- Arvox Technology
A superoxidation that changes
everything
Our patented process for soils and surfaces
At Arva, we offer an in-house developed patented process for environmentally neutral degradation of hydrocarbons. Our flexible technology, the first of its kind, harnesses a chemical reaction known as superoxidation.
Through its application, a diverse array of organic pollutants is converted into harmless end products.
Turning contaminations into bioavailable compounds
Arvox A and B react,
oxygen radicals develop
Our solution relies on two components: Arvox A and Arvox B. These components comprise a sophisticated blend of various oxidants, catalysers, surfactants and specialized pH regulators and are added sequentially. Their reaction initiates the development of powerful superoxide radicals that attack all kinds of organic matter.
Radicals attack contaminants, leading to decomposition
The targeted hydrocarbon compounds are either destroyed through mineralization or transformed into biodegradable end products. The main reaction runs intensively in the first 30-60 minutes. Depending on the level of contamination, total organic content (TOC) and substrate alkalinity, the reaction may continue for a few days or even weeks with minor intensity inside the material.
Leaving behind only
eco-friendly products
Petroleum hydrocarbon compounds are converted into biodegradable harmless end products or even completely decomposed without generating secondary waste. What remains after the reaction itself is mostly: water, oxygen, and sodium carbonate, also known as washing soda which are naturally occurring substances. No combustion or massive carbon dioxide emissions.
A visit to the laboratory: Meet our researchers
publications
Combined and Sustainable Techniques in Remediation of POPs-Contaminated Soil Sites
This publication appeared in the book ‘Rhizobiont in Bioremediation of Hazardous Waste’. It looks at the massive challenges that modern environmental technologies face in dealing with persistent organic pollutants (POPs).
The New Combined Chemical-Biological Remediation Method for Oil-Polluted Soils
Today, biological and oxidative methods are frequently used to remediate oil-contaminated soils. Both approaches have advantages and disadvantages in terms of speed, economy and environmental compatibility. In the experiments carried
Combined Oxidative and Bio Method for Removal, Degradation or Disposal of Chlorinated Persistent Organic Pollutants
Modern environmental technologies face massive challenges in dealing with persistent organic pollutants (POPs). The storage and disposal of POPs is now strictly controlled in most countries. However, sustainable techniques for