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Read MoreReduce energy costs with freezer spacers
Which freezing strategy is the best to optimize our process?
The Danish Technological Institute has tested FreezeTeq NFS-II spacers up against other spacers. FreezeTeq freezer spacers are made from recycled HDPE and compared to a wooden spacer, you can save 50% on your energy consumption in identical environments.
Watch the video and learn how spacers facilitate your blast-freezing process and the remarkable differences between how spacers perform.
Is your current setup creating the optimal energy cost reduction?
Our spacer models is designed to streamline your blast freezing process and thereby significantly reducing your energy costs. Depending on your freezer set up we have seen as much as an incredible 80% reduction in energy consumption.
Excerpt from the SOKI project conclusion
80% savings are obtained at a freezing time just above 34 hours by using half the airflow compared to the reference case, i.e. 3.75m3 /s
This is not just bragging numbers, but documented by extensive tests carried out in the SOKI-project by the Danish Technological Institute. You can read more about the test and download the whole SOKI report here by clicking here.
Reducing your energy costs doesn’t have to be a difficult total renovation of your freezing operation. Let us help you find the best solution to reduce your energy cost with freezer spacers.
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Learn more about the science behind freezing efficiency in our Freeziepedia
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