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METHODOLOGY TO DEFINE HYDROCARBON POTENTIAL IN A SHALE RESERVOIR BASED ON GEOCHEMICAL DATA AND WELL LOGS

Abstract: The office U.S. Energy Information Administration (EIA) has suggested significant volumes of hydrocarbon resources in unconventional Shale type reservoirs, which happens to be very interesting nowadays.The complexity of these reservoirs, along with the high l

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QUANTITATIVE EVALUATION OF THE DIAGENESIS AND POROSITY EVOLUTION OF TIGHT SANDSTONE RESERVOIRS: A CASE STUDY OF THE YANCHANG FORMATION IN THE SOUTHERN ORDOS BASIN, CHINA

Abstract: Evaluation of the pore evolution is key to gaining a better understanding of oil migration and accumulation in tight oil exploration for tight sandstone; to study the diagenesis and porosity evolution of tight sandstone reservoirs, we analysed the 8th member

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COMBINED ARTIFICIAL INTELLIGENCE MODELING FOR PRODUCTION FORECAST IN AN OIL FIELD

Abstract: This paper presents the results about the use of a methodology that combines two artificial intelligence (AI) models to predict oil, water and gas production in a Colombian oil field. By combining fuzzy logic (FL) and artificial neural networks (ANN), a novel

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METHODOLOGY FOR CALCULATING THE PRE-EXPONENTIAL FACTOR USING THE ISOCONVERSIONAL PRINCIPLE FOR THE NUMERICAL SIMULATION OF THE AIR INJECTION PROCESS

Abstract: The main challenge to predict at field scale the performance of an air injection process is to understand the oil oxidation process and to have a kinetic model of reactions enabling the prediction of process behavior in a reservoir numerical simulator, under

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ASSESSMENT OF A SURFACTANT- POLYMER FORMULATION APPLIED TO THE CONDITIONS OF ONE COLOMBIAN FIELD

Abstract: The surfactant-polymer (SP) process is one of the Chemical Enhanced Oil Recovery (CEOR) methods used in the industry. It has been continuously studied; however, it is still a challenge for the petroleum industry due to the difficulty to design the solution to

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EVALUATION AND IMPLEMENTATION OF HIGH DENSITY POLYETHYLENE LINER: ALTERNATIVE OF SOLUTION TO CORROSION-WEAR PROBLEMS IN FLOWLINES

Abstract: Failure mechanisms of CO2 corrosion and abrasive wear by production sand have reduced the service life of flowlines and collector lines in Casabe's mature field located in the middle Magdalena River Valley Basin of Colombia's Antioquia department, which has r

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A NEW DATABASE OF ON-ROAD VEHICLE EMISSION FACTORS FOR COLOMBIA: A CASE STUDY OF BOGOTA

Abstract: Mobile sources contribute directly or indirectly with most of the atmospheric emissions in Colombian cities. Quantification of mobile source emissions rely on emission factors (EF) and vehicle activity. However, EF for vehicles in the country have not evolved

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ENVIRONMENTAL SENSITIVITY INDEX FOR OIL SPILLS IN COLOMBIAN RIVERS (ESI-R): APPLICATION FOR THE MAGDALENA RIVER

Abstract: The Environmental Sensitivity Index (ESI) mapping has been used globally for oil spill planning and response purposes in coastal areas since its development in the 1970s. However, application to riverine habitats has been limited. Following US National Oceani

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USE OF ECUADORIAN NATURAL AND ACID-SURFACTANT MODIFIED ZEOLITES FOR REMEDIATION OF OIL- CONTAMINATED SOILS

Abstract: Oil spills have been one of the greatest environmental problems worldwide. The contamination of soils due to oil spills generates an oil migration down the soil until reaching groundwater. The research focused on remediation of oil-contaminated soils by Ecuad

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PHOTOCATALYTIC DEGRADATION OF HYDROCARBONS PRESENT IN WATER, USING Fe (III) MODIFIED TiO2

Abstract: This research work focused on the degradation of total hydrocarbons in synthetic water mixtures and in samples obtained from the inflow of a skimmer (production water) by means of heterogeneous photocatalysis. Titanium dioxide (TiO2) was used, modified with i

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REVERSE TIME MIGRATION IN EUCLIDEAN AND RIEMANNIAN COORDINATES

Abstract: Reverse time migration in zones with rugged topography is a method that presents some challenging issues. We present an analysis of reverse time migration in transformed domains, in particular for a technique that goes from an Euclidian to a Riemannian scenar

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SOLUTION OF A P AND S WAVE PROPAGATION MODEL USING HIGH PERFORMANCE COMPUTATION

Abstract: The propagation of seismic waves is affected by the type of transmission media. Therefore, it is necessary to solve a differential equation system in partial derivatives allowing for identification of waves propagating into an elastic media. This paper summar

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