The formulation of the beer fermentation process has many aspects, which are related to the fermentation method, temperature, sugar reduction rate, time, yeast, cold coagulation discharge, CO2, post-treatment and many other aspects.

After the wort completes the saccharification process, it needs to be clarified through the filtration of the spent grains layer, and then enters the boiling process, and is cooled to a temperature suitable for fermentation by plate heat exchange to carry out the beer fermentation process.

With as popular as craft beer has become in the past few years, it isn’t accurate to say that the craft beer industry is in its infancy stages anymore. As the industry gets larger and older, we can start to get a better idea of how it might change going forward.

Compared to shell and tube heat exchangers, plate heat exchangers have grown in popularity over the past few decades. Generally speaking, plate heat exchangers have higher heat transfer efficiency and occupy less space. These factors have helped spark brewery interest in plate heat exchangers as an alternative to shell and tube heat exchangers. There are two methods of cleaning plate heat exchangers: cleaning in place (done by circulating chemicals through the channels of the plate heat exchanger) or manual cleaning (removing the plates from the frame and using a pressurized water jet to clean the plates individually).