Agave Syrup

agave plant

Agave syrup, a high fructose natural sweetener 1.4 times sweeter than sugar, is derived from the heart, or piña, of any of several agave species. It is processed and sold in stores as a liquid sweetener and has several applications in food and beverage processing, especially in vegan foods as well as mezcal and tequila production. For syrup production, the hearts are milled to a pulp and then the liquid is separated by crushing or centrifugation. It may be further processed through filtration, activated charcoal, ionic resins or enzymes.

Positive displacement pumps are ideal for transferring agave syrup due to their ability to handle highly viscous and shear-sensitive fluids effectively. Agave syrup, being thick and sticky, requires a pumping mechanism that can maintain a consistent flow without degrading or altering the product's quality. Additionally, they offer the capability to handle varying viscosities and are capable of operating at slower speeds, reducing the risk of cavitation and ensuring the syrup's natural consistency and flavor are preserved during the transfer process. These features make positive displacement pumps a reliable and efficient choice for manufacturers dealing with agave syrup. Because sugars may be susceptible to microbial contamination, hygienic pump designs allowing clean-in-place or strip clean are generally preferred.

 

Applications

  • Process Transfer
  • Bottling
  • Metering

 

Viking in the Process

Viking pumps are used in syrup processing to transfer raw agave syrup from the crusher or centrifuge to further processing and then to bottling machines, or to fermentation tanks for alcohol production. They are also used in downstream food processing plants to transfer or meter syrup into other products.

 

Articles / Case Studies
man checking control panel in hygienic facility
There are really four main types of suppliers of hygienic, or sanitary pumps for food and pharmaceutical applications. There is no best source for everyone – each has advantages and disadvantages depending on your situation and budget. Here are some points to consider when choosing where to source your pumps.
Collage of liquids with different viscosities like milk, orange juice, syrup, etc.
Viscosity is a measure of a liquid’s resistance to flow. And you don’t need to work in a laboratory to observe this. Anyone who’s spent any time in the kitchen has observed a variety of liquids with a wide variety of viscosities.
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