Ocean Robotics Planet Articles

Articles for Tag or Tags: Jip

Number of matching Articles: 4

Trust ´s Floating Wind Technology Acceleration Competition

16.03.2020
Fugro, in a consortium with AS Mosley and the PeriDynamics Research Centre at University of Strathclyde, has been announced as one of eight winners of the Carbon Trust’s Floating Wind Technology Acceleration Competition.

ITF steps up action to solve costly pipe-walking problems

31.01.2017
The Industry Technology Facilitator (ITF) is welcoming additional participants to a new joint industry project (JIP) to develop pipeline anchoring and monitoring systems which could mitigate the risk of pipeline walking and cut pipeline anchor installation costs in half. The Anchoring Pipeline Technology (APT) JIP will bring together major global operators and pipeline installation companies to collaborate with ITF and Crondall Energy, an independent oil and gas consultancy, to investigate alternative and less costly solutions and create a roadmap on how to manage and mitigate the pipe-walking challenge.

ITF-facilitated JIP enters trial phase to provide clearer understanding of subsea faults

21.04.2016
A joint industry project established through The Industry Technology Facilitator (ITF) has entered a trial phase with the support of oil and gas operators. A new technology system designed to address a common problem in the subsea industry is undergoing a shallow water trial at Portishead Quays marina. The system will help to identify the location of electrical faults on subsea installations and will enable field operators to better plan for repair or replacement of failed components which could save the industry millions of pounds in halted production. The system, known as V-IR, has been developed by Viper Subsea with the support of Total, BP, Shell, and Chevron.

Xodus enters Phase 2 of pioneering research into multiphase flow

28.09.2015
International energy consultancy Xodus Group and Dutch innovation company TNO have completed the first phase of a pioneering joint industry project (JIP) into the dynamic forces which affect the integrity of piping systems, in particular through multiphase flow. The second phase of the project, which is expected to be run across three stages, is now open for new participants to join.

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