| D1.1 | Report on Aerial Surveillance and Information Gathering Systems | PU |
| D1.2 | Report on Open sea and near shore emergency response to oil spills | PU |
| D1.3 | Report on Patent and Literature Review on Dispersants | PU |
| D1.4 | Report on Patent and Literature Review on Bioremediation Agents | PU |
| D1.6 | Report on Previous Oil Spill Incidents and Efficiency of Mitigation Measures | PU |
| D1.7 | Report on Future trends in combating oil spills | PU |
| D2.1 | First validation report of the Kill●Spill Chip | PU |
| D2.5 | Community metabolic network analysis report performed on reference samples | PU |
| D2.6 | New isomer-based methods for monitoring bioremediation | PU |
| D2.7 | New chemical fingerprinting method for detailed monitoring of changes in >40 groups of alkanes and alkylated PACs | PU |
| D2.8 | Carbon and hydrogen isotopic enrichment factors for different PACs as a basis to monitor their degradation | PU |
| D2.9 | Improved variants of the TodS sensor adapted to recognize high molecular weight PHAs | PU |
| D3.4 | Strain(s) with ability for biosurfactant production and suitability for large scale production and possible application to the environment | PU |
| D3.10 | Knowledge of the parameters necessary to maximise biosurfactant production in selected microorganism | PU |
| D3.9 | An evaluation of novel dispersants; surface characterization in presence of oil and dispersant | PU |
| D4.1 | Report on isolated strains/consortia and biostimulants | PU |
| D4.2 | Report on the characterization of high-pressure adapted bacterial communities | PU |
| D4.4 | Report on the application of the obtained agents to Ex-situ bioaugmentation treatment of sand | PU |
| D4.5 | Delivery of a “Metabolic Atlas” of the best-performing experimental setup and the high pressure reactor | PU |
| D4.7 | Comprehensive database of all strains, additives, formulations as well as ready-to-use information about suitable application cases | PU |
| D5.1 | Report on factors affecting hydrocarbons biodegradation under sulphate- reducing conditions | PU |
| D5.2 | Report on infaunal changes to oil-polluted sediment in meso/ microcosms | PU |
| D5.3 | Report on the enhancement of sediment hydrocarbons bioavailability and biodegradability with biogenic mobilising agents and microbial surfactants | PU |
| D5.4 | Report on the different formulations of oxygen releasing compounds towards hydrocarbon biodegradation in sediment | PU |
| D5.5 | Report of factors affecting the performance of sequestering sorbents | PU |
| D5.6 | Report on integrated infauna- geochemistry- microbial results in microcosms | PU |
| D5.7 | Report on the application of a modular sediment remediation system and clean up strategies | PU |
| D5.8 | Report on the delivery of surfactants to sediment with surfactant releasing formulations | PU |
| D5.9 | Report on the applicability of various bioelectro approaches to sediment remediation | PU |
| D6.4 | Report on microbial biodegradation performance of small-scale boom prototypes | PU |
| D6.6 | Protocol on performance of the boom in different climatic conditions | PU |
| D7.4 | Report on the eco-toxicological effects of the new products | PU |
| D7.5 | Report on the effects of the new products on the benthic assemblages | PU |
| D7.6 | Report on the effects of the new products on the planktonic food webs | PU |
| D8.1 | Mesocosm experimental protocols: bio-stimulation of sediment remediation within modular system | PU |
| D8.2 | Mesocosm experimental protocol on the use of Kill●Spill microarray and FISH kits for in situ monitoring of biodegradation efficiency within operated modular system | PU |
| D8.3 | Report on use of macrofauna-induced sediment bioremediation (a) and experimental protocol on bio-electrochemical remediation in mesocosm(b) | PU |
| D8.4 | Report on validation and benchmarking of monitoring tools | PU |
| D8.5 | Experimental protocol on bioaugmentation/application tests in mesocosm of the most effective developed formulations (adsorbents, surfactants, mesoporous particles, slow release microparticelles, etc.) | PU |
| D8.6 | Experimental protocol for ex situ sand treatments | PU |
| D8.7 | Two mesocosm experimental protocols on: (a) compound specific isotope and (b) mass balance/weathering analyses to monitor in situ biodegradation efficacy during running tests of bioaugmentation, bioelectrochemical remediation and within modular system | PU |
| D8.8 | Report and experimental protocol. Report on best field trials of bio-electrochemical remediation and modular system in mesocosm (a) and experimental protocols on application of electronic biosensor to continuously monitor in situ the biodegradation efficiency during bioaugmentation tests (b) | PU |
| D8.9 | Report on best field trials of bioaugmentation scenario | PU |
| D8.10 | Report of a protocol for mobilization/Involvement in case of on “oil spill” phenomena in natural marine environments | PU |
| D8.11 | Report of utilization of response vessels and measured efficiencies of products & technologies during real incidents | PU |
| D8.12 | Final report on effectiveness of monitoring tools | PU |