Browse Categories

THIS IS HOW STERILE FILTRATION IS CHANGING THE INDUSTRY

In today’s society, people typically trust that the food and beverages they take home are free of bacteria and pathogens. However, without the proper filtration systems in place, it can be very easy for unwanted contamination to occur during production. This is where sterile filtration becomes critical to the food and beverage industry.

Food manufacturing plants are often warm and humid environments, which is the perfect condition for microbial growth. To prevent this, sterile filtration is used by manufacturers to ensure their products remain free of any bacteria. This type of filtration can work in a variety of ways, including air filtration, sterile gas filtration and the direct filtration of products. The sterile filtration process has significantly impacted the industry, vastly lowering the opportunities for bacteria and contaminants to grow. Some examples of its impact include:

The Dairy Industry
Contamination is a huge problem in the dairy industry because the nutrients from dairy products lead to the rapid growth of bacteria, causing large amounts of products to be discarded and wasted. In this situation, sterile filtration plays a crucial role in significantly decreasing the chances of microbial growth. It works by filtering the air of any airborne organisms that may be introduced from gas applications throughout the production process. By eliminating contact with airborne pathogens, products will remain free of contaminants and ready to be shipped to consumers.

Sterile Air Filters
In the food and beverage industry, the processing and packaging of products often requires compressed air to push and propel products, as well as mixing and cutting ingredients. However, compressed air can easily be contaminated with compressor oil, water, condensate, pipe scale and rust. Although most compressed air systems have their own means of filtering, they are often not strong enough to keep bacteria and mold from growing under the conditions of the facility. Sterile air filters are necessary for keeping contaminants out of products and purifying the air that consumer products are exposed to. This will preserve the quality of products, taste, appearance and shelf life of food.

Carbonated Soft Drinks
Carbonated soft drinks represent a large and diverse group of beverages that vary widely in product type and packaging. With the increasing variety of soft drinks being produced, there are many risks for microbial contamination during production. Micro-organisms may be present during the carbonation process, depending on where the CO2 is supplied from. If it comes from a fermentation source, it may contain a high level of viable micro-organisms.

For carbonated beverages, especially carbonated water, contamination can be catastrophic to the product, company and consumer. Sterile filtration is critical in removing microbial from CO2 during the carbonation process to ensure a sterile, uncontaminated beverage for consumers.

Consumers place a lot of trust in manufacturers to ensure the food and beverages they are consuming are free of bacteria, microbial and any contaminants that have the potential to cause harm. With sterile filtration technology, manufacturers can ensure their products will represent the quality their customers are expecting and are free of contamination.



Want to learn more about sterile filtration?
Give us a call at 1.800.333.7519 or contact us online to speak with an ACI representative today. 

Tags

oil and gas filtration food industry compressed air condition monitoring power generation corrosion nitrogen generators safety connectors mettler toledo process control Cleaner Smarter and More Efficient Filtration Solutions Combustion Air Blowers Differential Pressure Temperature Transmitters hmi human machine interface ppe covid19 covid 19 prevent corrosion indoor air quality single ferrule tube fittings parker single ferrule compression fittings parker single ferrule fittings supercase ferrule hardening ferrules supercase compressed air filtration compressed air contamination parker compressed air filtration heat treat industrial heat treating food and beverage power industry sustainability combustion combustion types cement industry dust collection furnaces industrial furnaces plant efficiency energy management corrosion prevention moisture control electrical cabinets valves valve automation water treatment thermal oxidizer temperature control nitrogen generator energy efficiency digitization trends instrument gas supply column oil and gas industry all of the hidden costs of gas cylinders calibration equipment lifespan extending equipment lifespan sterile filtration trends compressed gas heat tracing water chilling compressed air filters manifolds robotics robotic technology robotics in manufacturing cost effective manufacturing lead reduce lead animal watering systems employee health improving employee health manufacturing productivity improvement drinking water thm thm analyzer parker thm water analyzer parker online thm analyzer apps manufacturing apps process improvement tubing plant safety safety tips leak free connections thermal mass flow magnetrol inline ball valves nsf ansi 61 nsfansi 61 back pressure back pressure safety valves safety valves streamline process condition monitoring process mixing materials compression fittings dissolved oxygen do measurement optical do sensors parker parker hannifin transmitters industrial transmitters smartline smartline transmitters downstream oil and gas oil and gas filtration industrial instrumentation process control instrumentation ph measurement ph measurement best practices ignition risk risk avoidance
Show All

Posts

2024
July March January
2023 2022 2021 2020 2019
December November October September August July June May April March February January
2018
December November October September August July June May April March February January
2017