Clauger recently completed an installation that streamlines the cooling times in the production of cream cheese. Cream cheese, also referred to as cheese spread, is produced like other types of processed cheese, but it contains more moisture to give it its soft consistency.

Cream cheese

Cream cheese is made from one or more types of cheese, along with additives such as stabilizers and emulsifiers. These ingredients are mixed, and vacuum cooked, then poured into molds for cooling before packaging. Cooling is a critical step in the production of cream cheese and typically occurs in two phases. Proper cooling ensures a white, smooth, soft texture free from bacteria, lumps, and mold.

The system installed by Clauger reduced the normal two-phase cooling process into a single phase before palletization-after the products are packaged. Our solution dropped the product temperature from 175°F (80°C) to below 104°F (40°C) in 30-60 minutes, depending on the product recipe.

Typically, cream cheese is packaged at 65°C to 70°C and cooled to 40°F. After the first cooling phase, the cheese is then maintained at the target temperature for 15-30 minutes during a ‘slow cooling’ step. The cheese is then stored at a temperature of 40°F until shipping.

Clauger installed an SMO spiral cooler for this project to streamline and optimize the different cooling phases. The spiral cooler uses direct drive technology to manage the belt system and line stops. This manufacturing site operates year-round, 24 hours a day, 6 days a week, with frequent line interruptions.

Clauger designed this system with free cooling integrated as a function to optimize energy costs. Clauger also installed an ammonia to glycol system (28°F/35°F) using a low-charge Clauger Skid.

Tunnel SMO