... american petroleum institute installation pipe shield methane operator Introduction Abstract Decarbonization efforts by the energy industry have driven a strong focus on implementing corrosion-resistant non-metallic pipe technologies. Reinforced Thermoplastic Pipes (RTP) comprise a popular...

... application methane international petroleum technology conference petronas Introduction In 2015, the UN adopted the 2030 Agenda for Sustainable Development (OHGHR, 1993-2023), which strives to establish 17 Sustainable Development Goals (SDGs) aim to address some of the world's pressing economic...

... is unbiased, and its uncertainty is easily estimated. Using a combination of ambient and high-pressure data, we also show that the EACN of the live oil can be estimated using a methane ACN of 1.0, as it should physically be, when the effect of pressure is properly included. artificial intelligence...

... the extremely lean waste gas to be supplemented with methane to raise its heating value to achieve stable combustion. Not only does the operator lose the benefit of the advanced membrane technology but they also lose product (sellable gas) and have increased green house gas (GHG) emissions at the production...

... production control production monitoring enhanced recovery carbon dioxide Upstream Oil & Gas production logging real time system Reservoir Surveillance propane application gas composition tool methane variation nitrogen downhole zonal gas composition tool fraction...

... discussed. natural language thermogenic origin porosity machine learning text classification methane natural gas hydrate Reservoir Characterization Artificial Intelligence South China Sea flow assurance hydrate Upstream Oil & Gas Qilian Mountain permafrost marine Petroleum Geology...

... that occupied the reservoir in the geologic past. The stable isotope analysis of methane and other gases helps identify specific fluids that entered the reservoir. The paper presents a case study from Gulf of Mexico and include data from three stacked reservoirs in a single reservoir. Each sand received two...

... methane generation. Post burial, reduction of sulphate to few ppm levels provides a suitable environment for biogenic methane generation. Rate of removal of sulphate vs. depositional rate will have a significant impact on depth at which biogenic gas generation occurs and therefore possibility of trapping...

... Characterization methane oligocene marine source rock marine source rock Upstream Oil & Gas Oligocene carbonate Indonesia carbonate Kutai Basin Barito basin structural geology isotope upper kutai basin petroleum system source rock carbonate reservoir international petroleum technology...

... temperatures. A wide range of molecules have been shown to form gas hydrates. Those of the most practical interest are light hydrocarbons such as methane, ethane, and propane. Carbon dioxide and hydrogen sulfide also form hydrates and are of particular interest. When hydrates form, water crystallizes to create...

... Inhibition Upstream Oil & Gas methane Workplace Hazard Production Chemistry CFZ section oilfield chemistry Corrosion Management enhanced recovery H2S management commercial demonstration plant psig feed stream co 2 sour gas resource Freeze Zone Technology solid co 2 operation iptc 17247...

... Abstract This paper will discuss the comparison between the three leading Syngas manufacturing technologies; Partial Oxidation (POX), Autothermal Reforming (ATR) and the Steam Methane Reformer (SMR) technology. Also, this paper will discuss the development of the Catalytic Partial Oxidation...

... technology are projected to increase the efficiency within the next decade as such it would be comparable to conventional refineries and LNG plants that have CE and TE of around 90% and 73% respectively. LNG methane catalyst hydrocarbon partial oxidation liquified natural gas gas monetization...

... Abstract Natural gas is normally composed of three types of group components; i.e., hydrocarbons, inert and sour components. The natural gas hydrocarbon component consists of light straight chain hydrocarbons; i.e., methane, ethane, propane, butanes, pentane, etc. The inert component consists...

... spot. liquified natural gas Workplace Hazard oilfield chemistry Corrosion Inhibition LNG Corrosion Management commercial demonstration plant gas monetization methane Production Chemistry H2S management solid co 2 enhanced recovery Upstream Oil & Gas CFZ section vapor iptc...

... Abstract The pulse-decay technique is a well-established laboratory method for measuring the permeability of hydraulically tight rocks. Nitrogen or helium is routinely used in measurement of pulse-decay method, but the main components of natural gas reservoirs are hydrocarbons such as methane...

... capacity. The adsorption properties were evaluated by measuring isotherms for each component of natural gas in a magnetic suspension balance and compared with the isotherms measured in a storage vessel using natural gas. The selectivities of the main constituents of natural gas in relation to methane were...

...) processes the gas produced from the LaBarge field. The SCTF handles the lowest hydrocarbon content natural gas commercially produced in the world. The gas composition entering Shute Creek is 65% CO 2 , 21% methane, 7% nitrogen, 5% hydrogen sulfide (H 2 S) and 0.6% helium. The SCTF separates CO 2 , methane...

...-hydrocarbons are observed to increase dramatically in HPHT reservoirs. Then methane viscosity is measured to reflect the fact that, at HPHT conditions, the reservoir fluids will be very lean gases, typically methane with some degree of impurity. The experiments showed that while the correlation of Lee et al...

... oil by solvent injection. Diffusivity also assists in understanding methane hydrates formation and phase distribution process in a shut-in well. In reservoir engineering application specifically, diffusivity may be important when modeling gas displacement process at extremely low flow rate or in very...