News
A Molecular Approach to Lindane Biodegradation
At the prestigious symposium on bioremediation organized by Battelle, held in Austin in May 2023, we had the chance to present our work on the study of lindane and HCH isomers biodegradation...
Bioremediation Treatment Optimization Study: Oilfields megasite in the Middle East
For the past two years we have been involved in the remediation of a megasite in the Middle East, contaminated by petroleum hydrocarbons...
Reclamation of land contaminated by heavy oil and diesel
The application of landfarming technology in a case of contamination by heavy oils. DND Biotech intervened with emergency safety measures (concerning water and land) to avoid the migration of contaminants to non-polluted areas...
Terra Next: DND Biotech will participate in the acceleration program
DND Biotech is one of the first 8 startups that will participate in the first edition of Terra Next, an acceleration program for startups and innovative SMEs operating in the bioeconomy sector.
DND BIOTECH with ROBONOVA 2.0 becomes partner of CRISALID, the first research center on sustainable development in France
DND Biotech with ROBONOVA 2.0 has joined the French project CRISALID. Together with its mobile laboratory ROBONOVA 2.0 and its indispensable technical features, DND Biotech has already started the work that it will perform in partnership with the French Center for soil bioremediation.
30 YEARS AFTER THE GULF WAR ROBONOVA 2.0 IS ON A MISSION FOR SOIL RESTORATION
Thirty years after the Gulf War, ROBONOVA 2.0, the revolutionary biotechnological system for the study of contaminated soils developed by the Italian company DND Biotech, will be stationed in Kuwait to define a treatment protocol for deeply contaminated extensive areas of the Kuwaiti territory in the North and South of the Country.
Engineering of a 15,000 m³ landfarming treatment plant
Landfarming is an on-site remediation technology for soils contaminated by organic compounds (e.g. TPH), where autochthonous microbial communities perform the degradation of organic contaminants in the soil matrix...
Hydrocarbonoclastic Ascomycetes to enhance co-composting of total petroleum hydrocarbon (TPH) contaminated dredged sediments and lignocellulosic matricesHydrocarbonoclastic Ascomycetes to enhance co-composting of total petroleum hydrocarbon (TPH) contaminated dredged sediments and lignocellulosic matrices
Hydrocarbonoclastic Ascomycetes to enhance co-composting of total petroleum hydrocarbon (TPH) contaminated dredged sediments and lignocellulosic matrices
Four new Ascomycete fungi capable of degrading diesel oil were isolated from sediments of a river estuary mainly contaminated by shipyard fuels or diesel oil.