The Silver(II) Sulphate is an extremely strong reagent for organic chemistry. The power of this compound is so high that it can be used as chemical initiator rather than catalyst.
The sulfate can start different sorts of chemical reactions, what opens wide possibilities of its application in industries.
+2.9 V
vs. NHE
A special case of application of silver(II) salts are processes for the utilization of hydrocarbon waste, toxic hydrocarbons and their derivatives or hazardous materials, such as persistent organic pollutants, carcinogenic polyaromatic hydrocarbons, industrial sewage or nuclear industry waste.
The power of this salt allows to activate organic molecules, which by their nature have very low reactivity.
The sulphate makes it possible to carry out various types of chemical reactions involving organic substrates that so far require the use of strong catalysts or strict physical conditions. This reagent can be used in room temperature without waterless atmosphere.
Oil & Gas
Pharmaceuticals
Organic Chemistry
Flavors & Fragrances
Waste Utilization
Oil & Gas
Oil & Gas
Our Silver(II) Sulfate is produced through an economical and straightforward electrolytic process using widely available substrates, maintaining its properties without requiring special storage conditions, even when hydrated.
Silver(II) Sulfate is a fluorine-free initiator, reducing toxicity and environmental impact. It features 100% recyclable silver, promoting sustainability. Efficient under standard conditions, it saves energy and costs, and is produced from widely available industry substrates, ensuring easy accessibility and consistent supply.
Stable with water exposure
Standard temperature for reaction and storage
Operates without high pressure
Recyclable Silver
Substrates widely available
Wojciech Grochala, PhD, DSc.
Head of the Laboratory of Technology of Novel Functional Materials
Piotr J. Leszczyński, PhD, DSc
dr Zoran Marej
We have developed a new, simple, and efficient method for the fluorine-free electrosynthesis of divalent silver salt and its hydrate. At this stage we invite companies and research groups to collaboratation based on Paid Pilot Projects in order to verify how the technology matches specific production processes, challenges and needs. Our scientists will conduct tailored tests.
After successful test the technology is available through a license agreement with full access and possibility to implement it in production.
Let’s work together to create innovative solutions that drive your business forward!
Elżbieta Juszczyszyn
Head of Brokers
ejuszczyszyn@cttw.uw.edu.pl