Surface Finishing, Plating and Galvanizing
Mixed Metal Oxide anodes are used for plastic or metal surface finishing treatments- plating with chromium, zinc, tin, gold, nickel, and rhodium or for electrolytic passivation processes.
Mixed Metal Oxide anodes are used for plastic or metal surface finishing treatments- plating with chromium, zinc, tin, gold, nickel, and rhodium or for electrolytic passivation processes.
Electrode solutions for many different Redox Flow Battery technologies
Focusing on High-Temperature PEM fuel cell, Phosphoric Acid fuel cell, Direct Methanol fuel cell, and Alkaline fuel cell.
Since the 1970’s, we offered solutions for salt water pool chlorination, from the initial static polarity technology to the self-cleaning product based on current reversal technology.
Supporting the copper foil manufacturing industry with electrodeposition cell design and electrolytic process optimization.
Electrolysis of hydrochloric acid with bipolar membrane cell and Oxygen Depolarized Cathode (ODC) technology
Innovative solutions for chlorine and caustic soda industry to ensure greater competitiveness for our customers, through better performances- energy savings, investment costs, product quality and environmental impact.
In chlorate production, we can provide some unique points of leverage to the customers.
The most established technology option for producing hydrogen from electrical power sources is water electrolysis.
Copper-via-filling and mSAP electrodeposition processes for manufacturing both HDI printed circuit boards and semiconductor substrates.
Offering several different Mixed Metal Oxide coatings and anode geometries for concrete protection and for conventional protection.
Ballast Water Management Systems (BWMS) are critical to both compliance with international ballast water management regulations, and the preservation of marine ecosystems across the globe.
Biofilm-induced corrosion, mechanical blockages and impedance of heat transfer processes result in huge monetary losses each year. In engineered systems, additional risks of biofilm-mediated contamination include negative public health consequences and product spoilage.
Circulating untreated seawater throughout the fire protection system of offshore drilling rigs and production facilities allows the growth of various organisms that eventually clog up the pipes in these systems.
Maritime vessels and offshore platforms are compelled to find a solution that achieves the benchmark using proven technology that integrates easily with the simplest long-term operation, minimal maintenance and most sensible economic impact.
Offshore oil & gas operations require safe and reliable solutions that meet strict IMO/BV and Coast Guard regulations with certification for operation in hazardous areas (IECEx/ATEX).
Beside traditional chlor-alkali production, this technology offers the potential to deliver substantial advantages to many industrial applications such as the recovery process of sodium sulphate, lithium sulphate and tetramethyl ammonium.
Treatment of municipal and industrial wastewater is critical to preserving our environment and precious water resources.
Water is arguably our most precious resource that is facing increasing scarcity the world over.
High quality water is critical for both industrial processes and for human consumption. De Nora Water Technologies leads the industry with innovative technologies to help you no matter your process needs
*De Nora manufactures devices for the in-situ production of disinfectants. Disinfectants can only be manufactured, placed on the market and used in the European Union exclusively on the basis of an authorization issued under Regulation 528/2012 and/or under the national legislation in force in each Member State. Contact De Nora to receive more information on regulatory compliance status of the specific equipment in your region.