Whether you are producing beverages or working in an industry where hygienic processes are key, such as using clean compressed air or using CO2 for your soft drinks or beer - it is indispensable to filter gases, liquid, and steam to prevent contamination of your process or product.
Pentair brings decades of experience with the Haffmans CPM® range to bring your microfiltration to another level and to ensure hygienic, safe, and clean media.
Haffmans is your equipment supplier for filtering from pre-, sterile, and venting to coalescence and activated carbon filters for gas filtration. Our other product ranges take care of the filtration of liquids and steam. The complete Haffmans CPM® product range helps to maximize the process safety – adding clean media to your valuable products.
Start now using Haffmans CPM® Microfiltration Solutions and be sure that your gases, liquid, and steam are free of particles and oil to improve the quality of your process media.
HYGIENIC GASES
Many food and beverage manufacturers need hygienic gases to make sure that every gas that contacts the beverage is hygienic and free of contamination.
COMPRESSED AIR TREATMENT
Across many industries compressed air is used. To make sure this air is free of particles, water, oil, or microorganisms it is valuable to use Haffman's microfiltration solutions. Especially when this compressed air is in direct contact with Food & Beverage or medical applications.
WORT AERATION
An example is yeast fermentation. During the aeration of wort with oxygen to help the yeast cells to optimize the fermentation process a brewer should be certain to use clean air.
FOOD-GRADE CO2 TREATMENT
Another example is the dosing of food-grade CO2. Across many industries such as breweries, soft drinks, and many others it is important to add CO2 to carbonate products and make sure there are no oil vapor, particles, droplets, or oil in the gas.
CULINARY STEAM
Also when using steam to sterilize or heat a process the steam needs to be hygienic. Therefore our filters retain 100% of the particles. The result: particle-free steam.
Haffmans' Coalescence Filter CPM® - PSMF is a validated submicron filter that removes particles, aerosols, and droplets of water and oil from the gas. It offers the most advanced pre-treatment of compressed air, CO2, and other gases for food, beverage, biogas, and other industries. In combination with our activated carbon filter, type PAK, any residual oil vapor is further reduced. The coalescence filter is installed as a first-stage filtration followed by the activated carbon filter as a second stage filtration. Coalescing is the separation of liquid aerosols and droplets from gas. Using a coalescing filter element in a housing with three ports, the gas passes the filter element from the inside out. The inner layer is a high-efficiency coalescing layer and the outer layer is a coarser drainage layer. The fine liquid aerosols and droplets are captured by the fibers in the inner layer where they run together along the fibers to form larger drops. These drops are forced to the outside of the filter element and drain to the bottom of the housing by gravity. The condensate drain at the bottom of the filter element allows for easy removal of the captured liquid Solution to steam sterilization.
SOLUTION TO CLEAN STEAM FROM PARTICLES
Pre-filter
Haffmans' Pre-filter CPM® - PVF is a validated pre-filter for 100 % particle-free filtration of all types of compressed air, carbon dioxide (CO2) and other gases.
Steam filter
The Haffmans' Steam filter CPM® - PDF, is a validated steam filter for 100 % particle-free steam filtration. Equipped with the patented, flexible Ecofilter® element, consisting of filter membranes in between segmented stainless steel disks, the PDF offers the highest filtration efficiency and security.
The filter membranes of the steam filter are made of woven stainless steel threads that assure absolute filtration. Haffmans' CPM® steam filter membranes can be supplied in a variety of pore sizes to meet your special requirements and allow for high flow capacities against very little pressure loss.