• RDMMOGT—Reliability and durability of machines and mechanisms used for oil and gas transportation in Black Sea Region (CO: Azerbaijan Technical University, Azerbaijan). The overall goal of project is development of integrated model of the piston machine system that is than used to evaluate and improve current design. • CAUCAS-CCS—Natural analogue investigation for CCS in the Southern Caucasus (CO: Karlsruhe Institute of Technology, Germany). The project is applied research for CO2 capture, storage and conversion to fuel for the BS-Caucasus area. • MARCY—Molecular approaches for rapid and quantitative detections of cyanobacteria and their toxins from coastal Black Sea (CO: National Institute for Marine Research and Development, Romania). This project focus on a timely, major unsolved problem related to the coastal ecosystems and human health. • CO2TRACCS—CO2 Transportation Risk Assessment for Carbon Capture and Storage (CO: National Technical University of Athens, Greece). The project aims address to thermodynamic analysis, modeling of CO2 mixtures as well as risk analysis of CO2 transportation pipelines. • H2S-PROTON—Hydrogen production from H2S decomposition in micro-structured proton-conducting solid oxide (CO: Centre for Research & Technology Hellas, Greece). The project is directed to develop a micro-structured proton conducting membrane reactor for H2 production. • HYSULFCEL—Hydrogen production from Black Sea water by sulfide-driven fuel cell (CO: Bulgarian Academy of Sciences). The project is directed to produce ‘carbon-free’ energy and to extract valuable compounds from the deep marine water. • RACE—Radiation background of Black Sea coastal environment (CO: National Institute of R&D for Physics and Nuclear Engineering, Romania). The main objective of the project is to establish the level of radiation background and its sources in coastal Black Sea. • IMAWATCO—Innovative materials for waste water purification systems to be installed in tourist and other small polluting objectives on the Black Sea coast (CO: National R&D Institute for Chemistry and Petrochemistry, Romania). The objective of project is to contribute to the implementation of environmental- friendly technologies in the BSEC countries. • CLEARWATER—Geophysical based hydrogeological modeling to prevent pollution from sea water intrusion at coastal areas (CO: Technical University of Crete, Greece). The project aims to develop an integrated systematic sea water intrusion prediction methodology for planning effective prevention measures in coastal areas. • WAPCOAST—Water pollution prevention options for coastal zones and tourist areas: Application to Danube Delta front area (CO: GeoEcoMar, Romania). The project is a multidisciplinary approach of the front area of the Danube Delta and Razelm- Sinoie lagoon complex. • SGD Black—Investigation of submarine groundwater discharge (SGD) for preventing pollution and eutrophication of the coastal Black Sea (CO: Helmholtz Centre for Environmental Research). |