Why Is Fluid Handling Needed for Manufacturing?

A manufacturing plant is only as good as its ability to handle fluids effectively. This includes managing liquids, solids, gases, and the heat they produce. Failing to do so can have a disastrous effect on both the manufacturing process and the environment around it. This post will go on to describe 8 reasons why fluid handling is needed for manufacturing. These are viz:

1. To ensure the Highest Purity

Manufacturing processes require high-purity fluids to keep products safe and ensure standards. Some examples of high-purity fluids and chemicals used in manufacturing include Food and Beverage, Agriculture, Pharmaceuticals, Medical Devices, Electronics, and more… failure to provide a consistent supply of high-purity fluid by fluid handling equipment can lead to unintended mix-ups, contamination, and ultimately product failures.

2. To reduce your Product Contamination

When the highest purity is required for your manufacturing processes, contaminants are especially undesirable. Any failure of even a single piece of equipment in the fluid handling process can cause damage to your product. When contamination is present, it can lead to serious consequences such as recalls and failure of your manufacturing process.

3. To reduce Product Failures

When a single piece of equipment in the fluid handling process fails, the entire manufacturing process may be jeopardized and result in an end-product failure. When product failures occur, they can result in loss of revenue and end-product recalls. The best way to reduce the risk of product failures is by reducing contaminants with fluid handling equipment such as inline filters, dispensers, and tubing.

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4. For Product Consistency

Product consistency is achieved through repeatability, a quality a manufacturing process depends upon. The ability to repeat a successful fluid-handling process comes from the design and engineering of each piece of equipment that helps deliver, dispense, or store fluids.

5. For Product Traceability

Traceability is the ability to recreate a product’s history. By documenting each step in a fluid handling process, a manufacturer can effectively document the product’s entire history from start to finish. This allows for quick recall of the end product if necessary.

6. To reduce Product Evaporation

Fluids typically contain high-value ingredients that are desired by manufacturers throughout their product life cycle. When fluids are lost to evaporation, they are no longer available to be used downstream in the manufacturing process. The most reliable way to reduce product evaporation is by providing your fluids with an appropriate barrier of protection. Fluid Handling equipment such as tubing, and hoses can provide this necessary protection for products throughout their journey through the manufacturing process.

7. To ensure Compliance with Regulations and Standards

Manufacturers must meet a variety of standards and regulations while delivering high-purity fluids or while handling chemicals that could pose a risk to the end product. The Food and Drug Administration (FDA), the American Society for Testing and Materials (ASTM), and the National Sanitation Foundation (NSF) are just a few of the standards and regulations that manufacturers must meet. Compliance is achieved by using fluid handling equipment made from high-quality materials with robust engineering to ensure minimal leaks, drips, or contamination.

8. For Product Protection

Fluids used in manufacturing are often high-value liquids that a manufacturer cannot afford to lose. Leaks, drip and spills can be avoided with the use of fluid handling equipment such as tubing and hoses. When used properly, these products can provide a barrier between harmful chemicals or liquids and the downstream processes they support.

Jacob Littlejohn

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