Specifications include, but are not limited to: Remove all portions of the existing conveyor systems back to the facility connections. Reuse and recycling value to be kept by the firm. Design shall be based on fitting within the existing conveyor foot prints. Specific detail shall be paid to minimizing the amount of material that can fall into the conveyor pit. Design shall consider a mechanical means, such as an auger or pump truck, for removing material from the conveyor pits. Design shall meet all applicable local codes and OSHA requirements. Electrical service and equipment below tipping floor grade shall be designed to NEMA 6. Electrical service and equipment above the tipping floor shall be NEMA 4X. All electrical and electronic hardware not housed in a NEMA enclosure shall be suitable for exposure to the specified NEMA rated environment. The conveyors shall be manufactured of all new materials suitable to an abrasive and corrosive environment. Design shall focus on ease of maintenance and repair. Evaluation of options to widen the access behind the conveyor. The decking on the in‐feed can be flat (boxed in) instead of sloped to provide more headroom, but still needs to be lower than tipping floor. The walls going up the conveyor can go straight down so the steel is just about 1/4 to 3/8 inch above the belt. This will make the maintenance of the side walls easier to replace as they wear. Use a roller chain so that a 3/8” x 3” flat bar can be welded to the chain. Belting should be 3/8” thick and impact resistance. The splice can be just overlapping the belt between the bar and paddle. Paddles should be minimum 3/8” x 2” x 3” angle iron. Clean outs need to be placed where the belt would be installed. This is where the must residue ends up. Must be able to remove the cover so that it accessible and large enough to accommodate a two workers and pump truck hose.