Analyzers & Detectors
MicroChem® systems provide you with a unique combination of ease-of-use and flexibility second to none. Capable of measuring 3 parameters simultaneously, it can also be used as an analyzer, as a controller, or both!
MicroChem® systems provide you with a unique combination of ease-of-use and flexibility second to none. Capable of measuring 3 parameters simultaneously, it can also be used as an analyzer, as a controller, or both!
Efficiently and widely used worldwide in brine or sea water electrolysis, for chlor-alkali production, primary metals refining, and many other electrochemical processes in which chlorine evolution represents the key anodic reaction.
The application of Mixed Metal Oxide (MMO) anode coatings to oxygen-evolving processes contribute to obtain high-quality products while substantially reducing power consumption and use of additives in several industries.
Cathode electrodes for hydrogen evolution are used for two main processes: sodium chlorate brine electrolysis for chlorine and caustic production and water electrolysis for hydrogen and oxygen production.
De Nora offers a full suite of disinfection technologies designed to help you meet your treatment requirements and discharge regulations. With over 60 years of experience, De Nora can help you choose the best chlorine-based, chlorine dioxide, UV, ozone or AOP systems to meet your treatment needs.
Electrochlorination systems generate chlorine-based solution from either delivered food-grade salt or seawater. In most cases, delivered salt systems are used where the water will be consumed. Seawater systems can be used to treat non-potable water at coastal locations where seawater is plentiful, or in offshore oil & gas operations.
Offering several different Mixed Metal Oxide (MMO) coatings
and anode geometries for concrete protection and for conventional protection
De Nora Water Technologies has a full complement of filtration technologies designed to make filtering and polishing of your water and wastewater streams easy. Whether you have a new project or are looking to retrofit and upgrade your systems, let De Nora help you maximize your investment.
The right GDE structure is designed for the specific application and obtained by optimization of the electrode porosity, hydrophobicity, hydrophilicity, and thickness.
Membrane technology uses brine and electricity with a proton exchange membrane separator between electrodes to produce chlorine, caustic soda and hydrogen.
Trace contaminants and Contaminants of Emerging Concern (CEC) are being detecting in increasing numbers of water sources. In addition, wastewater discharge standards are becoming increasingly stringent. Fortunately, De Nora can help you meet your most difficult water treatment challenges.