... limitations of the systems which included: Heat Exchanger fouling and corrosion. Environmental impact of mixing water columns High parasitic loads of the pumps Finding alternatives to ammonia as a working fluid The low thermal efficiency due to the small temperature difference between...

... Abstract The trend towards a carbon free energy economy requires significant investment in technologies to efficiently produce, transport, store, and utilize hydrogen. Most hydrogen entering the market over the next 15-20 years will be natural gas derived blue hydrogen. Consequently...

... Abstract In 2009, the Vito field was discovered in more than 1,200 m of water approximately 240 km offshore from New Orleans, Louisiana in the Gulf of Mexico (GoM). The project produces from reservoirs nearly 9,100 m below sea level. This paper provides the efficiencies in constructing the Vito...

... of flaring and venting, mitigation of methane leaks, increasing efficiency in energy use, use of renewable energy, and electrification of processes, in combination with the use of digital tools, and advanced monitoring to optimize performance. In this work we focus on a comparison of different...

... natural gas (LNG) or low Sulphur diesel oil as fuel. The propulsion system of IB Polaris is based on Azipod® propulsion and it applies a novel three propulsion unit concept. Recently, ABB conducted a study to show how an Energy Storage System (ESS) could help improve the overall power efficiency...

... generation FPSO. Adopting larger and more efficient Gas Turbines, thus increasing topside power density, and reducing footprint, is one option that can already provide some economic as well as environmental benefits. Recently, electric motor driven compressors are also being increasingly selected...

... government well fluid offshore technology conference requirement upstream oil & gas north america government geothermal low temperature geothermal output power reservoir flowrate efficiency surface water Introduction Geothermal is a baseload, fully dispatchable power system, which...

... fugitive emission intensity level inherent uncertainty reduction category sustainability report united states government investment co 2 efficiency energy company facility level combustion efficiency Introduction Offshore oil and gas production is an important component of the global...

... zone-by-zone completion strategy bottom-up completion strategy ddp efficiency Introduction The frequency of wells based on their cost is a main differentiator between offshore and onshore field development. Offshore, wells are often longer, directional, and pairs of wells instead of five...

... Abstract This paper investigates how to efficiently and economically deliver offshore energy generated by offshore wind turbines to onshore. Both power cables and hydrogen energy facilities are analyzed. Each method is examined with the associated proposed optimal sizing model. A cost-benefit...

... Abstract The world global warming requires a strong transition commitment to a decarbonized energy system. This means more efficiency in power utilization, recycling and reuse of materials, increase of renewable power generation and development of technologies able to reduce the carbon...

... and validity of the piecewise linear constraints as assumed for the foundation. The FOM, being less computationally efficient, is suitable for strength evaluation and able to account for any non-linear structural behaviors. The results of boundary displacements from the global dynamic response analysis can...

... block and obstruct the PU pores, decreasing the oil sorption capacity. ( MARTINS 2021 ) Then, several approaches to improve PU efficiency and optimize oil removal were reported in the literature. One of these approaches is the addition of bio-waste or biomass residues as fillers, resulting in PU...

... asset co 2 utilization generator utilizing generation overcapacity efficiency production asset offshore technology conference lcoe infrastructure emission reduction mexico emission weam farm operation requirement Introduction The concept of using renewable energy sources...

... will, at some point, have to be plugged and abandoned (P&A), including wells being prepared for carbon capture, utilization, and storage (CCUS). The integrity of these permanent barriers in CCUS applications is extremely critical. Improving the reliability and efficiency in such P&A operations...

... felt the need to maintain extra capacity to guarantee uninterrupted production. This may seem understandable, but in reality, will only result in more significant costs and emissions further down the line. To achieve our efficiency goals, we need to change this mindset, but how can we adapt our culture...

... to mitigate fouling on production pipelines where a service network is not available. The efficiency of cleaning operations brings not only more stable production but also higher operational efficiency and reduction of emissions per barrel produced. The added challenge of the lack of service network...

... pivot to alternate forms of zero-emission fuel, the very nature of fossil fuel extraction, production, and transmission makes this transition particularly difficult and expensive. Small, immediate gains in efficiency with minimal investment can play a significant role in both smoothing the energy...

... Abstract The High-Performance DEH-PiP is a new technology for electrical heating of subsea tieback flowlines, able to be used for long distances thanks to an enhanced electrical efficiency. This paper describes the theoretical electrical model of this technology and its experimental...

... a TL based on specific conditions of the well, to identify not only the ILT from operational performance, but also identify imprecisions on the daily operation reports (DOR), the program and well design. ILT is the difference between the productive time and TL, this value allows to estimate efficiency...