PFASuiki GmbH

Wegbeschreibung Website

We are exploring solutions to make clean water accessible to everyone, everywhere.

08/10/2026

PFAS contamination is not always visible, but it can become a significant challenge for industrial sites.
Reliable analysis is the first step in understanding what is present in a water stream and how it should be addressed. At PFASuiki, we combine analytical expertise with electrochemical oxidation to support targeted PFAS treatment directly where contamination occurs.

05/10/2026

PFASuiki uses electrochemical oxidation to break down PFAS directly at the molecular level. The process combines direct electron transfer with generated free radical species to target PFAS efficiently.
What makes the technology especially relevant for industrial applications is the way it operates. It does not require chemical additives, uses long lasting electrodes, keeps energy consumption low, and does not create secondary waste that needs to be transported or incinerated.

Looking for a more targeted approach to PFAS treatment? Talk to us about your application.

01/10/2026

Your wastewater may tell you more than you think. 💧
PFAS contamination can be hidden in complex industrial water streams and may require advanced solutions beyond standard filtration. Reliable analysis helps identify the challenge, understand the contamination, and define the right next step.
At PFASuiki, we combine analytical expertise with advanced treatment technology to support targeted PFAS destruction.
PFAS in your wastewater? Talk to us about the right treatment approach for your site.

30/09/2026

Behind every analysis, experiment, and new idea is a team working toward the same goal. 🔬💧
At PFASuiki, we combine different perspectives, technical expertise, and teamwork to develop better ways to address PFAS contamination. Because progress happens when people work together.
Follow us for more insights into the team behind PFASuiki and our work against PFAS.

28/09/2026

PFAS fact of the week 💧
Did you know PFAS can migrate directly from certain food packaging into the food itself?
Coated paper and cardboard containers (like takeaway boxes, popcorn bags, and baking paper) are particularly relevant, as PFAS have historically been used to give them water- and grease-resistant properties.
This shows how everyday exposure happens—not just through contaminated drinking water or soil, but through materials we interact with daily.
Want to learn more about where PFAS can occur and how they can be treated? Follow PFASuiki.

24/09/2026

At PFASuiki, we leverage analytical insights to understand complex wastewater matrices and continuously optimize reactor efficiency.
For us, true progress starts by listening to what the data says and turning those findings into field-ready solutions.

21/09/2026

Passion behind every solution. 🔬💧
Behind every experiment, every analysis, and every technical step is a team driven by one goal: developing effective solutions for PFAS treatment.
At PFASuiki, expertise and curiosity come together in the lab every day. Because progress starts with people who care about the details.
Follow us for more insights into the people and science behind PFASuiki.

17/09/2026

Good treatment starts with good data. 🔬💧
At PFASuiki, precise analysis helps us understand contamination before treatment begins. Reliable data provides the foundation for choosing the right approach and evaluating results with confidence.
Want to understand your PFAS situation more clearly? Get in touch with us.

Adresse

Keltenring 1+3
Oberhaching
82041

Website

https://www.pfasuiki.com/

Benachrichtigungen

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