Three experts from global-leading energy services company, LR Senergy, have participated in the Society of Petroleum Engineers’ (SPE) Annual Technical Conference & Exhibition (ATCE) in Amsterdam this week (October 27-29) by presenting technical papers.
LR Senergy (Survey & GeoEngineering) has announced the latest release of its industry leading Iris offshore project and data management web application, incorporating significant advances in the management of subsea pipeline and asset inspection data.
A rapid growth in the number of offshore energy service companies establishing a base in the South West has seen the region emerge as a hub of technical excellence which is making a key contribution to the industry internationally.
An innovative survey of five crucial issues affecting the North Sea’s future is to be conducted during ONS by international engineering, technical and business services organisation Lloyd's Register (LR) Energy and global-leading energy services company, LR Senergy.
SGC Engineering has received a prestigious industry award in recognition of its exceptional application of geospatial technology. The company was honoured with a Special Achievement in GIS (SAG) Award at the Esri International User Conference (Esri UC) in San Diego, California.
Leading global energy services company LR Senergy has helped a major wind farm operator to recoup almost £1.5 million in miscalculated Distribution Use of System (DUoS) charges following an investigation into the charging methodology applied at two Scottish wind farms.
An innovative energy industry consortium set up to tackle the key challenge of enhancing oil recovery from reservoirs has started its mission by holding a kick off meeting to execute its plan of action.
Welcome to LR Senergy! We have entered a new chapter in our evolution. We have become LR Senergy and this is not only exciting for us, it is great news for you!
Iona Energy Inc. ("Iona" or the "Company") (TSX V: INA) is pleased to announce an operational update on its Trent & Tyne assets in the UK North Sea.
Improved use of the Ground Modelling approach could be significant contributor to the reduction of the costs of developing offshore windfarms.