Enclosure Cooling for Commercial Bakeries? Easy As Pie!

In today’s modern lifestyle, frozen foods have played a major role in providing convenience to customers.  Pies – a family fall favorite, often take time that many families do not have. This is the time of the year where kids are back to school, parents are running all over doing drop-offs and pick-ups, rushing to work; taking the time to bake or make a full meal is often difficult.  Large industrial bakeries can manufacture roughly 200,000 frozen pies a day.  There is a high demand in this modern age for this aspect of convenience.

 

The two most important characteristics of creating a great tasting pie are the filling and the crust.  For the filling, fruit is mixed with sugar, cinnamon, honey and other spices (depending on the type of filling) in a large sauce pan. Ingredients are heated and mixed to combine the flavors for the filling.

This process requires automation components such as VFDs in large electrical control panels to operate the system. Heat is a by-product of this process and Pfannenberg’s PWS Air to Water Heat Exchangers are ideal for cooling electrical components.

Pfannenberg’s Air Water Heat Exchangers utilize chilled water, that is readily available, and an internal fan to provide cooled air preventing critical electronics from overheating. These units are particularly adapted for harsh environments like bakeries when there’s flour everywhere.

These pies are then moved to the depositing machine, where the filling is then dropped into the pie sheets.  The lid of crust is then placed on the filled fruit pie.  These lids are mass produced and “forked” or sealed to give that touch as if it was just like our mothers or grandmothers homemade pie. These top crust lids help seal in the filling when the pie is being baked at home.  Once sealed, the pies are moved to a blast freezer for rapid chilling.

Once chilled the pie is then moved to be packed and shipped off to local grocery stores.To make that flakey-buttery crust, shortening, flour, and other ingredients are mixed together in a large industrial mixer.  When the dough is done being mixed, the dough is compressed into equal sized squares and dropped into baking pie sheets.  Here, they move along the process and the dough squares are pressed down on the pie sheets to form the bottom crust layer.

The manufacturing processes of frozen pies are a delicate procedure. Temperature control of the equipment and the product is important to producing a flavorful, flakey, and scrumptious pie crust.

So what will it be?  One slice or the entire pie?  Ice cream or whipped cream? Next time you are enjoying a piece of pie, be sure to appreciate the process it takes to produce such a delicate indulgence!


Click Here to download the Bakery Air to Water PWS Case Study.


Closed Loop Liquid Cooling Reduces Downtime, Maintenance & Repair Costs for Commercial Bakeries

Pfannenberg’s Cooling Solutions Help Keep Equipment Running for One of the Fastest Growing Independent Wholesale Bakers in America.

Flour is one of the paramount enemies of electrical enclosures and enclosure air conditioners, particularly in the make-up area of a commercial bakery. Keeping the electronics cool which power the machines, is essential to the entire operation of the Schwebel Baking Company. Without the electrical enclosures staying cool, the machines fail and require replacement or downtime for repair.

Pfannenberg’s PWS Series Air/Water Heat Exchangers were an ideal solution for the Schwebel Baking Company, these Air/Water Heat Exchangers utilize glycol or a cool water source that is already available in the factory, to cool their electrical units. Pfannenberg’s Air/ Water Heat Exchanger has no filters, which means there is no down time trying to change filters or having them becoming clogged.

By installing Pfannenberg’s Air/Water Heat Exchangers, Schwebel’s was able to see a significant difference in the cleanliness of their electrical cabinets as well as in the efficiency of the cooled air.

 

Pfannenberg’s PWS Series Air to Water Heat Exchangers were the precise solution for Schwebel’s manufacturing process. Incorporating closed loop cooling with Air/Water Heat Exchangers improved performance, reduced maintenance, was energy efficient, and prevented unplanned repairs.


Click Here to Download the Case Study in PDF