29 May 2018 For example, a steam-oil ratio of 4.5, indicates 4.5 barrels of water converted to steam to produce one barrel of oil. This method is more efficient 12 Aug 2016 Varies from reservoir to reservoir. Typical steam-to-oil ratio (SOR) is 2 - 3. Therefore,. Oil Production = 10,000 bbl/day (Barrels/day) SOR = 3.0. Steam to Oil Ratio (SOR) is a measure to quantify the efficiency of production of oil from a reservoir based on steam injection into the reservoir. It can also be 28 Nov 2019 Request PDF | Steam-Oil Ratio in Steam-Solvent Coinjection steam-oil ratio ( SOR) as a function of cumulative bitumen production. Here, we present a neural network-based model to predict the SOR (steam-to-oil ratio) in oil sands reservoirs by using log and core data to characterize the The performance of a SAGD project strongly depends on bitumen production rate , recovery factor, and steam oil ratio (SOR). SOR is used to monitor the efficiency
Gravity Drainage (SAGD) wells is steam breakthrough in producer wells, which can result in inefficient bitumen recovery due to high Steam Oil Ratio (SOR). 8 Jun 2014 Oil recovery was 34 % with the SOR of 3 at the year 8. 2 illustrates the cumulative oil production and cumulative steam oil ratio (CSOR) in the
What is the abbreviation for Steam to Oil Ratio? What does SOR stand for? SOR abbreviation stands for Steam to Oil Ratio. What does SOR stand for? SOR abbreviation stands for Steam to Oil Ratio.
28 Nov 2019 Request PDF | Steam-Oil Ratio in Steam-Solvent Coinjection steam-oil ratio ( SOR) as a function of cumulative bitumen production. Here, we present a neural network-based model to predict the SOR (steam-to-oil ratio) in oil sands reservoirs by using log and core data to characterize the The performance of a SAGD project strongly depends on bitumen production rate , recovery factor, and steam oil ratio (SOR). SOR is used to monitor the efficiency The steam-oil ratio, or SOR, is an indicator of the efficiency of a SAGD operation. Generally, an SOR of less than 3 is considered to be an efficient operation. 3 Apr 2017 oil sands; steam-assisted gravity drainage (SAGD); cyclic steam of the steam chamber and increases the steam-oil ratio (SOR) [10,11,12]. 29 Jun 2018 (8) to account for uncertainty in steam-oil-ratio (SOR) and natural gas price. It provides optimal arrangement of energy supply and oil producer
Watch the exclusive webinar on Steam to Oil Ratio Optimization using Analytics & Machine Learning. During this session we deliver deeper insights into IBM’s approach to improving the Steam to Oil Ratio (SOR) of heavy oil production using physics inspired models and machine learning. An important metric for this purpose is Steam-Oil Ratio (SOR), the quantity of steam used to produce a barrel of oil. SOR is a key measure of efficiency for thermal heavy oil projects, with a lower SOR indicating that the steam is being more efficiently used. The steam-oil ratio, or SOR, is an indicator of the efficiency of a SAGD operation. Generally, an SOR of less than 3 is considered to be an efficient operation. MEG achieved an SOR of 2.3 in 2017 at its Christina Lake project. Where implemented, the eMSAGP process has reduced the steam-oil ratio to an industry-leading range of 1.0 to 1.25. Steam allocation is an important decision for bitumen thermo-recovery using Steam Assisted Gravity Drainage (SAGD) technique. This is due to the significant amount of steam requirement and often limited steam generation capacity. Steam-to-oil ratio (SOR) is an important parameter affecting the production performance. SOR Steam oil ratio . E. D . Displacement efficiency . E. S. Sweep efficiency . 1 . 1. INTRODUCTION . Steam flooding is a conventional thermal EOR method that has been applied in many heavy oil reservoirs around the world. This technique also is referred to as continuous steam injection and steam drive. In this process, steam is injected SPE Distinguished Lecturer Program Primary funding is provided by The SPE Foundation through member donations Steam-Oil Ratio (SOR) Water Usage and Disposal • Water usage for steam generation Water Usage and Disposal 5 6 5 6 CSS & Steamflooding SAGD 3 4 Water 4 Usage (bbl) Reduced 2 2 The Steam Chamber Study of Thermal Recovery Heavy Oil Reservoir Based on Temperature Monitoring Data, Time-Lapse Seismic and Reservoir Simulation Result* Feng Zhang1, YinTao Cai1, Libo Guo1, Tingting Pan1, Xiaomeng Cao1, and Yuzhen Wang1 Search and Discovery Article #41329 (2014) Posted April 28, 2014