Offshore hookup and commissioning

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The participants will be better prepared to function in the design engineering, fabrication and construction department, offshore installation, hook-up, commissioning and start-up of offshore projects. Topsides modules are comprised of many vendor packages. Find out more about our.

Such roles include field and discipline engineers, project engineer, cost estimating engineers, construction and fabrication engineers, contract admin executives, CSR, construction supervisors and engineers. The availability of beds offshore strictly limits the size of workforce which can be employed on hook-up work and, therefore, imposes a solo constraint on the schedule. We deliver a full work scope capability across major HUC platforms supported by a matured and well-rounded organisation with complete support departments such as Procurement, Logistics, Health, Safety and Environment, Quality Assurance and Quality Control and Human Resource and Manpower. A 36-inch Export Trunkline 914mm Offshore hookup and commissioning is to be servile to transport the gas from the platform to an LNG plant onshore at Dampier. Hook-up Engineering Our experienced engineers assure cost effective, high quality solutions for customers worldwide. It also involves tie-ins to existing facilities for which disruption to ongoing production cannot be avoided and eventually may social to shut-down of the existing facility for a certain period of time. Each participant will receive a set of course materials. The participants will be better prepared to function in the design engineering, fabrication and construction department, offshore installation, hook-up, commissioning and start-up of offshore projects.

Specialised Process Engineering Design. Hook-up and commissioning begins immediately the facilities modules have been installed on the support structure, and ends when the working platform is transferred from the project team to the operating team.

jQuery UniSlider - Clough uses advanced technology and nine decades of engineering and construction expertise to deliver a full. Commissioning of Offshore Installations.

The full spectrum of engineering services Clough uses advanced technology and nine decades of engineering and construction expertise to deliver a full suite of engineering services across the entire asset lifecycle, from concept and feasibility studies through to design, delivery, and long term production operations and optimisation. Our engineers design with a construction mindset to maximise safety, cost, quality and productivity outcomes during the construction and operations phases of a project. Engineering services are incorporated into three delivery solutions: Consulting Services cover all asset planning, optimisation and sustainability solutions including concept, feasibility and select studies, basis of design, safety in design, geospatial services, process and plant optimisation and debottlenecking. Multidiscipline engineering supports asset definition and execution planning requirements and includes FEED and detailed design services across process, mechanical, piping, pipeline instrumentation, electrical, civil and structural engineering disciplines. Our engineering delivery model is underpinned by extensive Australian engineering resources and a global network of high value engineering centres. Capabilities include: Concept Evaluation. Moutaz Alchalabi Rebel LeBoeuf Chris Sherertz KBR. The weight of an offshore platform's topsides affects the overall economics of the project. BORNEO OFFSHORE SERVICES M SDN. This is a matter that hits us in the construction industry relative to petro chem. I would like to start this thread to benefit the young up and coming planners of a. Norsok standard common requirements mechanical completion and commissioning z-cr-007 rev. Front End Engineering Design. Specialised Process Engineering Design. Engineering, Procurement, Construction and Project Management EPCM Project Management Consultant and Services Process Optimisation and Debottlenecking. We provide total solution from FEED to Installation and Commissioning for Offshore Structures like. Engineering The full spectrum of engineering services. Clough uses advanced technology and nine decades of engineering and construction expertise to deliver a full. CONTACT ACN Offshore North Quay Commercial Road Lowestoft Suffolk NR32 2TE t: 0800 0116966 Contact ACN Offshore. Clough offers multi- disciplined engineering design services for a wide range projects. Over time we have grown and shaped engineering technology and today are widely recognised as a market leader in the digital engineering space. Plant Enterprise suite while our systems, procedures and workflows enable effective and efficient project management, cost control and concurrent, multi- discipline design. D modelling and intelligent design systems Smart 3. D , we maximise the benefits of data integration throughout the engineering, fabrication and construction phases of our projects. Commissioning of Offshore Installations. Slideshare uses cookies to improve functionality and performance, and to provide you with relevant advertising. If you continue browsing the site, you agree to the use of cookies on this website. See our User Agreement and Privacy Policy. Slideshare uses cookies to improve functionality and performance, and to provide you with relevant advertising. If you continue browsing the site, you agree to the use of cookies on this website. See our Privacy Policy and User Agreement for details. Light- weight topsides for heavy- weight projects. KBRThe weight of an offshore platform's topsides affects the overall economics of the project. Designing and fabricating topsides that minimize the number of modules required — thus reducing weight — is proven to minimize costly offshore hookup and commissioning of a new installation. Accurate prediction and management of the topsides' weight and center of gravity during the early phases of design leads to the successful completion and delivery of light- weight topsides for heavy- weight projects. Project life- cycle analysis. KBR has established a work process and weight management system to deliver light- weight topsides, which can eliminate schedule delays and cost increases. The weight management process starts during the early stages of the project life- cycle. In the early conceptual phase, the design is not fixed so various options can be evaluated quickly. As the project progresses, the ability to influence weight starts to diminish and the cost of reducing weight starts to increase. One key component in the execution of offshore technology is the ability to provide accurate weight prediction in a short period of time. This is done using historical data and a 3. D model, which is ideal for screening design options. The historical data includes weights and dimensions of topsides components. If a proper topsides weight and center of gravity estimate has not been done in the front- end engineering and design FEED , the risks of schedule delays and cost escalation during detailed design increase. By using the 3. D model, piping, and structural weight reports can be generated along with an equipment list. Furthermore, a well- defined scope improves the definition of the equipment count, and therefore the weight, particularly in areas where design for future growth and decommissioning are involved. A poor scope definition often leads to ambiguity and increased estimating uncertainty. One important aspect of weight management is use of reliable historical benchmark data. This information can be used in early project phases to ensure that the proposed design is within the historical range. Integrated approach in weight management. Once the FEED phase is completed and the overall scope of the project is defined, a project will move forward to Detailed Engineering and the Procurement and Construction EPC phase. It is well known that structural, equipment, and piping are the main components of the total dry weight of a topsides facility. Emphasis is often placed on minimizing the structural weight. However, a proper weight management starts with the driver of the facility's physical layout — equipment. D design models for topsides equipment. Left: a module from an FPSO. Right: multiple modules on a compliant tower. From the big picture perspective, once the process design is determined, the topsides weight is affected most directly by the equipment number and sizes, layout, piping, structural, and riser and other topsides loads. Layout improvement is a centerpiece of weight management. Equipment optimization is another important aspect to minimize offshore weight. Topsides modules are comprised of many vendor packages.