Aberdeen’s Robert Gordon University (RGU) has in the present day (Monday, Dec. four) launched a state-of-the-art decommissioning simulator to service the rising sector.
The simulator and the related software program is a world-first and can be used to help decommissioning actions within the UK and different components of the world.
RGU, in collaboration with funding companions The Oil & Gas Technology Centre, KCA Deutag and Drilling Systems, with technical help from Baker Hughes, a GE Company (BHGE), has established the simulator to give attention to well-plugging and abandonment (P&A).
P&A is an space which is forecast to price the UK greater than £eight billion over the subsequent decade, with round 2,500 wells anticipated to be decommissioned throughout the UK, Danish, Dutch and Norwegian Continental Shelves.
The simulator can help each oil and fuel operators and repair firms with the planning and preparation for properly P&A, in an identical manner pilots get skilled and examined on flight simulators.
The simulator is a really distinctive functionality for RGU and for the trade and it has the potential to considerably improve the security, enhance the effectivity and cut back the fee related to decommissioning oil and fuel wells.
RGU’s partnership with The Oil & Gas Technology will even create new alternatives to develop and check applied sciences, accelerating new options in collaboration with the trade and know-how suppliers.
Professor Paul de Leeuw, director of RGU’s Oil and Gas Institute, believes the event of this distinctive decommissioning simulator may have quite a few advantages for the trade.
He mentioned: “By offering this facility at RGU to simulate properly decommissioning, we are going to in the end be capable to improve security and cut back the price of properly P&A.
“Operators and drilling contractors will be capable to use the simulator to develop the technical and non-technical abilities and capabilities of their rig crews for decommissioning wells, whereas enhancing workforce efficiency.
“This has been a collaborative method between RGU, The Oil & Gas Technology Centre, KCA Deutag, Drilling Systems and BHGE, all of whom now we have labored extraordinarily carefully, which has ensured the graceful supply of this actually revolutionary facility.”
Students will even profit from coaching and growth on the simulator.
Malcolm Banks, Well Construction Solution Centre supervisor on the Oil & Gas Technology Centre mentioned: “The Oil & Gas Technology Centre is delighted to be co-funding this thrilling new facility that may assist firms enhance planning for the decommissioning of wells and speed up applied sciences to drive effectivity and cut back prices on this rising space of the trade.
“The Centre is working in partnership with the trade and know-how suppliers to develop new options that may revolutionise properly development, improve automation, enhance integrity and remodel plugging and abandonment.
“With 12 well-related tasks and discipline trials ongoing, and lots of extra within the pipeline, state-of-the-art services like this decommissioning simulator, are important as we intention to unlock the complete potential of the North Sea and anchor our provide chain in North East Scotland.”
Rune Lorentzen, KCA Deutag president of offshore and RDS, mentioned: “As a world main drilling and engineering contractor we frequently attempt to reinforce the talents not solely of our personal personnel, however these working throughout the trade. We are subsequently delighted to be partnering with RGU as a centre of excellence to launch this revolutionary new coaching simulator.”
Clive Battisby, COO Drilling Systems, added: “Working as soon as once more with RGU, the brand new decommissioning simulator reveals how our shut collaborative partnership and experience actually works to create actually customized leading edge real-time coaching simulations and programs.
p.p1 margin: zero.0px zero.0px 20.0px zero.0px; line-height: 16.0px; font: 14.0px Helvetica; coloration: #323333; -webkit-text-stroke: #323333 p.p2 margin: zero.0px zero.0px zero.0px zero.0px; line-height: 16.0px; font: 14.0px Arial; coloration: #666666; -webkit-text-stroke: #323333 p.p3…