... Abstract The 5 th phase of the Sureflex Joint Industry Project (JIP) provides the latest data-driven industry guidance relating to unbonded flexible pipe population and damage / failure statistics, integrity management guidance and good practice. To maximise knowledge and experience sharing...

... practice. A partial SCF approach is proposed to assess fatigue life of corroded mooring chains. The approach was developed and validated through Fatigue of Corroded Chains (FoCCs) Joint Industry Project (JIP). In addition to the FoCC JIP validation, this paper presents application of the proposed approach...

... Abstract DNV and 38 project partners have been working together in a Joint Industry Project (JIP) to identify, understand and tackle the challenges involved in taking the step from bottom-fixed to floating substations. A floating substation will be critical for many projects, to bring clean...

... Abstract Evaluation of corroded chain link for continued use or life extension is a challenging task for the industry. ABS, together with fifteen (15) participating organizations, initiated the Fatigue of Corroded Chains (FoCCs) Joint Industry Project (JIP) in 2016. The objective of the FoCCs...

... these efforts will be discussed and their positive impacts on HPHT materials qualification and testing will be summarized. qualification application standardization technology qualification hpht material steel knowledge hpht jip innovation upstream oil & gas offshore technology conference...

... Abstract This paper describes measures to reduce the cost and delay of large offshore projects by use of new standard specifications for bulk items developed through a Joint Industry Project (JIP) initiated in 2015. The JIP has established several new standards specifications for structure...

... Abstract An Arctic Mooring JIP was initiated by Kwan Engineering Services and Global Maritime in 2013 to address the issue of Arctic mooring design and operation practice, which was completed in 2016. There were 24 participants including operators, drilling contractors, regulators, designers...

... The objective of the Syrope JIP has been to improve the methods for safe and reliable design of fibre rope mooring systems. Normal, conservative, design practice for polyester rope mooring systems is to use an upper and a lower bound axial stiffness of the polyester. The use of a more advanced...

... additive manufacturing real time system application consideration certification guideline offshore industry guideline knowledge offshore technology conference translation adoption industry application powder certification jip OTC-27766-MS Industry Applications for Additive Manufacturing...

... embarked on a Joint Industry Project (JIP) called RiBFAT, standing for Risk Based Flow Assurance Toolkit. The main objective of this JIP is to develop quantitative risk profiles for FA solutions to the wide range of FA challenges. Phase 1 of the JIP produced a Proof of Concept for a risk based approach...

... Abstract This paper summarizes key areas of research and development undertaken by the SAFEBUCK Joint Industry Project (JIP), including the development of engineering models and the testing of pipe-soil interaction, fatigue and local buckling. The SAFEBUCK Joint Industry Project set out...

... Abstract Phase 1 of the Mooring Integrity JIP, as reported at OTC 2005 [2], highlighted a number of important mooring integrity challenges for the offshore industry. To address these challenges phase 2 was launched, which has attracted the support of 38 international participating...

... Abstract The Flexible Pipe Technology JIP (FPT JIP), being managed by MCS, is tasked with the first major revision of the API and ISO standards for unbonded flexible pipes since they were written in the mid-90's. The outcome of the JIP will be completely revised versions of API Spec 17J and RP...

... Abstract Described herein is a chronology for developing a deepwater pipeline repair system and cooperative ownership group for affecting emergency repairs of damaged pipelines. Using a Joint Industry Project (JIP) funding model, technology development started in 2004, and continued...

... Abstract This paper addresses the first phase (Phase 1) of a JIP formed for the development of emergency repair capability for pipelines and flowlines in water depths in the 1,000-10,000 ft range, in the US Gulf of Mexico. Stress Subsea (SSI) conducted a Failure Mode and Effects Analysis...

... by proactively managing the annular hydraulic pressure profile. candidate well evaluation otc 18375 gradient mpd technique rig mpd annular pressure drilling preparation pressure profile well construction reduction upstream oil & gas drilling operation jip mpd technology conjunction...

... Abstract The Structural Performance Joint Industry Project (JIP) was initiated to enhance the current understanding and decision making capability for future project teams or current integrity management groups working for operating companies and responsible for managing hull structural...

... leading to liner collapse. The use of vents onshore has proven, at best, partially successful in managing this failure mode. The Corrosion Resistant Liners (COREL) Joint Industry Project (JIP) has addressed methods for preventing annular gas induced collapse. Phase I of the JIP was devoted...

... with respect to the load differences, both short term and long term for the two designs. This difference is the driver for the FPSO Integrity Joint Industry Project. The JIP was established to obtain fatigue load information on an FPSO through full-scale measurements. The main goals were as following...

..., compliant tower, TLP, and SPAR. The first phase of a Joint Industry Project (JIP) focused on the evaluation of risks associated with the production operations from a GOM FPSO. The JIP objectives included demonstration of the acceptability of a FPSO in the GOM; identification of accidental events and FPSO...