Quality System Certification

Company Profile Geomarine Geomarine, founded in 1997, offers services and consultancy in marine and land fields. Our company deals with aspect of geophysical, geotechnical and environmental activities related to coast and offshore. We use the most advanced equipment to provide complete technological support by analyzing the needs and objectives of our clients from the planning phase through the acquisition, processing and interpretation of data phases as well. This brings together a team of specialized technicians and highly qualified people capable to meet the customer s needs by offering technical, scientific and technological support service. Our Services SEA Geognostic Surveys Geophisical Surveys Bathymetric and Morphological Surveys Archaelogical Investigations Vessel, ROV and Diving Positioning Burge and Tug Positioning Construction Support ROV Inspection Environmental Survey and Sampling Granulometric and Mineralogic Investigations LAND Topographyc Surveys Geophysical Surveys Geognostic Surveys Geotechnical Investigations Environmental Monitoring Consulting and Planning Cartography and GIS Quality System Certification Geomarine obtained the UNI EN ISO 9001:2008 Certification and SOA OS21 CATHEGORY Certification for the production of its services and for planning. Contact info Geomarine Via Guidi, 3/4 60019 Senigallia (AN) Tel.: +39.071.660.83.46 Fax: +39.071.661.07.75 Vat Code: 01489600427 - R.E.A. Ancona 145740 Company Reg. No.: 01489600427 Share Capital 20.000,00 f.p. http://www.geomarine.it e-mail: info@geomarine.it - PEC: geomarine_srl@sicurezzapostale.it

Services LAND SURVEY Technical direction and consulting of ambientaland administrative monitoring of disposal of non-hazardus garbage Geological and geotechnical reports for construction of pulled sites, hydraulical and hydrogeological studies editing Managing of characterization plan performing and pulled sites draining TOPOGRAPHIC SURVEY Topographic and architectural survey Levelling Volume computation Stability monitoring Civil and industrial 3D reconstruction and rendering Plot plan and foundation plan Pipeing layout Isometrics GEOPHYSICAL SURVEY Archaelogical and environmental survey Site survey Coastal management and engineering survey Route survey for pipes and cables GEOTECHNICAL SURVEY Vibrocoring Gravity coring Box coring PCPT Rotary coring (sea/land) ROV INSPECTION Survey and geophysics Visual inspection Coring support Pipeline and cable detection POSITIONING AND CONSTRUCTION SUPPORT Boat, burge and tug positioning Civil and industrial installation Tripod and sea cliff Dredge positioning Platform and sub-sea installation Laying support survey for pipe and cable burial Pipeline lay support and touch down monitoring Vessel spread and tug positioning Underwater acoustic positioning ENVIRONMENTAL SURVEY Sediment and water sampling for chemical, biological and physical analysis Oceanographic surveys LABORATORY ANALYSIS Biological analysis Particle size distribution PROCESSING AND FINAL REPORTING Scope of works and survey procedures Seismic processing and interpretation 3D volume calculation, 3D representation and rendering and data analysis Dragging project Video logging ROV video making Charting and Reporting

Mission Geomarine is a dynamic and continuously evolving company composed of young people which created in its workplace a familiar environment where the stregth of collaboration is the first value and every single member represents an essential element of the company s processes. For this reason Geomarine pays great attention to its associates professional training to make them always ready to face new challenges. They work respecting the security standards requested by Oil and Gas industry, ensuring safety for both human and natural resources. Geomarine has as its first objective the capture of a bigger portion of the market, keeping its quality standards high and without renouncing the attention given to interpersonal relationship inside and outside the company. FUTURE INNOVATION Fielding new resources and people Geomarine started a development course of management and layout software for the ROV survey. Geomarine s new software will be able to acquire all systems necessary for pipeline and cable detection/inspection(pipetraker, cabletraker, acoustic positioning, dual-headprofiler, bathy, altimeterand gyro) tolocate the position and definethe state ofa pipeline or a cablein realtime.

GEOMARINE PROPERTY S EQUIPMENTS Equipments Vessel DESCRIPTION TYPE MANIFACTURER Pilot Boat -Ocean Line (6.50 x 2.43 m ) Dorado 22 Sessa Marine S.p.A. DGPS Flectable Boat (4.8 m x 2.1 m) Albatros Callegari DGPS -Differential Global Position System 9200G2 DGNSS OmniSTAR Trimble - DGPS System DSM 132 Trimble GPS COMPASS - HEMISPHERE V101 V101 Hemisphere RTK Top Con Legacy- E Topcon Echosounder Single Beam Echosounder Odom Hydrotrac HT97001 Odom Hydrotrac Multibeam Echosounder Sea Bat 8101 RESON Furuno Echosounder FCV-620 Furuno Electric CO., LTD Side Scan Sonar Side Scan Sonar CM2 DF CM 2 (with deflectors) C-Max Sub Bottom Profiler SBP - SES 2000 SES 2000 Innomar Gyro Motion Sensor TSS MAHRS DMS-05 SG Brown TSS MRU FOG-200 GEM Elettronica Sonar MS 1000 Sonar MS 10001171 High Resolution Fan/ Cone Sonar Head Konsberg Mesotech LTD Multiparametric Probe Multiparametric Probe DataSonde 4 Hydrolab Corporation MiniSVP-SVS Profiler MiniSVP- Profiler minisvp Valeport MiniSVS - Profiler minisvs Valeport Navigation & Acquisition Software Corer PDS 2000 Version 3.7.0.9 RESON NavPro Version 6.42 Vibrocorer Geomarine Gravitycorer Geomarine Van Veen Grab GEOV (core-barrel configuration: 3.0 m-4.5 m -6.0 m) G-GEO (core-barrel configuration 1.5 m-2.0 m -3.0 m) Light/Heavy (22x22)/(30x38) Communication Technology Geomarine Geomarine Geomarine

Geotechnical Survey This kind of survey was born to be used for the planning and realization of a Vibrocorerdesigned for marine geotechnics. Over the years Geomarinehas increased its range of machines and services, improving their efficiency and reliability both in shallow and deep water, owing to the growing experience of our planner and technical staff. GravityCore RL 100 / 200: using the gravity system, the cores have secion size from 63 or 90 mm in diameter, while penetration reaches up to 4.0 m, are contained in a transparent plastic sample holder that allows a first description of the physical. Lithologies sampled: silt / clay-silt. VibroCore TM 02/03: The GeomarineVibrocoreris a high frequency (50 Hz), electrically driven, vibrocorersystem capable to penetrate fast into seabed sediments mainly siltysand and sandy sediments. The three standard configuration is designed for taking cores of 6 m length in ordinary HDPE liners. The system can be easily modified for taking cores of 6.0 m, 4.5 m and 3.0 m length. Van VeenGrab:uses a mechanical system for the sampling surface of the seabed; consists of two half cylinders that rotate on a central pivot, the locking system is activated by steel cables. For sampling area of 250-1000 cm 2. BoxCorer: uses a mechanical system to take samples of the seabed surface,consistsofacentralbodywithasampleareaof400cm 2.

Geognostic Investigations Immersion in the seabed of the core barrel Recovery Phase of the core Extraction of the liner Longitudinal cut of liner Moving from a pier harbour (I. Salina) Moving from the ground (Fosso Conocchio) Example of cores cut logitudinally

Bathymetric Surveys SINGLE BEAM ECHOSOUNDERS (SBES) Fast and economic system to acquire bathymetric data and to investigate areas that are not very large (50,000 to 100,000 m 2 ). The bathymetric data are acquired continuously using a precision echosounder hydrographic model. HYDROTRAC "ODOM", operating at 200 khz frequency. ACQUISITION The feature digital output sounder is interfaced with the navigation system, thereby ensuring the precise position of each depth measurement. All parameters set-up echo (pulse duration, gain, etc..) are plotted on the graphic recording every 5 fix. The position of the transducer in relation to the point of DGPS antenna and defendants are always defined in the software (offset longitudinal and lateral offset). The depth of immersion of the transducer, is set to consistently draft of the vessel, is also measured before the start of each recording, the speed of sound in water and set the recorder ODOM, using the method of BAR- CHECK. MULTIBEAM ECHOSOUNDERS (MBES) An innovative technology capable of providing sophisticated and very high standards of quantity and quality of information produced. Multibeambathymetry is based on the fact that more beams are better than one. They map seafloor by generating several hundred beams over a crosstrackprofile for each ping, and each beams generates at least one depth sounding. With this acquisition instrumentation for switching from single points (beam) along the shipping route (traditional fishfinder) continues to capture using > 100 beams simultaneously covering a range of depth equal to 3/5 times the depth investigated. This type of acquisition as well as save you a lot of time, allows us to know more precisely the actual morphology of the seabed with their respective shares bathymetric being obtained, the latter for direct measurement and not by interpolation. Singlebeam Echo Sounder Multibeam Echo Sounder

Bathymetric Surveys PROCESSING AND FINAL REPORTING In the processing of acquired data, all data are verified, any errors are corrected position while the bathymetric data is corrected with the value of the local tide. The reporting of data is supplied in 2D and 3D at different scales, on paper and digital, where they are represented equidistant isobathymetric lines that depends on the scale factor. MBES transductor DTM Multibeam Survey Wreck search Pipeline Inspections

Morphological Survey(Side Scan Sonar) INTRODUCTION The morphology of the seabed area to be investigated is evaluated with the use of Side Scan Sonar. This system used to identify the different lithologieson the seabed (sand, gravel, rock, mud, Posidonia, Cymodocea, etc..), also used to search for objects scattered on the seabed (wrecks). The principle is based on different acoustic response that give these lithotypes. The sonar system uses advanced digital technology to produce images with high resolution Side Scan Sonar. ACQUISITION The SSS system consists of an aerodynamically shaped said "Tow Fish" (4), with a transducer and pulled from the boat via the data cable (2), the same cable used to connect the "Tow Fish" with a digital recording system (1-3), equipped with an automatic correction of the data and interfaced with the navigation system (6-7-8). The distance between the shipping lines depends on the range of use of sonar.

Morphological Survey(Side Scan Sonar) INTERPRETATIONS AND REPORTING The final reporting is a chart where they are mapped the different lithologiesencountered as rocks, upper and lower limits of Posidoniaand its different units, etc... Detail of photomosaicwith a matte of Posidonia Blocks connected by chains of mussel farming systems with identification of targets and their position Example of morphological chart

Geophysical Investigation INTRODUCTION The stratigraphyof the seabed area to be investigated is examined by the Sub Bottom Profiler, Boomer and Sparker Systems. These systems allows you to identify the lithostratigraphicsequence present on the seabed. The principle is based on the different speed of sound propagation within the sediment, the faster and more pronounced will be the acoustic response. The penetration and reflection depend both on the physical properties of the material through which the power and carrier frequency signal. ACQUISITION The reflected pulses are received by the same acoustic transducer used for the transmission and the resulting electrical signal is recorded on a paper chart recorder. The system uses digital technology "Chirp" to produce advanced highresolution images. Area to be investigated, transects are carried out far from each other depending on the degree of resolution and precision to be obtained from the survey. The SBP system consists of a hardware unit that remains on board the vessel which records and processes the information acquired and a transducer that is immersed in the sea and attached to the boat.

Geophysical Investigation(Sub Bottom Profiler) INTERPRETATIONS AND REPORTING The acquired data (seismic profiles) are interpreted to reconstruct the sedimentary thicknesses of the same lithologies of sediments. The interpretation results are plotted on maps which are highlighted through the mapping of "isocronopache" the thicknesses of the different lithologies investigated. Stratigraphic sequence of the different stages of erosion / filling the bed of the river Metauro Pipeline (gas) buried under the surface of seabed

Environmental Survey Geomarine studies the interaction between the terrestrial and marine ecosystems, with particular attention to the human pressure on the latter. The study of the coastal marine environment and in particular, requires an integration of multiple specialties: physical oceanography, water and sediment chemistry, meteorology, marine geophysics, sedimentology, and marine biology. The goals that characterize the environmental research are different: coastal protection, beach nourishment of sandy coasts, pollution control of water and sediment, wildlife protection, management systems discharge into the sea and taken by the civil and industrial networks. For monitoring chemical -physical devices are installed for the automatic removal of samples and for the continuous analysis of some parameters (ph, temperature, conductivity, salinity, turbidity, dissolved oxygen, chlorophyll). MultiparametricProbe: CTD is a new generation of precisely measuring the physical characteristics of water (conductivity, temperature, pressure, ph, dissolved O2, etc..). All the collected data is stored on internal memory and / or are transmitted continuously to the surface in real time. A software checks the data collection and subsequent processing. Current meter: allows to calculate the speed, direction and frequency of the current values that are stored in RAM. The software processes all the data eliminating noise due turmoil. Water Sampling Bottle: to measure the chemical -physical characteristics of the water column samples are taken at different depths, the measurements are repeated with different frequencies according to the purpose required. The bottles are triggered using messenger weights.

Laboratory Analyses PARTICLE SIZE DISTRIBUTION Particle size analysis are carried out to quantify the presence in the percentage of each size fraction in the sediment according to the different national and international (U.S. Standard, British Standard, National Research Council -UNI, etc..). The most coarse sediment (gravel and sand - that is, land above 0,075 mm grain size) is divided by mechanical sieving, while for the finer (mudstones, less than 0,075 mm grain size) is used as the analysis methodology by sedimentation or Sedigraf. Are also certain physical parameters (moisture, specific gravity and weight volume) and statistics (average, classazione, appointments, and asymmetry) of the sediment, which are useful for information on the processes that led to its sedimentation. CHEMICAL ANALYSES As part of environmental studies are certain chemical and mineralogical characteristics of sediments: Atomic Absorption for the determination of heavy metals in sediments (eg Lead, Mercury, Cadmium, Arsenic). Chemical analysis for the determination of the presence of organic pollutants (eg PCBs, hydrocarbons). X-ray diffraction for the qualitative and semi - quantitative mineralogical composition of the main clay fraction. CALCIMETER for the determination of CaCO3 content of sediments. ph, Eh in the sediments. Organic matter/ Carbon/ Nitrogen/ Phosphorus. BIOLOGICAL ANALYSES Description of benthic marine communities through bionomic criteria. Characterization of benthic populations through quantitative analysis and structural composition. Estimates of environmental quality using biotic index (indicator species, sensitive species, ABC curves, curves of K - dominance). Environmental monitoring short-and long-term through the study of the dynamics of populations.

References AGEOTEC Zola Predosa(BO) ARPA Marche Various Italian Port Authority: Ancona La Spezia Livorno M. Carrara Piombino Savona Salerno Biosurvey di Palermo Bourbon Offshore DNT Ravenna(RA) C.A.M. S.p.A.- Falconara C.N.R. I.R.P.E.M. Ancona Centro Interuniversitario di Biologia Marina G. Bacci Livorno Coastal Consulting& Exploration - Bari Several Italian Municipalies coastal of: Agropoli(SA) Ancona(AN) Falconara M.ma(AN) Civitanova Marche(MC) Corinaldo(AN) Fano(PU) Fermo(FM) Martinsicuro(TE) Montemarciano(AN) Pesaro(PU) Porto Sant'Elpidio(AP) S. Benedetto del Tronto(AP) Senigallia(AN) Cooperativa San Martino- Chioggia CO.ED.MAR - Lidi di Chioggia D Appolonia S.p.A. Genova(GE) EcoTechSystems of Ancona(AN) EDISON S.p.A. EMS S.p.A. Fugro Oceansismica S.p.A.- Roma Gas - Bologna Geolab Pozzuoli(NA) Hydrosoil - Padova(PD) Idrosfera S.n.c. Napoli(NA) I.L.M.A. Ancona(AN) Impresa Frison Costruzioni S.a.s. Venezia Impresa Mantovani S.p.A. Mestre ICRAM Istituto Centrale per la Ricerca Scientifica Tecnologica Applicata al Mare - Roma La Dragaggi - Marghera Venezia Marine Consulting - Ravenna Mentucci Aldo Senigallia (AN) Ministero dei Trasporti e della Navigazione -SEP -Ancona Ministero Lavori Pubblici -Ufficio Genio Civile - Opere Marittime Ancona Nicolaj Pescara (PE) Oceanix Napoli (NA) Portovesme S.C. a r.l. Provincia di Pesaro - Urbino (PU) Regione Marche -Servizio LL.PP. Opere Marittime Regione Veneto - Genio Civile di Venezia SAROMAR -Cagliari SIDRA S.p.A. Roma Sviluppo Italia Aree Produttive S.p.A. Sub Service - Mogoro Oristano (OR) Teknomar Napoli (NA) Tethis S.p.A. Venezia (VE) Several Italian Universities: University of Ancona - Faculty of Engineering University of Bari Department of Engineering and water chemistry University of Firenze Department of Earth Science University of Pisa - Faculty of Biology University of Messina Department of Earth Science University of Roma - Faculty of Biology University of Urbino Institute of Sedimetology and Geodynamics UTEC Survey Mediterranean Vecchia Darsena - Senigallia

List of work done in 2013 Date Scope of Work Client Location Area Jan. Febr. Surface and underwater positioning service ROV on board of VOS Maestrale for Platforms ENI mainteining operations Bourbon Offshore DNT Adriatic sea January Geotechnical Sampling by Vibrocorer Touristic port of Ancona Marina Dorica S.p.A. Ancona (AN) Jan. Febr. Data recording and ROV pilots assistace Alba Marina platforms Marine Consulting Adriatic sea Febr. May Trenching machines positioning service SEA Myanmar Febr. May Surface and underwater positioning service on board of VOS MarineDive 701 Project Ashtart field off-shore Bourbon Offshore DNT Ashtart Field Tunisia Febr. May Underwater acoustic ROV positioning and surface positioning service on board of Maestrale Vessel in platforms Basil Bourbon Offshore DNT Adriatic sea February Geotechnical Sampling by Vibrocorer in port of Fano Comune di Fano (PU) Fano March Bathymetric Survey in a hydroelectric plants of Mercatale (Sassocorvaro-PU) and Le Grazie (Tolentino-MC) Consorzio Bonifica Regione Marche March Bathymetric Survey (SBES) in port of Civitanovamarche (MC) Comune di Civitanovamarche (MC) Adriatic sea March Dec Tecnhical assistance in the execution of the multibeam bathymetric feedback Autorità portuale of Ancona (AN) Ancona April Geotechnical Sampling by in port of Numana Comune di Numana (AN) Numana (AN) April Geotechnical Sampling by on marine area ex-montedison in Portorecanati (MC) Comune di Portorecanati (MC) Adriatic sea June Bathymetric survey MBES in Pozzuoli (NA) INGV Istituto Vesuviano Gulf of Pozzuoli May Geophysical Survey Sub Bottom Profiler Salerno Prisma Gulf of Salerno May Consulting service for the construction of the port of Al Faw - Iraq Technital S.p.A. Persic Gulf Iraq June Survey pipelines Sarago Mare Platforms Edison S.p.A. Adriatic sea June Topo-Bathymetric Survey (RTK, Multibeam and SingleBeam) along the coast of Senigallia (AN) Comune di Senigallia (AN) Adriatic sea July Oct. Underwater acoustic ROV positioning and surface positioning service on board of AD3 Vessel for maintenance operations in ENI Platforms Bourbon Offshore DNT Adriatic sea July ROV Visual Inspection in Monita Project- Italian Landfall Subseatech Adriatic sea Oct. Dec. Topo-Bathymetric Survey (RTK, Multibeam and SingleBeam) along the coast of Gabicce (PU) and seagrasses underwater visual inspection and video monitoring Mentucci Aldo Adriatic sea Sept Oct. Underwater acoustic ROV positioning and surface positioning service on board of Nos Taurus for maintenance operations in Campo Vega Platforms Bourbon Offshore DNT Strait of Sicily Sept. Nov. Positioning posttreching machine service by means sonar MS 1000 Caspian Sea SEA Sept. Dec. Underwater acoustic ROV positioning and surface positioning service on board of MED 10 for maintenance operations in ENI Platforms Bourbon Offshore DNT Adriatic sea October Bathymetric and geophysical survey in port of Taranto Prisma Jonian Sea December Bathymetric Survey (Single beam) in port of Porto San Giorgio (FM) Marina di Porto S.Giogio Adriatic sea December Offshore Pipeline Survey comparison 2008-2011situated in an offshore location at approximately 15 kilometers north-east of Porto Levante Bourbon Offshore DNT S.r.l Adriatic sea December Bathymetric Survey (Single beam) in port of Civitanovamarche (MC) Comune di Civitanovamarche (MC) Adriatic sea December December Geophysical Survey Sub Bottom Profiler and Bathymetric (MBES) Survey in Cetara (SA) Bathymetric Survey (Multibeam) in port of Ancona -Executive project of the work of the third phase of the construction of the over-billow pier Prisma Thyrrenian Sea Coedmar Adriatic sea

List of work done in 2012 Date Scope of Work Client Location Area Jan. Febr. Surfaceand underwaterpositioningservice ROV in Campo Squalo and Giovanna Bourbon Offshore DNT January Geotechnical SamplingbyVibrocorerin portof Ancona Marina Dorica S.p.A. Ancona January GeophysicalMarine Survey(MBES+SSS+SBP) in area ofdradgingin portoftaranto Prisma Taranto (TA) February Surfacepositioningservice tosupportin geotechnical survey to Italian and Albanian landfall TAP (Trans Adriatic Pipeline) Project D Appollonia S.p.A. Valona (Albania) March April Topo-Bathymetric Survey(RTK, MBES, SBES) along coast of Regione Marche Comune di Senigallia Senigallia (AN) March EnvironmentalSamplingbyVibrocorer in portof Senigallia Comune di Senigallia Senigallia (AN) March April Technical Support for geophysical survey aboard of m/v Explora Fugro Oceansismica Mediterranean Sea (Israel) March Surfaceand underwaterpositioningservice and ROV in Platforms Barbare Bourbon Offshore DNT March Geotechnical SamplingbyVibrocorerin portof Numana(AN) Comune di Numana Numana(AN) March Geotechnical SamplingbyVibrocorerin portof Ancona: quay number 13 Autorità portuale di Ancona (AN) Ancona (AN) Apr Jun Technical Supportforgeophysicalsurvey MANIFA and MARJAN Field Anchor Clearance Survey Utec Survey Asia Pte Ltd Persian Gulf June PoisitioningService tosearchforoceanographycs Instruments by means of ROV Tethis S.p.a. June BathymetricSurvey(MBES) in Tecnoreefs Structure in Punta Marina (RA) Echotechsyste ms June Surfaceand underwaterpositioningservice ROV to looking for a wreck UTEC Survey Asia Pte Ltd Tyrrhenian Sea June GeophysicalSurvey(SBP) fora archaeological purposes Teknomar Tyrrhenian Sea July Nov Western HVDC Link Project: Marine Surveyfor cable route Design & Engineering UTEC Mediterranean North Sea (Ireland Sea) September Topo-bathymetric survey(mbes +RTK+ dinamic laser scanner) in submerged and emerged part of the worksalreadycarriedout inherenttothe realization of the marina Concordia I.P. Fiumicino (RM) September Morphological and Geophysical Survey(SSS+MBES) CNR Napoli Jonian Sea September Bathymetric Survey(SBES) in port of Fano Comune di Fano (PU) Fano (PU) October BathymetricSurvey (SBES) in portofcivitanova Marche (MC) Comune di Civitanova Marche (MC) Civitanova Marche (MC)

Listofwork donein 2011 Date Scope of Work Client Location Area January Surfaceand underwaterpositioning service ROV in Livorno and Giulianova Bourbon Offshore DNT Tyrrhenian Sea January Geophysical survey SBP in Salò VRM Video Production Garda Lake January Topo-bathymetricsurvey(RTK, MBES and SBES) alongthe coastoffermo Comune di Fermo Fermo (FM) January February Geotechnical SamplingbyVibrocorerin port of Ancona Geotechnical SamplingbyVibrocorerin port of Senigallia (AN) Marina Dorica S.p.A. Gestiport S.p.A. Ancona (AN) Senigallia (AN) March April PreliminaryMarine Survey(MBES, SBP, SSS, Maggy) in Montenegrin harbor submarine power cable between Italy and Montenegro Oceanix Budva (Montenegro) April Bathymetric Survey MBES and Sismic SurveySBP in portoftrani Teknomar Trani (BT) April Bathymetric Survey MBES in Coghinas Lake (SS) Idrosfera S.n.c. Casteldoria(SS) April May Surfacepositioningservice on AD3 vessel and towboatfranco P. withinthe project toput n. 2 16 pipelines I.L.M.A. Falconara M.ma (AN) June ROV Investigationin platform Rospo Mare C Edison S.p.A. Southern June EnvironmentalSamplingbyVibrocorerin port of Pesaro (PU) Uff. Opere Marittime Ancona Pesaro (PU) July August Bathymetric Survey MBES in Tegnue of Chioggia and in the fishfarm in the coast of Ravenna Geotechnical SamplingbyVibrocorerin portofpesaro (PU) torealizebreak water Oceanix Uff. Opere Marittime Ancona Middle Pesaro (PU) July August September Surface and underwater positioning service ROV in ALNG manifacture Geophysical(SBP) and bathymetric (MBES) Surveyto be performed to detect the parameters of the georeferenced route and burial of nr. 2 Sealines28 "Enel S.p.A. from Punta Marina (station Saroma) at the Marine Terminal (about 9 km linear) Bourbon Offshore DNT Marine Consulting Middle Middle September MagnetometricSurvey(Maggy) and MorphologicalSurvey(SSS) in Campo Didon in Gabes Gulf(Tunisia) Micoperi Mediterranean Sea Sept. Nov. GeophysicalSurvey MBES, SSS, Maggy, boomerand environmentalsamplingon albanian and italian coast of TAP Project Fugro Oceansismi ca Middle Nov. Dic. Surface and underwater positioning service in Campo Squalo Bourbon Offshore DNT Middle Nov. Dic. Topo-bathymetric survey in port of Salerno Autorità Portuale di Salerno Tyrrhenian Sea

Listofwork donein 2010 Date Scope of Work Client Location Area January Multibeam, Side ScanSonar and Sub BottomProfilerSurveyperformed at the terminal area of a regasification plant GAS Zola Predosa (BO) Valona (Albania) February MBES SurveyofGarda Lake seabedto determinate seismic hazard in Lombardy Università dell'insubria Garda Lake March April Topo-bathymetric and archeological surveyfot the expansionofthe portof Pesaro Marina di Pesaro Pesaro (PU) April Bathymetric Survey(MBES) in the port of Salerno Geolab Salerno May Geotechnical SamplingbyVibrocorerin portof Porto San Giorgio (MC) Marina di P. S. Giorgio S.p.A. P. S. Giorgio June BathymetricSurvey(MBES) in River Tevere Idrosfera S.n.c. Roma July Positioning System service for revamping API platform ILMA Falconara M.ma (AN) July Bathymetric(MBES) Survey in port of Gioia Tauro and Marsala Teknomar Marsala August September Inspectionofthe pipelines(mbes, SSS, SBP, RTK and ROV) ofvlorecombine cycle power plant Marine Consulting Valona (Albania) September October Positioning service during system controls chains in Alba Marina platform Marine Consulting October November MBES, SBP and Maggy Survey for mapping sealines in Sarago Mare platform Edison S.p.A. November Topo-bathymetricSurvey(RTK, MBES e SBES) along the coast of Senigallia Comune di Senigallia (AN) Senigallia (AN) November MBES Surveyinside the dock area to the west of the Brindisiport involved by dredging operations Sociertàdi Topografia (BR) Brindisi November MBES, SBP, SSS, Maggyand ROV Surveyin the areas of fish farm in the Seccadel Canarin Oceanix Delta del Po November Dicember Bathymetric survey(mbes) in natural reef of Chioggia called Tegnue Oceanix Chioggia

Listofwork donein 2009 Date Scope of Work Client Location Area February May Sub BottomProfiler, Side ScanSonar, Magnetometer and Multibeam survey mappingtosealineasin area in frontof refinery API EcoTechSyst ems Ancona (AN) Coast of Regione Marche April May Geotechnical Investigation by Vibrocorer Systems inherent a project to defense and management of the coastal strip on a regional area: nr 50 cores Sidra S.p.A. (RM) Coast of Regione Abruzzo June Multibeam, Side ScanSonar and Sub BottomProfilerSurveyperformed at the terminal area of a regasification plant inherent in the project: mapping the Posidoniafor the realization of sealinein Livorno area Biosurvey (PA) Coast of Livorno June July Multibeam and Sub Bottom Profiler surveywithin the project to build a breakwater in the port of Ancona Nicolaj (PE) Ancona July Surfacepositioningservice withinthe project P1772 - Annamaria Gas Field. Geolab Middle and Northern September Surfaceradiopositioningservice and ROV on board the Endeavour in the Project: "Replacement submarine power cable Alba Marina RospoMare" included mapping and processing Marine Consulting (RA) Middle and Southern October November Sub BottomProfiler, Multibeamand Side ScanSonar Surveytomapping nr. 3 submarine pipelines of a power plant Marine Consulting (RA) Valona (Albania) November Side ScanSonar, magnetometer, ROV positioning service and surface positioning service on board of VOS Atlantico vessel within the Project: "pre-drilling survey platforms IZABELA" DNT Offshore (RA) Middle and Northern Dicember MultibeamSurveyin site ofstoragefuelin Petrolifera Italo-Albanese Anfibia (RA) Valona (Albania)

Land Survey Geomarine conducts a planning and management of geophysical and geognostic surveys in compliance with the current laws and standards of quality core sampling in continuous with undisturbed samples static and dynamic penetration tests pressuremeter, scissometer, dilatometry tests plateloadtests geoelectric prospecting geophysical prospecting radar seismic prospecting prospecting magnetometric sampling gas and lands interstitial-"gas Survey" Example of analysis Gas Survey ENVIRONMENTAL AND GEOTECHNICAL MONITORING Control and monitoring of physico-chemical parameters of waters by multiparametric probe (temperature, ph, salinity, conductivity, dissolved oxygen, turbidity) Water Sampling (bailers, pumps) Measurements of flow, level, speed of river courses Collecting, processing of weather data Monitoring of underground tanks Monitoring of landfills during operation and post-exercise Monitoring for geotechnical evaluation of landslide risk through the use of a network: Inclinometers fixed and mobile; Open pipe and Casagrande piezometers; Strains; Fessurimeters; Surface Clinometers.