A self-standing container having four sidewall panels, a bottom panel, and openable top panel, wherein (i) all the panels are formed of a polymer material, and (ii) the top panel has a closure configured to close the top panel in relation to the sidewall panels. Each sidewall panel has a pocket panel attached thereto forming a pocket. A spring steel stiffener is positioned between each sidewall and pocket panel, with the spring steel stiffener forming a closed loop.

A blast resistant container includes a rigid outer cylinder, a rigid inner cylinder and at least one pumice brick. The rigid inner cylinder has a longitudinal axis. The at least one pumice brick is within the interior of the rigid inner cylinder.

A blast resistant container includes a rigid outer cylinder, a rigid inner cylinder and at least one pumice brick. The rigid inner cylinder has a longitudinal axis. The at least one pumice brick is within the interior of the rigid inner cylinder.

A waste management receptacle system for containment of odorous waste comprising a primary receptacle, comprising a base with vertically extending sidewalls forming an interior portion, a rim, and primary receptacle lid movable between an open and closed position. The system includes a secondary receptacle comprising a bottom with upstanding sidewalls forming a secondary interior, and a lid portion moveable between open and closed positions. A clamping member secures the secondary receptacle within the primary receptacle interior. The clamping member comprises a lateral member having ends with longitudinal members extending therefrom, and a fastening member disposed on a longitudinal member. The fastening member is movable between a disengaged and engaged position to secure the clamping member to the primary receptacle.

A waste management receptacle system for containment of odorous waste comprising a primary receptacle, comprising a base with vertically extending sidewalls forming an interior portion, a rim, and primary receptacle lid movable between an open and closed position. The system includes a secondary receptacle comprising a bottom with upstanding sidewalls forming a secondary interior, and a lid portion moveable between open and closed positions. A clamping member secures the secondary receptacle within the primary receptacle interior. The clamping member comprises a lateral member having ends with longitudinal members extending therefrom, and a fastening member disposed on a longitudinal member. The fastening member is movable between a disengaged and engaged position to secure the clamping member to the primary receptacle.

A container for holding items, such as waste, is provided. The container includes a body which can be formed of plastic or metal, such as stainless steel, or other materials, and includes walls defining an inner chamber. A pivotable lid is connected to the body. A trim ring rests on a top edge of the body which is rolled outward away from the inner chamber. The trim ring is pivotable between a down position and an up position. A removable tray is disposed in the inner chamber, and a collar having a ring shape is disposed along a base of the container and between the removable tray and the body to support a periphery of the removable tray. The removable tray and the top edge of the body define a clearance space therebetween when the removable tray is raised from the base and out of the container.

A container for holding items, such as waste, is provided. The container includes a body which can be formed of plastic or metal, such as stainless steel, or other materials, and includes walls defining an inner chamber. A pivotable lid is connected to the body. A trim ring rests on a top edge of the body which is rolled outward away from the inner chamber. The trim ring is pivotable between a down position and an up position. A removable tray is disposed in the inner chamber, and a collar having a ring shape is disposed along a base of the container and between the removable tray and the body to support a periphery of the removable tray. The removable tray and the top edge of the body define a clearance space therebetween when the removable tray is raised from the base and out of the container.

An intelligent sterilization, deodorization and carbon-releasing reduction garbage bin includes a bin body, a bin cover disposed on the bin body, a solution storage chamber and a spray head. The spray head is disposed on a wall of the bin body or on the bin cover. By disposing an inner bucket and/or a garbage bag each with a liquid storage cavity, a molding groove, the liquid storage chamber, the spray head and an intelligent control device, the solution storage chamber being for storing a sterilization and deodorization solution, and the spray head being for spraying the solution stored in the liquid storage chamber, which can filter out water in garbage uninterruptedly and spray a special liquid with effects of sterilization, deodorization and carbon-releasing reduction into the garbage as needed and in an automatic timed and quantitative manner, thereby comprehensively playing multiple beneficial effects in sterilization, deodorization and carbon-releasing reduction.

An intelligent sterilization, deodorization and carbon-releasing reduction garbage bin includes a bin body, a bin cover disposed on the bin body, a solution storage chamber and a spray head. The spray head is disposed on a wall of the bin body or on the bin cover. By disposing an inner bucket and/or a garbage bag each with a liquid storage cavity, a molding groove, the liquid storage chamber, the spray head and an intelligent control device, the solution storage chamber being for storing a sterilization and deodorization solution, and the spray head being for spraying the solution stored in the liquid storage chamber, which can filter out water in garbage uninterruptedly and spray a special liquid with effects of sterilization, deodorization and carbon-releasing reduction into the garbage as needed and in an automatic timed and quantitative manner, thereby comprehensively playing multiple beneficial effects in sterilization, deodorization and carbon-releasing reduction.

A trash can assembly and method of use. An inner can has a first space and includes a first inner seal circumscribing an outer surface of the inner can, an inner opening and an inner valve configured to close and expose the inner opening. A trash bag is positioned within the first space and coupled to the inner can to form a substantially air-tight seal between the trash bag and the inner can. An outer can having a second space includes an outer opening and an outer valve configured to close and expose the outer opening. The inner can is positioned within the second space. The first inner seal is configured to form a substantially air-tight seal between the first inner seal and the outer can. The inner valve is closed when the outer valve is opened, and the inner valve is opened when the outer valve is closed.