... Abstract The "Design One, Build Many" concept in Engineering, Procurement, and Construction (EPC) refers to a strategy that involves designing a standard set of components that can be replicated in multiple projects. This approach allows for cost savings and improved efficiency by minimising...

... Abstract Our objective is to streamline the identification and evaluation of potential workover candidates in ADNOC's dynamic drilling and workover schedule. We address challenges related to timing issues in email communications and the need for efficient decision-making amidst many rigs. Our...

..., test procedures employed, and unique problems addressed by the EDS in optimizing drilling efficiencies and advancing industry practices in unconventional drilling environments. Design Features and Benefits The EDS has been engineered to overcome the shortcomings associated with traditional...

... the development of remote operational capabilities, which enables greater oversight and control over drilling activities from centralized locations. This evolution reflects a broader shift towards more sustainable, efficient, and technologically advanced drilling operations and paves the way for future...

... fuel system natural ga engine efficiency oem calculation tier 2 social responsibility fuel consumption modification consumption operation baseline reduction Introduction The vast majority (>99%) of emissions generated by a rig contractor are from rig operations, regardless...

... Current well designs that aim to efficiently drill long heterogeneous wellbore sections in a single run make cutter wear mitigation and overall performance increasingly important. However, in these harsh conditions, the durability of PDC bits and their high rate of penetration (ROP) in many...

..., condensate, and water in real-time. However, these methods often involve high installation and maintenance costs, potential disruptions during installation, and the challenge of maintaining accuracy over time due to wear and environmental factors. As the industry shifts towards smarter, more efficient...

... wormhole development, allowing meticulous control over the volume of acid deployed, thereby elevating matrix acidizing procedures’ efficiency and gas production gains. The approach activated the well, increasing flow rates to 25 MMSCF/D as confirmed by well testing. A gelled fluid system was implemented...

... for effective hydraulic fracturing. The accuracy of these operations directly impacts the efficiency and success of the fracturing process. Finally, the actual deployment of frac plugs in long horizontal laterals requires careful coordination and execution. Each of these steps adds layers of complexity...

..., the limitations of cast iron, especially in horizontal wells and as plug remains accumulated, highlighted the need for technological improvements. Composite Age (1990s–2010): By the 1990s, the limitations of cast iron plugs spurred the search for more efficient solutions. The industry introduced composite...

... driven decision taking to implement preventive measures that avoided non-productive time (NPT), resulting in a more efficient well construction process. A cloud platform integrating real time software and data from offset wells was also implemented, providing advanced analytics to benchmark against...

...Introduction Technical Assessment Synthetic heat Storage Figure 5 shows the phases of synthetic heat storage technology, identified to assist in estimating the system's total efficiency. Three paths for electricity were identified: (1) electricity from standalone solar thermal plant...

... of renewable energy systems. The study further shows that the effectiveness of the UHT-UTES system depends on site-specific parameters, such as Direct Normal Irradiance (DNI) and subsurface temperatures. geology brayton cycle power generation geothermal battery efficiency csp receiver geologist...

.... With the potential to automate up to 300 million full-time jobs globally, AI's impact on route optimization, predictive maintenance, and decision support systems is significant. The research underscores AI's role in enhancing fuel efficiency and operational effectiveness, setting the stage for a new era in maritime...

..., with a wind speed index of 1.16 in 2015, compared to 0.86 in 2010. This graph is important for understanding how wind speed changes over time and for planning wind power generation capacity over time to determine the feasibility and efficiency of wind power projects. Wave and Tidal Energy Hydrodynamic...

... hazards to an acceptable level, allowing for the safe acquisition of necessary data while minimizing risk to personnel and the environment. A new concept for surface well testing has been introduced, which has significantly improved the efficiency of unlocking reserves from sour reservoirs...

... of the process streams and potential issues and to allow for efficient CO 2 capture and storage. The relevant CO 2 properties are summarized in Table 1 for consideration. The main source of CO 2 that requires urgent attention can be categorized as anthropogenic CO 2 , which can be defined as CO 2...

... drilling operation acid directional drilling perforation efficiency fr concentration geology completion installation and operations application example reduction stimulation treatment well-2-1 net pressure elimination isip stimulation design geologist hydraulic fracturing...

... efficiency radiation tilt angle efficiency module flux density Introduction The solar photovoltaic (PV) is considered to be the one of the most promising energy source in many applications, due to its safety and high reliability. But the initial high cost of the PV arrays and the large area...

.... This prolonged injection facilitated a comprehensive examination of CO 2 impact on a microporous, oil-bearing formation. Understanding efficiency of the overall system was also crucial, especially in relation to transportation, transferring, cool-down, priming, and pressure management. The implementation...