Abstract: A method of manufacturing a film includes forming a blend containing a renewable content starch, a renewable content mineral, and polyethylene, operating a mass flow hopper to maintain a consistent mass flow rate of the blend to a feed throat of an extruder, and operating the extruder with a screw speed and melt temperature based on the amount by weight of the starch and mineral within the blend. The melt is passed through a screen pack with a mesh rating based on the amount by weight of the starch and mineral within the blend, is passed through a die, and is cooled into a film. The film is nipped to a gauge such that the film can be formed into a bag.

Abstract: Container including base portion defining compartment. Base portion includes bottom panel defining bottom of compartment, front base panel defining front of compartment and extending upwardly from bottom panel. Base portion further includes back panel extending from bottom panel to define a back of compartment, and first and second side tabs extending between bottom panel, front base panel, and back panel at opposing sides thereof to define opposing sides of compartment. Container further includes lid portion including a top panel and a front lid panel. The top panel includes an opening and an access flap moveable between an opening position and a closed position defining the opening. The access flap includes a back edge, a front edge, opposing side edges, and a first and second front protrusions, respectively. Blanks for forming such a container and methods for disposing a web material are also disclosed.