LAB REACTOR 2.0
The compact, easily mountable Noah Lab Reactor speeds up research of electrochemical processes in a continuous mode of fluids via a tubular coaxial cell. The setup allows for better quality control and improved scientific testing. More detail
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The solution for research in
sustainable electro-chemistry.
Improved
Usability
The Noah Lab Reactor is ready-to-use. Delivered in an easily mountable kit with auxiliaries, no more time is lost on designing test equipment. This electro-chemical reactor offers better quality control characteristics and results, which leaves more room to focus on research questions.
Relevant Scientific
Research
Get embedded in the Noah research community. You have access to information on the fundamentals as well as templates to conduct outstanding scientific research. Supported by the Noah team to guide you towards scientific excellence, the community is open to all your questions.
Industrially
Scalable
Your research gains traction when it is applicable on an industrial scale. Noah can provide a pilot plant to scale up your lab results.
Collaborations
NOAH LAB + NOAH CONNECT
Get all of the member benefits and become part of the Noah research community.
Easy access to:
Calculation formats.
Community forum.
Shared test data.
Relevant literature.
More detailed information?
The Noah Lab Reactor is a multi-functional electrocoagulation flotation reactor for the electrochemical processing of wastewater and more.
We provide a kit with the necessary equipment to launch your experiments in no time. The coaxial cell design allows for better control over the chemical process through a continuous flow of the fluid and a homogeneous electric field between the anode & cathode. By reducing the consumption of chemicals, our process is significantly more ecological than others.
Noah Water Solutions was established in 2014 and introduced electrocoagulation-flotation in the BeNeLux area as a sustainable water treatment.
During our research it became necessary to investigate more the fundamental electrochemical processes in an electrochemical cell. We built a lab reactor that quickly got the interest of universities, so we decided to commercialize it. We believe electrochemical processes should be applied on a large scale to reduce our carbon footprint, reduce the consumption of chemicals and make our world more sustainable.
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