Abstract: A belt system for a water treatment system comprising a flocculation tank. The flocculation tank is configured for receiving wastewater having one or more of unwanted waste solids, unwanted particulates, suspended solids via the ingress and for mixing the wastewater with a flocculating agent and magnetite within the flocculation tank. The belt system comprises a looped belt comprising a plurality of rare earth magnets. The first looped belt is mounted within an extraction portion of the flocculation tank. A first portion of the first looped belt is above a water level inside the flocculation tank. A second portion of the first looped belt is submerged in the flocculation tank. A first scraper is positioned proximate to the first looped belt that is above the water level. A container is below the first scraper and the first looped belt and above the water level. An auger is within the container.

Abstract: A conveyor oven is provided. The oven housing has a substantially rectangular box frame, clad with a top wall and side walls downwardly depending from the top wall, and a bottom wall connecting the side walls, all defining an interior baking chamber. The baking chamber is heated by a heat source in excess of 7OO0F. An endless conveyor transports food items to be baked through the baking chamber. The oven has an intermediate panel ceiling assembly disposed within the baking chamber. The assembly has a plurality of ceiling panel holders mounted above the conveyor and spaced below the top wall, each ceiling panel holder substantially spanning the width of the baking chamber. At least one ceiling panel is held within each ceiling panel holder, which is exposed on both sides to the baking chamber for absorbing and distributing heat in the baking chamber.

Abstract: A conveyor oven is provided, which has an oven housing having a frame with a top wall and side walls downwardly dependent from the top wall, and a substantially open bottom portion of the frame. A heat source heats the baking chamber in excess of 7000 F. An endless conveyor is used for continuous transport of foodstuffs through the baking chamber. The oven uses access dollies to insulatingly cover the bottom of the oven below the conveyor. These dollies can be unsealed and slidably removed to access the baking chamber without turning off the heat source or cooling the oven.

Abstract: A conveyor oven is provided. The oven housing has a substantially rectangular box frame, clad with a top wall and side walls downwardly depending from the top wall, and a bottom wall connecting the side walls, all defining an interior baking chamber. The baking chamber is heated by a heat source in excess of 700° F. An endless conveyor transports food items to be baked through the baking chamber. The oven has an intermediate panel ceiling assembly disposed within the baking chamber. The assembly has a plurality of ceiling panel holders mounted above the conveyor and spaced below the top wall, each ceiling panel holder substantially spanning the width of the baking chamber. At least one ceiling panel is held within each ceiling panel holder, which is exposed on both sides to the baking chamber for absorbing and distributing heat in the baking chamber.

Abstract: A conveyor oven is provided, which has an oven housing having a frame with a top wall and side walls downwardly dependent from the top wall, and a substantially open bottom portion of the frame. A heat source heats the baking chamber in excess of 7000 F. An endless conveyor is used for continuous transport of foodstuffs through the baking chamber. The oven uses access dollies to insulatingly cover the bottom of the oven below the conveyor. These dollies can be unsealed and slidably removed to access the baking chamber without turning off the heat source or cooling the oven.

Abstract: The invention relates to an acoustic barrier wall made of prefabricated parts, preferably of artificial stone, concrete or the like, characterized in that the prefabricated parts comprise transverse supporting structures and longitudinal wall panels, these parts being arranged so that they can be joined together to form a retaining cage which becomes stepwise narrow towards the top, for containing fill material, for example earth.