PerfluorAd® outperforms granular activated carbon (GAC), ion exchange resins (IX), nanofiltration (NF) and reverse osmosis (RO) in the treatment of PFAS contamination. It offers higher efficiency, lower costs, reduced maintenance and improved environmental protection.
Developed and patented in 2019 in collaboration with the Fraunhofer Institute UMSICHT, the active ingredient of PerfluorAd® represents the leading technology for PFAS treatment and offers unrivalled effectiveness and innovation.
PerfluorAd® is added to the contaminated water stream as a liquid medium, enabling a high contact frequency and efficient binding of PFAS pollutants. This interaction leads to the precipitation and removal of PFAS and ensures cleaner water.
The dosage of PerfluorAd® can be adjusted in real time to the conditions of the raw water to ensure the most efficient treatment and precisely achieve the desired target values.
The precipitation of PFAS by PerfluorAd® serves as a pre-purification stage in which a filtration, flotation or sedimentation process is used to effectively remove the PFAS precipitated by PerfluorAd® and ensure thorough water purification.
This is followed by post-cleaning stages, such as the use of powdered activated carbon (PAC), granular activated carbon (GAC) or ion exchange resins (IX), to ensure complete cleaning. These modular solutions can be adapted to different water conditions and enable optimum results.
The patented PerfluorAd®® process is based on a liquid active ingredient that reacts with the PFAS in the system and forms stable flocs. These can be removed from the water by filtration, flotation and sedimentation. The advantage: cleaning is efficient, gentle on the material and without the disadvantages of adsorption. The rinsing water is also treated directly on site, which minimises transport and disposal costs.
The example shown in Figure 1 indicates that, in addition to the PFAS that can currently be analysed, other "much more highly concentrated fluorine-containing water constituents" may be present in fire extinguishing water. Figure 2 shows examples of elimination rates that can be achieved with the PerfluorAd® process. It is very clear from this that the PFAS currently categorised as particularly relevant (sum of 23 PFAS!) can be removed from the water by up to 99.5% when using the PerfluorAd® process.
We provide comprehensive application manuals and technical data sheets with clear instructions on dosing, handling and optimum application conditions.
Contact our dedicated support team at any time for immediate troubleshooting and expert advice.
We offer both virtual and face-to-face training to teach your team how to use PerfluorAd® correctly, as well as on-site support and technical assistance.
Send us your water sample and we will give you customised recommendations for the use of PerfluorAd® based on your specific water composition.
We also offer pilot trials so that you can test PerfluorAd® before full-scale application.
If you do not wish to carry out PFAS removal yourself, we can take care of the entire process for you - from planning and execution to operation and complete documentation.
Cornelsen Umwelttechnologie GmbH
Graf-Beust-Allee 33
45141 Essen
+49 (0)201 52037-0
Cornelsen Ltd.
Unit 26 Southfield Rd Trading Estate
Nailsea, BS48 1JJ
North Somerset
+44 (0)1275 856700
Cornelsen Sweden AB
Odelbergs väg 9
13460 Gustavsberg
+46 700 485127
Cornelsen Inc.
c/o Incorp Services, Inc.
131 Continental Drive, Suite 301
Newark, DE 19713
USA