NOVELTY - An anaerobic waste treatment apparatus (200) comprises container (102); first zone of bio-film media (202) disposed within container; and second zone of bio-film media disposed within container, where at least one of the zones of media is randomly oriented bio-film media; or container; and bio-film media disposed within container, where the media is arranged in organized zone of media; and random zone of media adjacent to organized zone. The randomly oriented bio-film media include materials that include at least a portion of torus-shaped object. The container is dug out portion of earth.    USE - As anaerobic waste treatment apparatus (claimed) such as organic waste treatment apparatus used in the production of gas and for generating energy.    ADVANTAGE - The apparatus provides waste treatment apparatus that can be adapted for use at any desired size, and which allows reduced upfront costs while also providing for the efficient capture of produced gas or other products. The apparatus stabilizes a waste stream for alternative uses. The apparatus is configured to create a cost-efficient waste treatment and/or energy production system that is capable of producing energy comparable to conventional waste treatment apparatuses, but with reduced costs. The apparatus has lowered upfront cost as at least one of the layers in the container is efficiently arranged by randomly orienting bio-film media.    DETAILED DESCRIPTION - An anaerobic waste treatment apparatus (200) comprises a container (102); a first zone of bio-film media (202) disposed within the container; and a second zone of bio-film media disposed within the container, where at least one of the first zone and the second zone of bio-film media is randomly oriented bio-film media; or a container; and bio-film media disposed within the container, where the bio-film media is arranged in an organized zone of bio-film media; and a random zone of bio-film media adjacent to the organized zone. The first zone and the second zone are adjacent, and the first zone is a horizontal zone of bio-film media, and the second zone is the randomly oriented bio-film media. The anaerobic waste treatment apparatus further comprises a transitional zone of bio-film media adjacent to the randomly oriented bio-film media, where the transitional zone of bio-film media creates a foundation; and a horizontal zone of bio-film media adjacent to the transitional zone of bio-film media, where the horizontal zone of bio-film media is supported by the foundation. The randomly oriented bio-film media include materials that include at least a portion of a torus-shaped object. The container is a dug out portion of earth. The dug out portion of earth is lined with plastic, concrete, metal, earthen material, clay, asphalt, organic material, and/or composite material. The container is a metal, concrete, fiberglass composite or plastic tank. The anaerobic waste treatment apparatus further comprises at least one waste pump (110) in fluid communication with the container; and at least one waste pipe (112) coupled to the waste pump, where the waste pipe extends from the waste pump and into the container, where the waste pipe further comprises at least one upper waste port (114) configured to introduce waste material into an upper portion of the container and above the first zone of bio-film media; and at least one lower waste port configured to introduce waste material into a lower portion of the container and below the first zone of bio-film media. The bio-film media comprises whole or partial tires. The tires have various different sizes. An INDEPENDENT CLAIM is included for a method of arranging bio-film media in an anaerobic waste treatment apparatus, involving: creating zones within a container of a waste treatment apparatus, where creating the zones includes: creating a first zone of bio-film media; and creating a second zone of bio-film media, where at least one of the first zone or second zone of bio-film media is created by randomly disposing the bio-film media in the container. The step of randomly disposing the bio-film media in the container further involves: dumping the bio-film media into the container from a motorized vehicle; or pushing the bio-film media into the container with a motorized vehicle.    DESCRIPTION OF DRAWING(S) - The figure shows side view of waste treatment apparatus.    Container (102)    Top cover (104)    Sides of container (106)    Sump cover (108)    Waste pump (110)    Waste pipe (112)    Upper waste ports (114)    Sump pump (120)    Sump pipes (122)    Gas valve (124)    Gas pipe (126)    Gas (128)    Apparatus (200)    Bio-film media (202)    Air pockets (204)