... sustainability energy consumption atmospheric pressure resource recovery input material drilling fluids and materials vacuum distillation circular economy natural gas petroleum engineer sustainable development contaminated soil emission solid content upstream oil & gas substance energy...

... begun exploring if it is both possible and economical to convert existing natural gas (i.e., methane) infrastructure for hydrogen operation. This paper outlines opportunities and technical challenges associated with such an endeavor – with a particular focus on adaptation requirements for rotating...

... The main targets, upon which a Gas Master Plan is made, are: The Gas Master Plan Methodology is made of the following main tasks: Contribute to the country/regional level development strategy of Natural Gas resources and security of energy supply in an energy transition context...

... gas turbine renewable energy flow rate reciprocating compressor compressors engines and turbines compressor delivery pressure application natural gas upstream oil & gas hydrogen concentration pressure session pressure ratio centrifugal compressor compression compressor body...

... to capture the most recent market trend towards Green SNG production by exploiting renewable resources, including biomass gasification and the CO 2 rich gases typical of biogas upgrading and Power to Gas applications. The product is a clean and low-carbon alternative to conventional natural gas that can...

... burner natural gas ignition delay time INTRODUCTION Abstract Hydrogen is an essential feedstock for a variety of chemical and industrial processes. Refineries with a global share of over 30% are amongst the largest consumers. Traditional methods of generating hydrogen involve the reformation...

... and turbines midstream oil & gas climate change sustainability air emission social responsibility gas monetization orc technology gas expander gas turbine operation energy efficiency natural gas efficiency letdown station application energy conservation upstream oil & gas gas...

... as potential sources of supply in areas with high demand for natural gas. To address development challenges, ExxonMobil has applied a dual approach to advancing technologies. First, our broad experiences and well-defined best practices are used to select technologies that best meet the "routine" aspects...

... Abstract Electrical power generation facilities account for a large share of global CO 2 emissions. Because they are stationary single-point emitters, power plants are an obvious target for reducing anthropogenic CO 2 emissions by CO 2 capture. Capture from Natural Gas Combined Cycle (NGCC...

... natural gas plume instrument spatial resolution emission greenhouse gas Leak methane emission energy conservation methane plume Background Methane is the primary component of natural gas, making up between 87% and 97% of the natural gas supplied commercially ( Enbridge, 2019 ). It is also...

... to natural gas transportation pipeline. Some of most important conclusions obtained were Understanding the pattern of on-field meter data with ideal meter provides insights in the root cause of the problem. e.g. sudden spike in temperature leading to error in line pack. Creating digital twin of all...

... analysis shows that all bad actors fall under high risk cases, which indicates the criticality of failure of this equipment. air emission criteria risk assessment matrix natural gas severity level non routine identification frequency information mitigation Upstream Oil & Gas base year...

... Abstract A significant portion of natural gas reserves around the world contain large quantities of sulfur species and carbon dioxide, which are often referred to as sour gas reservoirs. The IEA reports that more than 40% of the world's gas reserves are sour, with the number increasing to 60...

... Abstract This paper presents how the optimization of the solvent composition provides significant OPEX reduction and simplifies process management. Removing mercaptans from natural gas is becoming a tough work for operating companies due to the tightening of commercial specifications...

... used for geologic sequestration include ( Fig. 1 ): Oil reservoirs Natural gas deposits Unminable coal seams Deep saline formations Oil- and gas-rich shale formations Basalt formations Environmental Benefits of CCS Recent studies indicate that there can be significant...

...) reservoirs contributed to all natural gas growth and nearly 92% of oil production growth in US ( Alfarge et al., 2017 ). Specifically, Bakken and Eagle Ford contributed for more than 80% of total US oil production from these tight formations ( Yu et al., 2016a ). More recently, Bakken formation alone...

...-phaseseparators and new sour gas treatment systems are also required. Three alternative fuels were considered: natural gas, coke, and extra-heavy oil (XHO). The particularities of each case are commented below: – Natural gas. This is the base case. Produced gas is the primary gas source; when...

... Abstract Natural gas has the potential to play an important role as a "bridge" fuel in the transition from fossil fuels towards a cleaner energy mix and a low-carbon future, due to its better environmental credentials (lower emissions of CO 2 and other pollutants per MWh) and higher efficiency...

... production complex reservoir information operation China shale gas resource international market service company Drilling USA unconventional shale gas development exploration natural gas regulation Introduction The estimated technically recoverable shale gas resource internationally...

... Abstract Objectives/Scope: The objective of the paper is to highlight an advancement in natural gas sweetening. In particular, the paper will show how the Sulfa-Nil tm Process dramatically reduces the operating costs and energy demand of natural gas sweetening, and how the Process can also...