• The application of the experimental phytoremediation model of the energy crops on polluted or degraded natural lands
• Ensuring an effectively, efficiently and economically management by the development and implementation of the internal/ managerial control system in accordance with the order 400/2015
• Environmental research – priority in sustainable industrial development based on knowledge and innovation – ECO MEDIND – Code: PN 16 25 – Final report
• Researches on application procedures sonochemical in degradation of organic compounds from wastewater
• Research on the chemical composition of atmospheric deposition
• Researches on new methods for the determination of Sulphur content in solid and liquid fuels
• Researches concerning the matrices specifics of contamination of groundwater in the area of tailings pond
• Research on reaction systems for mine water treatment
• Detection and quantification of indoor air organic pollutants in residential and non-industrial buildings
• Developing and testing of electrochemical methods for the removal of toxic chemicals from industrial effluents and ground water
• Biological removal of inorganic nitrogen compounds from raw water intended for human consumption
• Bioaccumulation potential assessment of heavy metals in aquatic organisms and highlighting of stress biomarkers
• Detection of adaptive biomarkers induced in microorganisms by the toxic effect of pharmaceutical compound
• Identification and quantification of toxic organic contaminants, included in the Directive of the priority substances, in environmental samples
• Dynamic Olfactometry method implementation for the assessment of the odour generated by industrial activities
• Investigating the pathogenicity and antibiotic resistance profiles of microorganisms potential involved in the outbreak of nosocomial infections
• Recycling fly ash in phytoremediation processes of soils polluted with oil products
• Advanced control solutions of granular sludge biological processes in order to improve the wastewater treatment process
• Technology for the treatment by sonolysis of active sludge resulted from the treatment of municipal wastewater
• Using of corticol lichens as biosensors in the monitoring of environmental pollution with heavy metals
• Bioindicators used to evaluate pollution and to monitor the quality of underground water