Deep-water safety training goes virtual
How a visit to a shopping centre led to the use of virtual reality in safety training for a new oil production project in Malaysia.
Read the latest news, speeches and featured content about Shell and deep water.
How a visit to a shopping centre led to the use of virtual reality in safety training for a new oil production project in Malaysia.
A new mooring line in the Gulf of Mexico could further scientific knowledge of the world's interconnected ocean systems.
CT scanning has already revolutionised medicine, now it is driving innovation deep beneath the waves.
Two platforms standing firm in an earthquake zone provide natural gas for up to 20% of the Philippines’ electricity needs.
The latest manufacturing technology could change how virtually everything is made, one layer at a time.
Rare sightings of calf sperm whales add to scientific knowledge about life off the coast of Colombia.
An innovative project in deep waters demonstrates how older gas fields can continue providing energy to power homes and businesses.
Shell's latest deep-water project off Malaysia strengthens the country's expertise in unlocking energy from beneath the ocean's depths.
Upstream Technology magazine talks to Shell about the latest development phase of the Malampaya gas-to-power project in the Philippines, and its technical and logistical challenges.
Dec 14, 2016
Shell has started oil production from the Malikai Tension-Leg Platform (TLP), located 100-kilometres off the coast of the Malaysian state of Sabah.
Sep 6, 2016
Shell announces today that production has started from the Stones development in the Gulf of Mexico. Stones is expected to produce around 50,000 barrels of oil equivalent per day (boe/d) when fully ramped up at the end of 2017.
Jul 28, 2016
Shell today announced a new exploration discovery in the deep water U.S. Gulf of Mexico. The initial estimated recoverable resources for the Fort Sumter well are more than 125 million barrels of oil equivalent (boe). Further appraisal drilling and planned wells in adjacent structures could considerably increase recoverable potential in the vicinity of the Fort Sumter well.
Mar 14, 2016
Shell and its joint venture announce the start of oil production from the third phase of the deep-water Parque das Conchas (BC-10) development in Brazil's Campos Basin. Production for this final phase of the project is expected to add up to 20,000 barrels of oil equivalent per day (boe/d) at peak production, from fields that have already produced more than 100 million barrels since 2009.
Oct 5, 2015
Shell Nigeria Exploration and Production Company Ltd (SNEPCo) has announced the start-up of production from the Bonga Phase 3 project.
Jul 1, 2015
Royal Dutch Shell plc (Shell) today announces the final investment decision (FID) to advance the Appomattox deep-water development in the Gulf of Mexico. This decision authorises the construction and installation of Shell’s eighth and largest floating platform in the Gulf of Mexico. The Appomattox development will initially produce from the Appomattox and Vicksburg fields, with average peak production estimated to reach approximately 175,000 barrels of oil equivalent (boe) per day. The platform and the Appomattox and Vicksburg fields will be owned by Shell (79%) and Nexen Petroleum Offshore U.S.A. Inc. (21%), a wholly-owned subsidiary of CNOOC Limited.
Oct 8, 2014
Shell has started oil production from the Gumusut-Kakap floating platform off the coast of Malaysia, the latest in a series of Shell deep-water projects.
Sep 8, 2014
Production is now underway from the Cardamom development, the second major deep-water facility Shell has brought online in the U.S. Gulf of Mexico this year, following the start-up of Mars B in February.
Feb 4, 2014
Shell today announces it has begun production from the Mars B development through Olympus – the company’s seventh, and largest, floating deep-water platform in the Gulf of Mexico. It is the first deep-water project in the Gulf to expand an existing oil and gas field with significant new infrastructure, which should extend the life of the greater Mars basin to 2050 or beyond. Combined future production from Olympus and the original Mars platform is expected to deliver an estimated resource base of 1 billion barrels of oil equivalent (boe).
We are helping to meet the world’s growing need for energy with oil and natural gas found kilometres below the ocean’s surface.
We have a long history of innovating to unlock energy safely and efficiently from ever-deeper beneath the sea.