SGS was awarded a contract to provide risk analysis and reliability study services for the interconnection of emergency systems of satellite and production platforms operated by Pemex Offshore Production and Exploration in Mexico.
SGS was awarded a contract, scheduled from January to May 2014, to provide risk analysis and reliability study services for the interconnection of the well emergency valves and pipelines emergency shutdown (ESD) systems at two satellite production platforms on December 27, 2013 by Pemex Offshore Production and Exploration. Over the years, SGS has been offering various services to the Pemex offshore industry, ranging from detailed risk analysis, technical expertise, as-built studies, project management for investment projects, technical administrative audits to technical assistance during shutdowns, environmental and safety audits, jack-up and structural inspections. Pemex Mexico's state oil company, Pemex, is engaged in the exploration, production, transportation, refining, storage and sale of hydrocarbons and derivatives. Its products include petrochemicals, natural gas, liquid gas, sulphur, gasoline, kerosene and diesel. Pemex operates 344 production fields, 6,382 production wells, 225 off-shore platforms, 6 refineries, 8 petrochemical complexes, 7,896 km of gas pipeline, 4,548 km of oil pipeline, and 19 LPG distribution terminals.   The Offshore Project in Mexico Representatives of Pemex met with SGS project leaders to discuss an insurance company request that the emergency shutdown (ESD) systems of all wells operated in the RMSO region need to be directly connected to the emergency shutdown valves of the production platforms in accordance with the recommended practice API 14C. SGS was requested by Pemex top management of this region to prepare a detailed risk analysis in order to review the operability and reliability of the proposed interconnection system, comparing it with the existing system. Throughout the project, SGS will conduct a HazOp study to define any operational risks with the determination of risk scenarios, in which the relevant valves would be or not be activated, and prepare a comprehensive analysis of the consequences of those scenarios using the Phast software. Further reliability studies will be carried out on the interconnected systems using the fault tree analysis methodology. Based upon this analysis, SGS experts will determine whether valves should be connected or not, and if so, operational procedures establishing closure times, activation conditions and other provisions will be developed. On-site SGS personnel will include 7 experts, experienced in quantitative risk analysis, accident consequence analysis, hazard and operability (HazOp) studies, and functional safety (http://www.sgs.com/en/Industrial-Manufacturing/Services-Related-to-Projects/Functional-Safety.aspx). These specialists will begin by reviewing 2 satellite platforms to assess actual operational and emergency conditions and procedures, conduct physical inspection of installations and verify that DTI plans received are up to date. SGS will provide a HazOp coordinator and administrative support to prepare reports on HazOp sessions. Other members working within the multidisciplinary HazOp group include Pemex engineers specializing in instrumentation and control, process engineering for the selected satellite platforms, electrical engineering and HSE as well as an engineer responsible for the execution of this project. Secondly, identified risks will be classified according to the risk matrix of the Pemex procedure and subsequently-developed risk scenarios will be analyzed with the Phast software. Consequence analysis based on considered risk scenarios will be performed using Phast software and the potential impacts of these consequences will be measured and evaluated. Finally, SGS will conduct reliability calculation with the help of ExSilentia software in order to evaluate the failure probability and system operation ability. Proposal regarding the system interconnection architecture and elaboration on the cause and effect matrix will be provided. These important SGS services will reduce risk, improve safety and protect investments relevant to the Mexican offshore production platforms.   SGS Risk Assessment and Management Effective risk management is vital during every phase of every project to ensure success. SGS offers a comprehensive range of risk management and assessment services (http://www.sgs.com/en/Oil-Gas/Quality-Health-Safety-and-Environment/Risk-Assessment-and-Management.aspx) which take a structured approach to managing risk at every project stage. From initial construction to on-going operation and maintenance of assets, SGS identifies, assesses and manages risks associated with the cost, performance, safety and scheduling of each individual project. SGS guarantees its services exceed national compliance standards of countries in which projects are executed or assets are operated. SGS is proud to be a part of this prestigious and important project ensuring the safe and reliable operation of these offshore platforms and protecting the environment and the citizens of Mexico. For further information, please contact: SGS Industrial Services Johan Vermeulen Industrial Manager SGS de Mexico SA de CV Paseo de la Reforma 560, Col. Lomas de Chapultepec CP 11000 Mexico City, Mexico t: +52 55 5387 2117 f: +52 55 5387 2170 E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. www.sgs.com/oil-gas SGS is the world’s leading inspection, verification, testing and certification company. SGS is recognized as the global benchmark for quality and integrity. With more than 80,000 employees, SGS operates a network of over 1,650 offices and laboratories around the world.

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