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11.412-132.305s0-89.438-11.412-132.305zm-317.51 213.508V175.185l142.739 81.205-142.739 81.201z"></path></svg></a></div></div><div class="container-app domain one-line-header" style="position:relative;overflow-x:hidden;z-index:1;overflow-y:inherit"><div id="fullpage"><div class="section"><div class="header-fullpage" style="height:truepx"><div class="icon-scroll"><div class="mouse"><div class="wheel"></div></div><div class="icon-arrows"><span></span></div></div><div style="height:100%"><div class="titleContainer right"><div class="blackLineAndNumberContainer level-1 black"><div class="number-mask"><p style="color:#ffffff"> </p></div><span class="blackLine" style="background-color:#ffffff"></span></div><div class="title-mask"><h1 class="title" style="color:#ffffff">Industrial offshore projects</h1></div></div><svg class="logo" xmlns="http://www.w3.org/2000/svg" x="0px" y="0px" viewBox="0 0 1920 1024"><g transform="translate(-850,-300) scale(1.5)"><path vector-effect="non-scaling-stroke" 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left"><div class="blackLineAndNumberContainer level-4 black" style="right:calc(100% + 10px);align-items:flex-end"><div class="number-mask"><p style="color:#2c2a29"> </p></div><span class="blackLine" style="background-color:#2c2a29"></span></div><div class="title-mask"><h4 class="title" style="color:#2c2a29;text-align:left">Preserving the environment during the implementation of industrial projects</h4></div></div><div class="paragraph"><div>We can intervene at all stages of a project:<br><ul><li><strong>Environmental Baseline Study (EBS)</strong></li><li>Design of <strong>Avoid, Reduce or Compensate measures</strong> (impact study)</li><li><strong>Monitoring of operating impacts</strong> and design of <strong>adaptation measures</strong> </li></ul><strong>Environmental Baseline Studies</strong> can take the form of <strong>seabed mapping</strong>, studies of the <strong>quality of the marine environment</strong>, or <strong>inventories of fauna and flora</strong>. They are conducted both close to the coast and offshore, at shallow depths as well as in very great depths.<br><br>At the design stage and depending on the data collected during the initial assessment, CREOCEAN works with contracting authorities to <strong>prevent projects from affecting the marine environment</strong>. The objective is <strong>to avoid negative impacts</strong>. If this is not possible, we must strive for <strong>impact reduction</strong> and lastly intelligent <strong>compensation</strong>.<br><br>Monitoring is carried out once the industrial project is complete. This involves conducting various studies on different <strong>compartments of the marine environment</strong> to estimate the impact of operations.<br><br>These controls vary in terms of sampling effort or frequency, size of project and the requirements of each country.<br><br>CREOCEAN teams work both nationally and internationally for private industrial operators or public entities:<br><ul><li>Chemical industry</li><li>Petroleum industry</li><li>Extraction of marine aggregates</li><li>Cable industry</li><li>Marine Renewable Energies</li><li>Commercial ports</li><li>Aquaculture</li></ul></div></div></div><div class="content large similar-projects"><div class="titleContainer right"><div class="blackLineAndNumberContainer level-3 black" style="left:calc(100% + 10px);align-items:flex-start"><div class="number-mask"><p style="color:#2c2a29"> </p></div><span class="blackLine" style="background-color:#2c2a29"></span></div><div class="title-mask"><h3 class="title" style="color:#2c2a29;text-align:right">Projects</h3></div></div><ul class="list-projects"><li><div class="cardProjetContainer"><div class="cardProjetImgContainer"><img loading="eager" src="https://api.groupe-keran.com/api/file/picture/607d8203c5a1542108091423/300/0" alt="creocean_projet_etat_initial_forages_exploration_CI_705_706_200643_692X692"/></div><h1>EBS Studies for Exploration Wells preparation CI-705 and CI-706 in Ivory Coast </h1><div class="contributors"><span class="contributor">Créocéan</span></div><p>IVORY COAST<!-- --> <!-- -->- <!-- -->Sub-Saharan Africa and Indian ocean</p></div></li><li><div class="cardProjetContainer"><div class="cardProjetImgContainer"><img loading="eager" src="https://api.groupe-keran.com/api/file/picture/607d833bc5a1542108091437/300/0" alt="creocean_projet_bathymetrie_profondeur_enfouissement_cable_CIRCE_200699_692X692"/></div><h1>Monitoring of the bathymetry and the burial depth of Viatel submarine cable </h1><div class="contributors"><span class="contributor">Créocéan</span></div><p>Somme (80)<!-- --> <!-- -->- <!-- -->France</p></div></li><li><div class="cardProjetContainer"><div class="cardProjetImgContainer"><img loading="eager" src="https://api.groupe-keran.com/api/file/picture/607ef202ac364c5d94b3bbc6/300/0" alt="creocean_projet_campagne_geophysique_160632E_692X692"/></div><h1>Pilot Farm establishment for Floating Wind Turbines off the Languedoc Coast: Geophysical Campaign</h1><div class="contributors"><span class="contributor">Créocéan</span></div><p>Aude (11)<!-- --> <!-- -->- <!-- -->France</p></div></li><li><div class="cardProjetContainer"><div class="cardProjetImgContainer"><img loading="eager" src="https://api.groupe-keran.com/api/file/picture/607d8659c5a1542108091446/300/0" alt="creocean_projet_effluents_station_epuration_maera_150312_692X692"/></div><h1>Monitoring of the receiving environment of the Maera wastewater treatment plant effluent outfalls</h1><div class="contributors"><span class="contributor">Créocéan</span></div><p>Hérault (34)<!-- --> <!-- -->- <!-- -->France</p></div></li></ul><div class="container-btn-plus"><span><a class="cercles"><div class="barrePlus horizantale"></div><div class="barrePlus verticale"></div></a></span></div></div><div class="footerContainer"><div class="footerSection1"><div class="col"><img loading="eager" src="data:image/svg+xml;base64,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data-icon="youtube" class="svg-inline--fa fa-youtube fa-w-18 footerSocialLinks" role="img" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 576 512"><path fill="currentColor" d="M549.655 124.083c-6.281-23.65-24.787-42.276-48.284-48.597C458.781 64 288 64 288 64S117.22 64 74.629 75.486c-23.497 6.322-42.003 24.947-48.284 48.597-11.412 42.867-11.412 132.305-11.412 132.305s0 89.438 11.412 132.305c6.281 23.65 24.787 41.5 48.284 47.821C117.22 448 288 448 288 448s170.78 0 213.371-11.486c23.497-6.321 42.003-24.171 48.284-47.821 11.412-42.867 11.412-132.305 11.412-132.305s0-89.438-11.412-132.305zm-317.51 213.508V175.185l142.739 81.205-142.739 81.201z"></path></svg></span></a></div></div><a class="footerLinkMentions" href="/mentions-legales/en">Legal information</a><p>2021 Creocean, all rights reserved</p></div></div></div></div></div><div class="container-lines" style="height:100%"><div><svg width="0px" height="0px" viewBox="0 0 0 0"><line x1="0" y1="0" x2="0" y2="0"></line><line x1="0" y1="0" 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","why":"Preserving the environment during the implementation of industrial projects","position":3,"title":"Industrial offshore projects","pictures":[],"files":[],"projects":[{"_id":"60a2911f455b710d8d8349e5","updatedAt":"2021-07-21T08:27:25.442Z","createdAt":"2021-05-17T15:51:59.058Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"mission":"• Planning and execution of an oceanographic campaign \u003cbr/\u003e • Assessment of the biodiversity and physical characteristics of the marine environment \u003cbr/\u003e • Preparation of a multidisciplinary study report and a GIS for banking data\n","name":"EBS Studies for Exploration Wells preparation CI-705 and CI-706 in Ivory Coast ","publicationDate":"2021-05-18T13:48:10.458Z","skills":"Data acquisition / environmental chemistery and toxicology / hydrobiology / offshore","text":"TOTAL E\u0026amp;P Ivory Coast operates two offshore oil blocks, namely CI-705 and CI-706, with PetroCI, the national company (TOTAL 90%, PetroCI 10%).\u003cbr\u003e\u003cbr\u003eTOTAL plans to drill two exploration wells, Barracuda-1X on the main prospect of block CI 705 by the first quarter of 2021, and a second well conditioned on the success of Barracuda-1X, which would be located on the main prospect of the block. 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","publicationDate":"2023-02-07T08:44:34.000Z","skills":"Data acquisition / regulatory","text":"The Channel cable called \"CIRCE\" (southern branch) was set up in 1998 between the English coast and the town of Cayeux-sur-Mer (Somme) in France.\u003cbr\u003e\u003cbr\u003eAlong the first 7.25 km of the cable route from the landfall at Cayeux, decree from the 18 November 1998 set a burial depth of 1.20 m below the sea-floor.\u003cbr\u003e\u003cbr\u003eOn this route, seafloor presents locally mechanically resistant outcropping layers, consisting of bedrock or indurated sedimentary formations.\n\u003cbr\u003e\u003cbr\u003eTechnical constraints, combined with the morphological evolution of the seabed (depending on the movement of sand veneers), make necessary the implementation of a regular monitoring of the cable situation.\u003cbr\u003e\u003cbr\u003eTwo methods have been implemented by CREOCEAN since 2003:\u003cul\u003e\u003cli\u003ea multibeam bathymetric survey that characterizes the 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Geophysical Campaign","publicationDate":"2021-05-19T14:43:37.815Z","text":"Quadran Marine Energies wanted to develop a pilot floating wind farm off the Languedoc coast, project EOLMED. The design studies for this park, including the electrical connection and anchor part of the wind turbines, require the geophysical data acquisition and analysis, seabed mapping and high-resolution seismic. The geophysical campaign objectives were:\u003cbr\u003e\u003cul\u003e\u003cli\u003eSeabed Morpho-sedimentary mapping\u003c/li\u003e\u003cli\u003eSuperficial objects detection and localization\u003c/li\u003e\u003cli\u003eSubbottom geological unit’s characterization and mapping.\u003c/li\u003e\u003c/ul\u003eThe information acquired will be used to define the theoretical route of the wind farm electrical connection to the landing point. The data must also be used as the impact study initial state.\u003cbr\u003e\u003cbr\u003eCREOCEAN carried out a geophysical data acquisition, multibeam bathymetry, side-scan sonar, sediment echosounder and high-resolution seismic survey on the implementation zone of the connection, and on the floating wind farm potential location.\nThe acquired data were interpreted using dedicated software to define the most suitable route for the electrical connection cable passage and the wind farm area morpho-sedimentary and geological characterization.","mission":"• Multibeam bathymetric acquisition \u003cbr/\u003e • Seabed imagery - side scan sonar \u003cbr/\u003e • SBP and UHR seismic acquisition \u003cbr/\u003e • Morpho-sedimentary mapping \u003cbr/\u003e • Subbottom geological analysis \u003cbr/\u003e • Superficial objects detection","skills":"Data acquisition / Offshore / environmental resources management","card":{"_id":"607ef202ac364c5d94b3bbc6","path":"upload/80167791ad711106c6f099ed50a079a4.jpeg","alt":"creocean_projet_campagne_geophysique_160632E_692X692"},"client":"QUADRAN ENERGIES MARINES","cover":{"_id":"607ef21aac364c5d94b3bbca","path":"upload/ed855f2dbcab6c8b78bdd1034cbf1e69.jpeg","alt":"creocean_projet_campagne_geophysique_160632E_1236X698"},"textTitle":"Geophysical campaign to help anchoring and electrical connection of a floating wind turbines farm","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840c8455fb417bb67cd4c","title":"Technical Assistance"}],"subdomains":[],"domains":[{"_id":"608a5de835e3062cd87f3f50","title":"Marine Renewable Energies"},{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"city":"Aude (11)","zone":"France","country":"FRANCE","zoom":9,"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[3.345256,43.121034]}},"isInternational":false},"dates":{"end":"2017-12-30T23:00:00.000Z","start":"2015-12-31T23:00:00.000Z"},"partners":[],"keyFigures":[{"text":"water depth","title":"","unit":"to 70 m","number":2,"_id":"60a52c7b455b710d8d834b88","pos":1},{"title":"","unit":"km²","number":50,"_id":"60a52c7b455b710d8d834b89","pos":2},{"title":"","unit":"nautical supports","number":2,"_id":"60a52c7b455b710d8d834b87","pos":3}],"files":["60a52cc9455b710d8d834b8b"],"pictures":[{"_id":"607ef228ac364c5d94b3bbcc","path":"upload/ebc3bc82076a3151739c10dc127fd62e.jpeg","alt":"creocean_projet_campagne_geophysique_160632E_1920X1080"}],"favorite":false,"type":null,"isGroup":"pending","status":"published"},{"_id":"60a52cdb455b710d8d834b91","updatedAt":"2021-07-21T08:38:33.866Z","createdAt":"2021-05-19T15:20:59.777Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"607d8659c5a1542108091446","path":"upload/2ffde2f3db629925e5398ddd1c399685.jpeg","alt":"creocean_projet_effluents_station_epuration_maera_150312_692X692"},"client":"MONTPELLIER MEDITERRANEE METROPOLE","cover":{"_id":"607d8668c5a154210809144a","path":"upload/abdee80b6ee34a9113cc9b7e7c621dcb.jpeg","alt":"creocean_projet_effluents_station_epuration_maera_150312_1236X698"},"mission":"• Benthos \u003cbr/\u003e • Posidonia \u003cbr/\u003e • Living matter quality \u003cbr/\u003e • Wastewater modelling \u003cbr/\u003e • Sediments \u003cbr/\u003e • Water quality","name":"Monitoring of the receiving environment of the Maera wastewater treatment plant effluent outfalls","publicationDate":"2021-05-19T15:02:23.307Z","skills":"Data acquisition / environmental chemistery and toxicology / water policy / regulatory","text":"This is the continuation of the effluent receiving environment monitoring of the MAERA treatment plant over a period of five years and on the basis of the previous monitoring at sea prepared between 2003 and 2014 based on the protocol developed by IFREMER in 1992 and 1997.\u003cbr\u003e\u003cbr\u003eThe previous 10-year monitoring was performed by the group managed by CREOCEAN. In order to preserve good continuity in the data acquisition and processing, Creocean is still conducting this study.\u003cbr\u003e\u003cbr\u003eQuality monitoring of the receiving environment for wastewater from the MAERA treatment plant, including, for CREOCEAN:\u003cbr\u003e\u003cul\u003e\u003cli\u003eTask 3: Meteorology\u003c/li\u003e\u003cli\u003eTask 5: Water quality\u003c/li\u003e\u003cli\u003eTask 6: Sediment Quality\u003c/li\u003e\u003cli\u003eTask 7: Living matter quality\u003c/li\u003e\u003cli\u003eTask 8: Benthos\u003c/li\u003e\u003cli\u003eTask 9: Posidonia meadows monitoring\u003c/li\u003e\u003cli\u003e3D modelling\u003c/li\u003e\u003cli\u003eFish and fishing monitoring\u003c/li\u003e\u003cli\u003eWater quality in calm weather\u003c/li\u003e\u003cli\u003eExceptional meteorological phenomenon\u003c/li\u003e\u003c/ul\u003e","textTitle":"Survey of the Maera wasteswater treatment plant effluents in the receiving environement (Lez) and offshore within a 5 years time ","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840c8455fb417bb67cd4c","title":"Technical Assistance"},{"_id":"5f0840d7455fb417bb67cd4e","title":"Capacity building"}],"subdomains":[],"domains":[{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"},{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"zoom":7,"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[3.88581,43.585166]}},"country":"FRANCE","zone":"France","city":"Hérault (34)","isInternational":false},"dates":{"start":"2014-12-31T23:00:00.000Z","end":"2020-12-30T23:00:00.000Z"},"partners":[],"keyFigures":[{"_id":"60a52edd455b710d8d834b93","number":10,"unit":"years","title":"","text":"monitoring","pos":1},{"_id":"60a52edd455b710d8d834b94","number":450000,"unit":"population equivalent","pos":1}],"files":["60f197ebbf5525487d07608f"],"pictures":[],"favorite":false,"type":null,"isGroup":"not group","status":"published"},{"_id":"60a6215c455b710d8d834bd7","updatedAt":"2021-07-21T08:35:51.879Z","createdAt":"2021-05-20T08:44:12.394Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"60780715cec4cb54fc6d23f9","path":"upload/2386a8f935e76033b198e0c1a3457d30.jpeg","alt":"creocean_projet_etat_initial_champs_petrolier_171008_692X692"},"client":"AECOM","cover":{"_id":"6078073ccec4cb54fc6d23fb","path":"upload/19c6ae9a4b4951b6e7dd8f1f4d38d97c.jpeg","alt":"creocean_projet_etat_initial_champs_petrolier_171008_1236X698"},"mission":"• Video transect \u003cbr/\u003e • Characterization of the seabed substrate types (sand, mud, clay, rock, etc.) \u003cbr/\u003e • Visual assessment of sediment texture \u003cbr/\u003e • Qualitative description of observed benthic assemblages or epifauna communities \u003cbr/\u003e • Identification of macroalgae and benthic species \u003cbr/\u003e • Identification of fish species","name":"Environmental Baseline Study - Al Shaheen oil field, Qatar","publicationDate":"2021-05-20T08:41:07.334Z","skills":"Data acquisition / environmental chemistry and toxicology / ROV","text":"The Al Shaheen field is located in the Arabian Gulf approximately 150 km north of Doha and 90 km north of Ras Laffan, State of Qatar. This is among the world’s largest oil fields. During the last two decades this field has been producing oil and it currently produces around 40% of Qatar’s crude oil, at around 300,000 barrels per day.\u003cbr\u003e\u003cbr\u003eAs the transition of operators of the Al Shaheen oil field takes place, NOC conducts an update of an existing Environmental Impact Assessment (EIA). As part of these works, NOC requires Environmental Baseline Assessment (EBA) works which includes sampling and analyses of water and sediment (including sediment samples for macrofauna) taken at multiple stations, and an underwater video seabed surveys. This survey (EBS) will also provide a baseline for the proposed Field Development Plan (FDP) for NOC to feed into the subsequent Environmental and Social Impact Assessment (ESIA).\u003cbr\u003e\u003cbr\u003eNOC entrusted this Environmental Baseline Assessment to the consortium formed and supported by AECOM Middle\u0026nbsp;East Limited (AECOM).\u0026nbsp;","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840c8455fb417bb67cd4c","title":"Technical Assistance"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"},{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[51.579877,25.507742]}},"zoom":8,"isInternational":true,"country":"QATAR","zone":"North Africa and Middle East","city":"QATAR"},"dates":{"start":"2016-12-31T23:00:00.000Z","end":"2017-12-30T23:00:00.000Z"},"partners":[{"name":"HORIZON","_id":"60f7dc670785702ff38d2330"}],"keyFigures":[{"_id":"60a62526455b710d8d834bd9","number":9,"unit":"platforms","pos":1},{"_id":"60a62526455b710d8d834bda","number":14,"unit":"stations","pos":1},{"text":"of Qatar crude oil","_id":"60a62526455b710d8d834bdb","number":40,"unit":"%","title":"","pos":1}],"files":["60a62571455b710d8d834bdd"],"pictures":[],"favorite":false,"type":null,"isGroup":"pending","status":"published"},{"_id":"60a62580455b710d8d834be9","updatedAt":"2021-07-21T08:25:32.991Z","createdAt":"2021-05-20T09:01:52.113Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"mission":"• Multi-beam bathymetric acquisition and processing \u003cbr/\u003e • Backscatter imagery \u003cbr/\u003e • High sedimentary movements identification \u003cbr/\u003e • GIS deliverable \u003cbr/\u003e • Monitoring of the geomorphological features","name":"Geophysical offshore survey -Gabon","publicationDate":"2021-05-20T08:43:14.866Z","skills":"Data acquisition / mapping / SIG / regulatory","text":"The Cap Lopez oil terminal (Port-Gentil, Gabon) is located on a moving sandy spit around which a canyon and regressive channel systems are observed. These sedimentary features lead to recurrent sedimentary movements around the terminal. Total Gabon E\u0026amp;P requests each year to perform a bathymetric and imagery survey around Cap Lopez in order to follow the morpho-sedimentary evolution around the infrastructures of the oil terminal. This monitoring is really important due to the significant mass movements on the coastal area and recurrent landslides.","card":{"_id":"607807accec4cb54fc6d23ff","path":"upload/1c9dffd054d1c85e931a3a2025e06a40.png","alt":"creocean_projet_etude_geophysique_cap_lopez_180194_692X692"},"client":"TOTAL E\u0026P GABON","cover":{"_id":"6078083ccec4cb54fc6d2401","path":"upload/4180afea9f86a08be0908c124c06b375.png","alt":"creocean_projet_etude_geophysique_cap_lopez_180194_1236X698"},"textTitle":"Annual monitoring of the morpho-sedimentary evolutions around Cap Lopez","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840c8455fb417bb67cd4c","title":"Technical Assistance"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[8.721043,-0.641314]}},"zoom":11,"isInternational":true,"country":"GABON","zone":"Sub-Saharan Africa and Indian ocean","city":"GABON"},"dates":{"start":"2017-12-31T23:00:00.000Z","end":"2019-12-30T23:00:00.000Z"},"partners":[],"keyFigures":[{"text":"of bathymetric survey lines","_id":"60a62734455b710d8d834bfe","number":479,"unit":"km","title":"","pos":1},{"text":"water depth","_id":"60a62734455b710d8d834bff","number":194.5,"unit":"m","title":"","pos":1},{"text":"survey area","_id":"60a62734455b710d8d834c00","number":22.5,"unit":"km²","title":"","pos":1}],"files":["60acf25c5599a6331fcbb85a"],"pictures":[],"favorite":false,"type":null,"isGroup":"pending","status":"published"},{"_id":"60a62bd9455b710d8d834c2b","updatedAt":"2023-04-19T12:31:31.176Z","createdAt":"2021-05-20T09:28:57.990Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"6078034d99f79d4cbe23ad4c","path":"upload/8a86a6394598022c51d066a8f0b7f3de.jpeg","alt":"creocean_projet_bathymetrie_sonar_balayage_lateral_recifs_artificiels_180705_692X692"},"client":"RTE RESEAU DE TRANSPORT D'ELECTRICITE","cover":{"_id":"6078035a99f79d4cbe23ad4e","path":"upload/5fa2fb7fce3db1c27e55305a87bceb5c.jpeg","alt":"creocean_projet_bathymetrie_sonar_balayage_lateral_recifs_artificiels_180705_1236X698"},"mission":"• Seabed mapping \u003cbr/\u003e • Survey of artificial reefs \u003cbr/\u003e • Mission carried out with the AZTIMAR BAT ship","name":"HVDC France-Spain electrical interconnection","publicationDate":"2021-05-20T09:10:20.932Z","skills":"Data acquisition / mapping","text":"In the framework of the Electricity Interconnection project between France and Spain (INELFE) within the Bay of Biscay and in order to assess the impact of the geotechnical boreholes and the drillings for the HDD could have on the Aquitaine Landes reef structures in Capbreton (Babel x1 module, Typi x1 modules, x1 cage and x3 nozzle modules), RTE needed to carry out a geophysics survey on the area before the geotechnical survey.\u003cbr\u003e\u003cbr\u003eThe investigation of the area to be mapped and the characteristics of the reefs were achieved by the implementation of two complementary methods: multibeam bathymetry and side scan sonar.","textTitle":"Bathymetric survey and side scan sonar of artificial reefs of Aquitaine Landes Reefs in Capbreton","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840c8455fb417bb67cd4c","title":"Technical Assistance"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"isInternational":false,"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[-1.450202,43.644274]}},"zoom":12,"country":"FRANCE","zone":"France","city":"Landes (40)"},"dates":{"start":"2017-12-31T23:00:00.000Z","end":"2018-12-30T23:00:00.000Z"},"partners":[],"keyFigures":[],"files":["60a62f22455b710d8d834c42"],"pictures":[],"favorite":false,"type":null,"isGroup":"pending","status":"published"},{"_id":"60a6396a455b710d8d834c6a","updatedAt":"2022-12-14T08:48:24.426Z","createdAt":"2021-05-20T10:26:50.180Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"607d7f6bc5a1542108091401","path":"upload/02076b276d74613634148c26fa6c2b67.jpeg","alt":"creocean_projet_transplantation_coraux_campagne_suivi_10_191108_692X692"},"client":"GRAND PORT MARITIME DE LA GUADELOUPE","cover":{"_id":"607d7f7fc5a1542108091403","path":"upload/fba4984afacdf29a8520e797b55c0452.jpeg","alt":"creocean_projet_transplantation_coraux_campagne_suivi_10_191108_1236X698"},"mission":"• Monitoring of benthic biocenoses \u003cbr/\u003e • Monitoring of transplanted control coral colonies \u003cbr/\u003e • Synthesis report of the present situation + 5 years after the coral transplant operation","name":"Corals translocation works - 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These improvements included the widening of the port entrance channel.\u003cbr\u003e\u003cbr\u003eAs part of this work, a transplant of coral colonies present in the right-of-way of the developments was carried out in February and March 2015, in order to avoid their destruction. This displacement of colonies follows the carrying out by Creocean, since 2012, of various preliminary studies, on behalf of the GMPG.\u003cbr\u003e\u003cbr\u003eThe objective was to continue implementing the scientific monitoring of transplanted corals put in place as soon as the transplant work was completed in 2015.\u003cbr\u003e\u003cbr\u003eThe aim of scientific monitoring of transplanted corals was to assess the success rate of the coral transplant carried out in February and March 2015, on the receiving sites of Ilet du Gosier and La Caye à Dupont.\u003cbr\u003e\u003cbr\u003eA total of 4,188 colonies were transplanted, including 312 on the Ilet du Gosier site and 3,876 on the site Caye à Dupont.\u003cbr\u003eIn order to assess the success of the transplant operation, control transplant colonies were monitored by photo-quadrats in a complementary manner to the monitoring of fixed benthic stands. The target sites were the recipient sites on which the corals were transplanted, as well as their associated Reference sites (not transplanted).","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840d7455fb417bb67cd4e","title":"Capacity building"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"},{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[-61.548569,16.235772]}},"zoom":9,"country":"FRANCE","zone":"Latin America and Caribbean","city":"Guadeloupe (971)"},"dates":{"start":"2018-12-31T23:00:00.000Z","end":"2019-12-31T23:00:00.000Z"},"partners":[],"keyFigures":[{"text":"of scientific monitoring of transplanted corals","_id":"60a63bd1455b710d8d834c6e","number":5,"unit":"years","title":"","pos":0},{"_id":"60a63bd1455b710d8d834c6c","number":4188,"unit":"colonies transplanted","title":"","pos":0},{"_id":"60a63bd1455b710d8d834c6f","number":4,"unit":"sites","title":"","pos":1},{"text":"monitoring","_id":"60a63bd1455b710d8d834c6d","number":10,"unit":"th","title":"","pos":2}],"files":["60a684e7455b710d8d834cf7"],"pictures":[],"favorite":false,"type":null,"isGroup":"not group","status":"published"},{"_id":"60f6a41229b3f157f8365f65","updatedAt":"2021-07-20T15:56:38.845Z","createdAt":"2021-07-20T10:23:14.349Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c87ca7f0cbe0f00575c8e","__v":0,"client":"EIFFAGE TRAVAUX MARITIMES ET FLUVIAUX","mission":"• Feasibility study \u003cbr/\u003e • Investigation \u003cbr/\u003e • Coral transplantation","name":"Desalination plant construction project in Djibouti : corals colonies transplantation","publicationDate":"2021-07-20T10:03:44.241Z","skills":"Scientific diving / mapping / protection of natural environment","text":"In order to meet drinking water needs, the Republic of Djibouti, with the support of the European Union, is building a seawater desalination plant. The site of the plant, the technical choices of desalination processes and the maritime and land-based works have been defined. The plant requires the construction of maritime structures for the capture and discharge of water into the sea, including the following:\n\u003cbr\u003e\u003cul\u003e\u003cli\u003eA seawater intake pipe fed through an intake tower;\n\u003c/li\u003e\u003cli\u003eA brine discharge pipe through a diffuser.\n\u003c/li\u003e\u003c/ul\u003eAn environmental impact study of the desalination plant was carried out in April 2012. This study revealed the presence of massive coral reefs on the pipe route in the central fringe of the submerged cliff.\n\u003cbr\u003e\nAn investigation was carried out by Creocean to confirm the feasibility of the coral transplantation works and to size these works.","textTitle":"Transplantation works of coral colonies extracted from the projected excavation area on the reef","card":{"_id":"60d47453a49b2c1238dd6668","path":"upload/12cf09884948d140174a90c90a118f62.jpeg","alt":"projets transplantation coraux_692x692"},"cover":{"_id":"60d47465a49b2c1238dd666a","path":"upload/0229e5c849abe4be1873713c14291a46.jpeg","alt":" projets transplantation coraux_1236x698"},"missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"},{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[44.277016,12.113809]}},"zoom":5,"isInternational":true,"country":"DJIBOUTI","zone":"Sub-Saharan Africa and Indian ocean","city":"DJIBOUTI"},"dates":{"start":"2019-07-09T22:00:00.000Z","end":"2019-08-07T22:00:00.000Z"},"partners":[],"keyFigures":[{"_id":"60f6a77329b3f157f8365f6c","number":3,"unit":"professional biologist divers","pos":1},{"_id":"60f6a77329b3f157f8365f6b","number":20,"unit":"generas","text":"to be transplanted","pos":2}],"files":["60f6a9c029b3f157f8365f6e"],"pictures":[],"favorite":false,"type":null,"isGroup":"not group","status":"published"},{"_id":"60f6cd5729b3f157f8365fa7","updatedAt":"2021-07-21T07:53:00.685Z","createdAt":"2021-07-20T13:19:19.550Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"60d5e365a7236053bb801294","path":"upload/36a4ff195adab87ea6ea8aee38d8109e.png","alt":"creocean projet etude environnement oxy petroleum_692X692"},"client":"OXY PETROLEUM","cover":{"_id":"60d5e38da7236053bb801297","path":"upload/12015dddc76e5d4e05cc847a327c1aa6.png","alt":"creocean projet etude environnement oxy petroleum_1236X698"},"mission":"• Recording of videos of the seabed \u003cbr/\u003e • Identification of benthic fauna and flora \u003cbr/\u003e • Characterization of benthic sediments","name":"Environmental Baseline Study (EBS) for Oxy Petroleum in association with AECOM","publicationDate":"2021-07-20T13:00:13.470Z","text":"CREOCEAN proceeded to the periodic update of the baseline study of the ISND (Idd El Shargi North Dome) and ISSD (Idd El Shargi South Dome) oil fields of Occidental Petroleum. These are located in Qatar (Arabic Gulf, 80km offshore, and 40m of depth).","skills":"Maritime works / offshore","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"},{"_id":"5f0840d0455fb417bb67cd4d","title":"Project Management"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"},{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"city":"QATAR","zone":"North Africa and Middle East","country":"QATAR","isInternational":true,"zoom":8,"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[51.634101,25.58704]}}},"dates":{"end":"2018-06-10T22:00:00.000Z","start":"2018-01-03T23:00:00.000Z"},"partners":[{"name":"AECOM","_id":"60f7d25cd998c70c4a326c69"}],"keyFigures":[{"unit":"stations","number":55,"_id":"60f6d43029b3f157f8365fad","pos":1}],"files":["60f6d70729b3f157f8365fb7"],"pictures":[],"favorite":false,"type":null,"isGroup":"not group","status":"published"},{"_id":"60f6d29329b3f157f8365fab","updatedAt":"2021-07-20T13:49:25.635Z","createdAt":"2021-07-20T13:41:39.917Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c87ca7f0cbe0f00575c8e","__v":0,"card":{"_id":"60f6c83f29b3f157f8365f96","path":"upload/0a910db37cce8a725679be24e65338ed.jpeg","alt":"projets transplantation coraux djibouti_692x692"},"client":"EIFFAGE TRAVAUX MARITIMES ET FLUVIAUX","cover":{"_id":"60f6c85029b3f157f8365f98","path":"upload/4d61e89563511f0bb8b82090bd15ba56.jpeg","alt":"projets transplantation coraux djibouti_1236x698"},"mission":"• Feasibility study \u003cbr/\u003e • Coral transplantation : • Scientific monitoring \u003cbr/\u003e • Hyperbaric works","name":"Construction of the seawater desalination plant in Doraleh (Djibouti) : corals transpantation","publicationDate":"2021-07-20T13:22:09.635Z","skills":"Protection of natural environment / scientific diving","text":"In order to meet drinking water needs, The Republic of Djibouti, with the support of the European Union, is building a seawater desalination plant in Doraleh. The site, the technical choices of desalination processes and the maritime and land-based works have been defined.\nThe plant requires the construction of maritime works for the capture and discharge at sea, including :\n\u003cbr\u003e\u003cul\u003e\u003cli\u003eA seawater intake pipe fed through an intake tower;\n\u003c/li\u003e\u003cli\u003eA brine discharge pipe through a diffuser.\u003c/li\u003e\u003c/ul\u003eAn environmental impact study of the desalination plant was carried out in April 2012. This study revealed the presence of massive coral organisms on the pipe route in the central fringe of the submerged cliff.\u003cbr\u003eThe objective of the transplanting work was to preserve the benthic communities in the planned excavation area where the desalination plant pipes will be placed.\u003cbr\u003e","textTitle":"Transplantation work of coral colonies extracted from the planned reef excavation area","missions":[{"_id":"5f084025455fb417bb67cd4b","title":"Consulting \u0026 engineering"}],"subdomains":[],"domains":[{"_id":"608978ae09deeb4ff38d4bbc","title":"Industrial offshore projects"},{"_id":"608a608335e3062cd87f3f51","title":"Biodiversity and environmental protection"}],"contributors":[{"_id":"5eb2746176b8fc776002c3cc","name":"Créocéan"}],"location":{"city":"DJIBOUTI","zone":"Sub-Saharan Africa and Indian ocean","country":"DJIBOUTI","isInternational":true,"zoom":12,"geojson":{"type":"Feature","geometry":{"type":"Point","coordinates":[43.107045,11.604687]}}},"dates":{"end":"2019-12-16T23:00:00.000Z","start":"2019-10-08T22:00:00.000Z"},"partners":[],"keyFigures":[],"files":["60f6d29129b3f157f8365fa9"],"pictures":[],"favorite":false,"type":null,"isGroup":"not group","status":"published"},{"_id":"60f6dc07ee3dcf04b174e4e5","updatedAt":"2021-07-21T07:55:23.472Z","createdAt":"2021-07-20T14:21:59.220Z","lang":"en","company":"5eb2746176b8fc776002c3cc","user":"605c880b7f0cbe0f00575c90","__v":0,"card":{"_id":"60d5f4cda7236053bb8012fc","path":"upload/eeded155900e5cb307e86ea31ccb975b.jpeg","alt":"creocean projets etude faisabilite depollution baies lagunaires_692X692"},"client":"MINISTERE DE L'ENVIRONNEMENT ET DEVELOPPEMENT DURABLE - 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They have been operated by Total Exploration \u0026amp; Production Congo (TEPC) for nearly 20 years. The surface facilities consist of two operating platforms (NKF1 and NKF2), a production barge (NKP) and a storage unit (NKOSSA II). 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