Day 10: Lincoln Poultry Processing by: Ava


The Lincoln Premium Poultry processing facility was created by Costco, in 2017, as an individual source of chicken for the store, to ensure that the size and quality of their products remain consistent. Tied in with this, is the usage of local corn and soybeans in Nebraska as feed for the birds that will be processed. They have their own hatchery and feed mill as well. They partner with growers around the region to raise birds to 6.2 pounds. 

The chicken processing system is very automated, even including systems that number birds so the Lincoln facility can identify weight, number, and farm origin of each bird. In poultry processing facilities, there are various rooms and chambers for carcasses to be hung as they rotate through each system.

The next couple of paragraphs explain the processing steps of the birds. It is a highly automated system using both human hands and robots. The whole process from when the birds arrive to loading them on a truck to go out to Costco takes about 9 ½ hours.

First, as the chickens come into the plant, they are put into a calming chamber, while remaining in large crates with other birds. From there, they are exposed to carbon dioxide, as a way to make them unconscious, as to obey animal welfare regulations before they are processed. Then placed on shackles, the birds go through another system to ensure unconsciousness. From there, carcasses will be rotated through a division until they are fully bled out, as to not leave blood clots in the final product. There is a later process that automatically removes internal organs-to where they will be sent down a pipe and collected with other parts (giblets) to then be sent to another facility to be used in non-human consumables such as pet feed. Other stations the carcasses run through are the steaming process, where the carcass will be heated to around 130ยบ F, then put through a feather removal machine that rotates in the way of a carwash, as spinning towers with rubber attachments pluck feathers from the bodies. Additionally, throughout many of the stations, there are wash stations for the carcasses. To follow, there is a section that cuts a portion of the leg tendon, thus causing the chicken paws (chicken feet) to stretch out. We learned this is because chicken paws are actually one of the highest demanded products from their facility and are desirable to sell with the toes spread out for dishes such as frying them. After that, the shackled feet will be removed from the body, while the body will be moved to a separate shackle, and they will move to different areas.

In one of the many other stations, there are quality checking employees who watch their assigned shackles (by color-there are three colors and each checker is assigned one to assist with the most efficiency and reduction of error probability). In the case of disease, the person will remove the bird and then must press a white button above their head at their station, which will then signal to any other area of the plant that also has parts of the same bird-causing all corresponding robotic areas to drop those parts to a disposal area. Near this section, also stationed, is an official USDA inspector, who is qualified by the federal government to ensure quality standards of each bird are met for consumption. There are also sections that the carcasses go through for body chilling, and this facility uses a lesser-known method of air chilling, instead of the most used water chilling-which causes the meat to take in water weight. During more movement through the facility, the carcasses go through a process of chilling, then through a longer system of maturing, for the entire body of meat to be chilled evenly. Later, the carcasses made it to part of the facility which was recently replaced by an almost completely robotized system of banding the carcasses’ wings and legs together (the only one of its kind in the world-next to a prototype in Alabama-and was manufactured in Europe). Birds are then packaged to be loaded on trucks and taken to Costo.

It was a very unique experience to see how such a common product is produced on such a large scale, and in a very futuristic, automated way. It was also great to meet the nice people who seem very passionate about this industry.

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