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IMO DCS and EU MRV

01/01.1970

IMO Mechanism for ship fuel consumption data collection and EU Regulation on the monitoring, reporting and verification of carbon dioxide emissions from maritime transportBackground:Shipping is a huge and evolving source of greenhouse gas emission. Reducing or limiting greenhouse gas emissions from shipping will bring significant effects in controlling climate change. In most cases, shipping is more energy efficient than other modes of transportation. According to IMO statistics, if the greenhouse gas emission from shipping is not controlled, the ratio of the emissions to the total global emissions will rise from the current 3% to 5% in 2050, which does not match the global target of controlling global warming below 2 degrees Celsius by 2050. In 2011, IMO introduced the mandatory requirements of the Ship Energy Efficiency Design Index (EEDI) and Ship Energy Efficiency Management Plan (SEEMP), and planned to adopt the market mechanism method to effectively control the total greenhouse gas emissions from shipping in the next step, and to collect the annual CO2 emission data and related energy efficiency information of shipping companies and their ships to provide a basis for implementing the market mechanism of shipping greenhouse gas emission.EU shipping CO2 emissions monitoring, reporting and verification (MRV) regulation:The European Parliament and the Council adopted the Regulation No. 2015/757 on the monitoring, reporting and verification of shipping carbon dioxide emissions on April 29, 2015, requiring that ships to which the Regulation applies should prepare and implement a “Monitoring Plan” on CO2 emissions, and submit the annual CO2 “Emissions Report” to the EU and flag states after the end of each reporting year.1) Scope of application:● Applicable to ships above 5000 gross tonnage in respect of CO2 emissions released during their voyages from their last port of call (loading and unloading port) to a port of call under the jurisdiction of an EU Member State and from a port of call under the jurisdiction of a Member State to their next port of call, as well as within ports of call under the jurisdiction of a Member State.● Not applicable to warships, naval auxiliary vessels, fishing vessels or fish-factory vessels, simple wooden vessels, non-power-driven vessels, and non-commercial government vessels.2) What shall companies do?● By August 31, 2017, companies shall submit to the verifier approved by EU a “Monitoring Plan” for each of their ships, which is applicable to the EU MRV Regulation.● On January 1, 2018, companies shall begin to implement the “Monitoring Plan”, which has been verified as satisfactory by a verifier.● From 2019, by April 30 of each year, companies shall submit to the EU and the authorities of the flag states concerned an “Emissions Report”, which has been verified as satisfactory by a verifier.● From 2019, by June 30 of each year, ships arriving at, within or departing from a port under the jurisdiction of a Member State, and which have carried out voyages during the reporting period, shall carry on board a Document of Compliance of the annual emissions report issued by the verifier.Amendment to MARPOL Annex VI (MEPC.278(70)):The Maritime Environment Protection Committee of the International Maritime Organization (MEPC) adopted the Amendment to MARPOL Annex VI in October 2016, and established a fuel consumption data collection mechanism, requiring that ships to which the convention applies should prepare and implement the “Ship Fuel Consumption Data Collection System (DCS)” (as Part II of SEEMP), and submit the ship’s annual fuel consumption report to the flag state or its authorized organization after the end of each reporting year.1) Scope of application:Applicable to ships of 5000 gross tonnage or above engaged in international voyages in respect of fuel consumed in the reporting year during their voyages.2) What shall companies do?● By December 31, 2018, companies shall submit the “Fuel Consumption Collection Plan” of each ship to which the Amendment to MARPOL Annex VI applies to, and obtain approval of the flag state or its authorized organization.● On January 1, 2019, companies shall begin to implement the “Fuel Consumption Collection Plan”, which has been approved by the flag state or its authorized organization.● From 2020, by March 31 of each year, companies shall submit the annual fuel consumption report of the ship to the flag state or its authorized organization for verification.● From 2020, by June 1 of each year, applicable ships shall carry on board a Document of Compliance of annual fuel consumption report issued by the flag state or its authorized organization.Our services:1) Plan approval and report verificationChina Classification Society (CCS) is ACCREDIA certified and has obtained the EU MRV verification qualification, providing “Monitoring Plan” and “Emissions Report” verification services for ships to which the Regulation applies.As an organization authorized by the flag state, CCS provides the approval service of the “Ship Fuel Consumption Data Collection Plan” and the verification service of the “Ship Fuel Consumption Report” for ships to which the Amendment to MARPOL Annex VI applies.2) “Guidelines for the Implementation of Ship CO2 Emission Monitoring, Reporting and Verification”The Guidelines give guidance to shipowners or companies to compile and implement the ship CO2 emission monitoring and fuel consumption data collection plans in accordance with the requirements of EU MRV Regulation and Amendment to MARPOL Convention Annex VI, and collect annual CO2 emission report and fuel consumption report, and also provide guidance for plan approval and report verification;3) CCS MRV system: CCS provides customers with general management tools for ship CO2 emission monitoring, assessment and reporting to improve data quality and management efficiency.● Ship energy efficiency data collection and monitoring (ship-side)Collect voyage data of a single ship, evaluate data quality, make statistics and submit voyage and annual reports.● Ship energy efficiency data management system (network-side)Collection and management of company fleet voyage data.Compare with theoretical data, historical data, and data of ships of the same type to evaluate data quality.Comparative assessment of internal and external energy efficiency levels of the company.Statistics and submission of the “Emissions Report”.4) External trainingIn response to the needs of shipping companies, CCS conducts external training on the “Implementation and Response of Ship CO2 Emission Monitoring, Reporting and Verification” to enable relevant personnel to understand the requirements of regulations and conventions, so as to ensure the effective implementation of the “Monitoring Plan” and the correct collection of emission report data.Impartiality and independence:To ensure the impartiality and independence related to verification activities carried out by CCS comply with the requirements of regulation and standard, the below MRV application will be rejected by CCS: (1) The confirmation or verification application from the applicant that CCS has provided the technical services to, and(2) CCS has the relationship with those who provided technical services to the responsible party that support the poses an unacceptable risk to impartiality. To ensure the impartiality and independence of MRV verification relevant staff, CCS will ensure: 1) shall not use the personnel with actual or potential conflict of interest to carry out MRV verification activities; 2) the personnel who carried out assessment of monitoring plan, shall not verify the emission report for the same vessel; 3) shall not use the personnel who provide the technical service to the company to carry out the verification activities; All the verification activities carried out by CCS will be done independently. In order to assist company to understand the convention, regulation and related guidelines, CCS will carry out training about those public information, but that does not mean the companies that are trained would be simpler, easier, faster, or less expensive when apply CCS verificationRelevant documents and software1. Application for the verification of IMO DCS or EU MRV2. CCS Green and Ecological Ship Management System3. The Notice of IMO DCS and EU MRV verification4. Ship Energy Efficiency Data Collecting and Monitoring System5. Guideline for the Monitoring, Reporting and Verification of CO2 Emissions, 2018For more details, please contact us:Contact: Liu YangTel.: 0086-10-58112473 E-mail: liuyang@ccs.org.cn
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Ship Energy Efficiency Data Collection Software

01/01.1970

To meet the requirements of MARPOL Annex VI on the ship fuel consumption data collection and EU Regulation on the monitoring, reporting and verification of carbon dioxide emissions from maritime transport, CCS has developed a software of ship energy efficiency collecting and monitoring. The software collects energy efficiency-related data such as the arrival and departure port name, arrival and departure time, fuel consumption and bunkering quantity, distance travelled and cargo carried, could be used for the monitoring, conducting statistics and analysis of the energy efficiency-related basic data, generating emissions report based on different standards(IMO and EU). The software can be installed on a ship and used independently or be used cooperatively with the “CCS Ship Energy Efficiency Management System” or enterprise systems. The software can provide reliable data source for a third party inspection agency to perform data verification and provide convenient and diversified services for shipping company in regard to the statistics, monitoring and reporting management of ship energy efficiency-related data. CCS provides the free software to our clients, which is easy to install and use. The software development takes into account the current IT configuration of the enterprises, in order to decrease the cost of the installation, operation and maintenance. With Chinese and English versions, the software can meet the requirements of IMO and EU on the monitoring, reporting of ship energy efficiency data, minimize the relevant costs of shipping enterprises, and help them to collect and report energy efficiency data and verify the carbon emission. Download: Installation package and User Manual (2021-11-22)                   Upgrade patch(2022-03-11)                  IMO DCS_EU MRV Data Collection System Guidance(2022-03-20)  (The default user name and password is 'admin/admin') Contacts: Mr. Liu yangTelephone: +86 010 58112473Email: liuyang@ccs.org.cn
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Full life cycle service of mobile units

11/13.2020

In recent years, with the development of the offshore resource development business, the application of offshore installations keeps expanding from traditional offshore oil and gas development and processing to emerging offshore construction, offshore wind power, fish farming and tourism, and the number of offshore installations is also increasing. Due to the harsh marine environmental conditions and difficult operations of offshore installations, it is difficult to avoid some safety issues. If not handled properly, this will bring huge economic losses and even threaten the safety of life at sea and the marine environment.The China Classification Society (CCS) has established a finite element model of a platform structure based on the special structure design mode and equipment form of the mobile platform, providing its clients with services throughout the full life cycle of the mobile platform, thereby protecting the mobile platform.In order to provide more efficient and convenient services, CCS has developed a full life cycle management system (MSER) for offshore mobile platforms based on a structural model database. This system provides services for well location operational capability analysis, emergency response, and on-site survey of mobile platforms to ensure the structural safety of offshore mobile platforms. Based on the established finite element model database, combined with the original design drawing data and dynamic data input (such as transformation, thickness measurement, etc.) in the life cycle, the finite element calculation and theoretical analyses are used to give a structural safety evaluation conclusion, providing guidance for on-site survey by inspection agencies and the daily maintenance of the platform. In addition, there is technical support for the ship owner to make a rapid decision when the platform changes environmental conditions in which it is operating and requires the analysis of well location operation capability and when an accident occurs and emergency response is required the following services are available:Service functions1) Evaluation of the structure’s technical condition throughout its life cycleRecognize the structural safety analysis, tracking, monitoring and management throughout the life cycle of the mobile platform from design, construction, survey and transformation to daily operation.2) Analysis of well location operational capabilityAble to analyze and judge the well location operational capability of the mobile platform as to whether it can adapt to the new environmental conditions and help the platform manager make quick decisions.3) Emergency response supportAble to quickly evaluate the structural safety of the mobile platform in response to emergencies (such as leg puncture, platform towing collision, etc.), and provide emergency response measures, thereby playing an important role in reducing accident losses and ensuring structural safety.4) Provide strong technical support for maintenance, service, repair, transformation and surveyAble to comprehensively reflect the actual status of the platform structure, find the existing structural safety hazards, and put forward reasonable suggestions and on-site key survey suggestions to provide technical support for the repair, maintenance and service of the platform and the on-site survey of the surveyor, in a timely fashion.5) Security management of aging mobile platformThrough continuous tracking and periodic structural safety evaluation of the aging mobile platform, technical support is provided for the regular maintenance and service of the aging platform, to reduce its operational risk. System featuresRealize the perfect seamless connection between condition data and finite element model, and establish a continuous, dynamic and fast structural evaluation system throughout the life cycle.1) Fast response capability for finite element calculationThe seamless connection between the thickness measurement data and the finite element calculation model of the platform is realized, so that the platform has the fast response capability to finite element calculations, the conclusions and suggestions from the analysis of calculations can then be quickly returned to the platform during the docking repair period to guide repair or transformation construction.2) Accurate and efficient thickness measurementA systematic platform for thickness measurement is provided. Based on the last evaluation results and site conditions, the thickness measurement range can be determined, and the diagrams for thickness measurements are printed. A standardized thickness measurement report will be automatically generated based on the entered thickness measurement data, thereby realizing standardized, normalized and efficient thickness measurements.3) Full life cycle management of structural safety of a mobile platformConduct centralized management of the platform data such as the original platform design, previous reconstruction/repair drawings and data, previous survey and testing data, finite element models, previous calculation and analysis data etc. Based on these complete technical data, the evaluation of structural and technical status of the system, pre-evaluation before platform operations, emergency response, evaluation and management of the aging platform, and other functions, realize the structural management of the mobile platform throughout its life cycle.3. AchievementsThe MSER system has been successfully applied in the well location operational capability analysis and emergency response analysis of more than one hundred mobile platforms, and the structural safety assessment and analysis of aging platforms of China Oilfield Services Limited (COSL), CNPC Offshore Engineering Company Limited (CPOE), and Shengli Oilfield Offshore Drilling Company, which has produced huge economic and social benefits.The MSER system has created a new mode of structural safety management of offshore mobile platforms and will surely promote the safe operation and scientific management of offshore mobile platforms in China. For more details, please contact us:Tel: 0086-22-62022888-1213,0086-10-58113424 E-mail: ot@ccs.org.cn
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