A whey separator is a centrifuge that separates liquid whey from milk fat. It also functions as a clarifier, making it an indispensable tool in dairy processing. This machine is used for a variety of tasks including cheese production, skim milk purification and spore removal. In addition, it can also be used to treat milk and fruit juice to make them more appetizing for consumers.유청분리기추천
In the past, separation was often performed manually on farms. A farmer would pour milk into a vessel and wait until the cream floatated to the surface, where it could then be skimmed off by hand. Separators are designed to speed up this process and help the dairy industry produce more products with less waste.
The original separation method was gravity-based. The milk was left to sit, allowing the fat globules to aggregate and float. Once this happened, the milk could be drained off by hand or a variant container-separator which had a nozzle at the bottom to allow the fluid to drain. The modern separator is based on centrifugal force, and it does the same job as gravity but much more quickly. The milk is fed into a spinning bowl and centrifugal force causes the fat to rise to the top.
As a result, whey and milk are separated and the whey is sent off for further treatment. This is important because, even though it is not rich in fat, whey still has a lot of value and can be used for many different purposes. It is also the primary source of calcium for human beings and helps to prevent osteoporosis.
GEA’s separators offer a variety of benefits that increase efficiency, reduce operational costs and improve milk quality. Their unique air-tight bowl makes them more hygienic, which lowers cleaning requirements and energy consumption. Additionally, they are engineered to have fewer rotating parts, which decreases maintenance and energy requirements. The GEA WD and W series separators can combine whey skimming and clarification in one step, saving time and installation space.
These machines can also regulate the fat content of milk, ensuring it meets specifications. This is known as standardization. It is important to note that not all separators are able to perform this function. The smaller ones are able to do this because they have a regulating screw that adjusts the centrifugal force applied to the milk, thus regulating the fat content.
In order for a separator to work, it must be operated at the correct temperature and at the right capacity. It is also important that the milk comes into contact with no contaminants such as water or air, which can interfere with the process. In order to ensure this, a separator is hermetically sealed at its inlet and outlet.
To achieve the highest possible efficiency, a separator should be operated at its maximum capacity. In addition, it should be properly cleaned and maintained. This is because a poorly-operated separator will have a negative impact on the product quality and can potentially lead to contamination. This is why it is so important to train employees on proper start-up, shutdown and clean-in-place procedures.베어그릭스