Changes are happening all across the energy world on a constantly growing scale. As mature fields start dominating in the oil and gas industry, its attention shifts firmly towards unconventional deposits such as shale gas, tight oil, and coalbed methane. But the challenges that accompany the complex process of drilling horizontally and fracturing multiple times…
Within the offshore oil and gas industry, wireline logging in deepwater is the most complex challenge. While onshore activities require depths of 500 to 1,000 feet, deepwater wirelogging operates at depths over 1,000 meters with respect to hydrostatics and total vertical depth, which pose threats to cable mechanics. The average rental rate per hour for a deepwater drillship…
Offshore oil and gas exploration now requires drillships because current drilling techniques need to operate in deeper and more extreme ocean conditions. Drillships serve as the indispensable solution for ultra-deepwater exploration because they combine mobility and flexibility with their advanced drilling abilities which they possess. The recent technological advancements have brought significant transformation to designs and performance capabilities of drillships through its…
Offshore drilling rigs are one of the most intricate and complicated assets in the energy industry. They deliver top performance in the harshest marine environments, and rigorously follow strict safety policies that respond to changes in safety, regulatory and operational guidelines. As fleets age and exploration of the deeper oceans and more challenging environments expands, the imperative…
Wide range of threats, including metal fatigue, corrosion, external disruptions, and earthquakes. In the midstream industry, the period between the discovery of the issue and its solution, known as the “Golden Hour,” distinguishes whether the issue will be a minor engineering problem or evolve into an ecological and financial disaster. Although all organizations have an…
Offshore drilling represents the most complicated and dangerous operations which exist within the energy sector. Crews need to control advanced equipment while working under difficult maritime conditions and they must handle both technical issues and environmental emergencies without delay. The organization requires workforce training because accidents lead to expensive shutdowns, environmental disasters and workplace accidents….
Within the present-day scenario of the petroleum industry, there is very little room left for error in subsea applications. With the exploration of ultra-deep water and HPHT wells, the complications involved in subterranean formations have advanced beyond the scope of conventional training methodologies. It is, therefore, essential for modern companies to choose a training simulator…
Unconventional reservoirs need advanced stimulation and completion methods because their low permeability makes it difficult to reach profitable oil and gas extraction. The process of well completion in unconventional reservoirs serves as an essential engineering step which controls both the long-term output of wells and the overall success of the project. Understanding the Nature of Unconventional…
In the global oil and gas industry, from upstream drilling to downstream refining, the complexity of mechanical equipment and the variability of processing materials require professionals not only to “understand the situation”, but also to “have instinctive reactions”. Traditional training methods – lectures, manuals, and sporadic on-site inspections – are increasingly unable to meet the…
The Floating Storage and Offloading (FSO) units function as essential equipment, which enables oil and gas companies to store and unload hydrocarbons at sea. The units prove essential for offshore operations because they enable remote teams to perform work when building onshore facilities becomes too costly or unfeasible or environmentally protected areas make construction impossible. The…