsible barbecue (10) comprising two leg panels (12) each defining a complementary diagonal keyhole slot (14) therein, a gridiron or grill (16), and a holder arrangement (18) for operatively holding a thermal energy source. The holder arrangement (18) comprises a quadrilateral frame (20) with each leg panel (12) hingedly arranged on an opposed side 22.1 and the gridiron or grill (16) hingedly arranged on a transverse side 22.2 of the frame (20). The two side panels (24) are each hingedly arranged at a transverse side 22.2 of the frame (20), with a floor panel (26) hingedly fast with each side panel (24) distal from the frame (20) to form a floor of the holder arrangement (18). One floor panel hinge 28 defines an extending head (30) at either ends of said hinge. In this manner, the barbecue (10) is arrangeable between an assembled position, in which the leg panels (12) are substantially parallel and upright with the extending heads (30) of the floor panel hinge (28) captured within the respective keyhole slots (14) and the frame 20 and floor panel (26) of the holder arrangement (18) being substantially horizontal, and a collapsed position, in which the leg panels (12), gridiron or grill (16), quadrilateral frame (20), side panels (24) and floor panel (26) are hinged onto each other to lie substantially coterminous.

A fire pit includes an combustion chamber having at least one wall defining an inner chamber. At least one primary air aperture is defined through the inner chamber wall at a first, lower level, and at least one secondary air aperture is defined through the inner chamber wall at a second, upper level. A fuel grate is supported within the inner chamber at a level between the lower level and the upper level.

A fire pit includes an combustion chamber having at least one wall defining an inner chamber. At least one primary air aperture is defined through the inner chamber wall at a first, lower level, and at least one secondary air aperture is defined through the inner chamber wall at a second, upper level. A fuel grate is supported within the inner chamber at a level between the lower level and the upper level.

A fire pit combustion chamber has an inner wall and a floor having perforations for allowing ash and to pass therethrough and having a floor opening selectively coverable by a lift out section having a rim and having a cover with a raised shape for directing fuel outwardly as the fuel burns. The inverted cover is also receivable within the opening. The cover may define cover openings. A floor recess receives the rim to prevent lateral movement of the cover. An ash pan is below the floor for receiving ash and is removeable though the floor opening. A chute below the floor directs ash into the ash pan. The ash pan may conform to the chute for permitting the ash pan to pass into the chute and may be suspended therefrom. A second ash pan e.g., a removable drawer, may collecting ash when the ash pan is removed.