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Launch Your Career in Petroleum Production Technology
Embark on an enriching journey with the Petroleum Production Technology program, your gateway to securing a lucrative and fulfilling career in the global oil and gas industry. This comprehensive guide explores how Bismarck State College's esteemed program equips students with the essential skills and knowledge for a thriving career in this dynamic sector.
Dive into the World of Petroleum Production
At the heart of the energy sector, the Petroleum Production Technology program offers an immersive educational experience, blending theoretical knowledge with practical skills in a real-world context. This program is meticulously designed for individuals aiming to excel in the oil extraction and services industry, focusing on safety, operational excellence, and equipment maintenance.
What We Offer: Program Highlights
Type: A blend of energy-focused certificates and 2-year degree options. Format: Flexible learning with both on-campus and online offerings.
Why Petroleum Production Technology?
The petroleum sector presents an array of high-paying and stimulating job opportunities worldwide. With oil and gas production and reserves escalating, the demand for skilled operators and technicians is on the rise. The advent of advanced oil recovery technologies further accentuates the need for employees with contemporary technical expertise.
Comprehensive Curriculum at Bismarck State College
Nestled within the National Energy Center for Excellence (NECE), our program offers a deep dive into petroleum geology, exploration, drilling, production, transportation, and processing. It intricately explains the interconnections among these operations, laying a robust foundation for your career in the oil and gas industry.
Key Learning Outcomes Graduates of this program will emerge with:
- A solid grasp of the petroleum industry's structure.
- Entry-level readiness for roles in exploration, drilling, production, processing, and service sectors.
- Proficiency in mineral rights, leasing, drilling rig components, production equipment and processes, artificial lift methods, well servicing, and petroleum processing.
Stay Ahead with Advanced Learning Tools
Our curriculum is enriched with cutting-edge, interactive learning tools that mirror actual job tasks, preparing students to stay ahead in a rapidly evolving industry.
- Be in Demand: Career Opportunities The petroleum industry is ripe with opportunities for operators, technicians, and service personnel, especially in regions like the Bakken where petroleum production is high.
- Competitive Wages: In 2017, the average annual wage for oil and gas extraction employees in North Dakota was $128,238.
- High Placement Rates: Our recent graduates report a 100% placement rate, with starting wages up to $33/hour.
Accelerate Your Education
Our Associate of Applied Science (AAS) degree can be completed in just four semesters, encompassing 50 credit hours of specialized courses and 15 credit hours of general education.
Flexible Learning Options
Whether you're aiming for a certificate or a degree, our accelerated path allows completion in under two years, with courses also available individually for professional development.
Unique Online Learning Features
Online students engage in brief on-campus labs or at approved facilities. An 80-hour job shadowing experience, offering practical field competencies.
Preparing for Success
Prospective students should note the physical demands of entry-level technician roles and the program's minimum entrance requirements, ensuring readiness for the industry's challenges.
Invest in Your Future
With tuition details available on our Tuition & Fees page and textbook costs estimated at $275 per semester, investing in your education with the Petroleum Production Technology program is a step toward a prosperous career.
Begin Your Journey Today
Embark on a journey that prepares you for the exciting world of petroleum production. With a blend of rigorous training, practical experience, and industry insight, the Petroleum Production Technology program at Bismarck State College is your gateway to a promising future in the energy sector.
Recently Asked Petroleum Production Technology Questions
Expert help when you need it- Q1:Relative permeability measurements are made on three core samples. The measured data are summarized below: Core sample 1 h = 1 ft k = 100 mD Soc= 0.35 Swc= 0.25 Water Saturation Sw 0.20 0.25 0.30 0.40 0.50 0.60 0.65 0.72 *Value at critical saturation Core sample 2 h = 1 ft k=80 mD 0.850* 0.754 0.557 0.352 0.131 0.000 Soc= 0.28 Swc = 0.30 Core sample 1 Kro Krw Core sample 2 Kro Krw 0.000 0.018 0.800 0.092 0.593 0.198 0.393 0.327 0.202 0.400* 0.111 0.000 0.000 0.077 0.191 0.323 0.394 0.500* Core sample 3 h = 1 ft k=150 mD Soc= 0.35 Swc = 0.20 Core sample 3 Krw 0.000 0.008 0.027 0.088 0.176 0.286 0.350* Kro 1.000* 0.872 0.839 0.663 0.463 0.215 0.000 It is believed that a connate water saturation of 0.27 and critical oil saturation of 30% better describe the formation. Generate Oil and water relative permeability data using new critical saturation. Plot the averaging relative permeability data. Using data given, de-normalize the data to generate the required relative permeability data.See Answer
- Q2:1. Discuss the two commercially most important properties of crude oils See Answer
- Q3:2. What is the specific gravity of a 30° API gravity oil? (0.5 Marks) See Answer
- Q4:3. What do you mean by Reid vapor pressure. How is performance of a spark ignition motor engine effected if the fuel's Reid vapor pressure is too high or too low ? See Answer
- Q5:5. What has been the impact of Russia Ukraine conflict on the global oil market? See Answer
- Q6:Solve the following BVP-ODE with the Finite-Difference, Shooting, and Successive Over- relaxation Methods. Use a step size of 0.01. You may use MATLAB or Excel/VBA to solve these BV-ODES. Remember to completely annotate your programs and turn in your complete programs and output. Also turn in a complete description of your algorithm that you used in the program, i.e., as shown in the notes and examples in class. Compare and contrast the use of all three BVPnumerical methods that were used to solve this problem. A chemical reactor with axial dispersion is governed by the following equations:See Answer
- Q7: Explain what is the difference between Andesite and Diorite? (4 marks)See Answer
- Q8: ) Explain the working of a rock cycle and how it plays an important role in petroleum geology?See Answer
- Q9: 2.1. Based on the data in Table 2, determine the selectivity (separation factor). 2.2. Based on the data in Table 2, determine the distribution coefficient (K).See Answer
- Q10: What is the main difference between extracting Oil Shales and Tar Sands?See Answer
- Q11: d) While an unknown mineral was tested for its hardness, it was observed that mineral could be scratched by steel nail as well as glass plate. However, mineral was not scratched when copper penny was used. What is the hardness range of the mineral?See Answer
- Q12: Explain the process of diagenesis, catagenesis and metagenesis in detail.See Answer
- Q13: A mixed hydrocarbon stream must be distilled in a continuous distillation column. The flow rate of the feed is 1000 kmol/h. The feed enters as a liquid at its boiling point. The feed mixture containing six components (CH4 = 0.032, C2H4 = 0.068, C2H6 = 0.17, C3H6= 0.30, C3H8 = 0. 32, n-C4H10 = 0.11) is to be separated by distillation. It is desired to recover 98.5% mole fraction of the light key in the distillate and 98% of the heavy keyin the bottom product. The average relative volatility (a) values are given in Table 1.The a can be assumed to remain constant with any temperature variation. 1.Determine the light key (LK) and heavy key (HK). 2.Use Underwood's method to determine the minimum reflux ratio (the 0 valuesto try are 1.1.1.17 and 1.2).(15) Use the Fenske equation to determine the minimum number of trays.See Answer
- Q14: e) Explain different types of petroleum traps and their importance in trapping mechanism of oil.See Answer
- Q15: a) Explain how Geological Time Scale describes the timing and relationships between events that have occurred throughout Earth's history? (4 Marks)See Answer
- Q16: 1. A drillstring consists of 9,000 ft 5 in, 19.5 lbm/ft drillpipe, and1,000 ft of 8 in OD, 3in ID drill collars. What is the: (a) Volume of the drillpipe in bbl. (b) Volume of the drill collars in bbl (c) Number of pump cycles required to pump surface mud to the bit(duplex pump, 6 in liners, 2.5 in rods, 16 i strokes, pumping at 85 % volumetric efficiency). (d) Displacement of drillpipes in bbl/ ft (e) Displacement of drill collars in bbl/ft.See Answer
- Q17: ) What differentiates cleavage from fracture of a mineral? (1.5 marks)See Answer
- Q18: O Explain the process of diagenesis, catagenesis and metagenesis in detail.See Answer
- Q19: It has been established that an existing distillation column in your plant can separate hydrocarbon mixture efficiently, when operated on a continuous basis. You are,however, informed by your mechanical engineer that the pressure at the top of the column must not exceed 320 kPa. Only cooling water is available on the plant and thus the top temperature of the column is thus limited to 45°C. Do dew point temperature calculations to determine whether the restrictions mentioned above prevent you from recommending that the column may be used if the overhead vapour has the following composition: It can be assumed that these hydrocarbons form an ideal solution and that Raoult`slaw can be used to determine the K– values. The following formula can be used to calculate the vapour pressure, p* of each component: log p* = AT + B where A and B are constants that are given in the table4 below and T is the temperature in K and the unit of p* is kPa. See Answer
- Q20: Using the Production NODAL System diagram below answer the followings: A. Calculate the inflow node pressures at point 6 shown in the diagram. B. Calculate the outflow node pressures at point 6 shown in the diagram. C. Calculate the inflow node pressures at point 3 shown in the diagram. D. Calculate the outflow node pressures at point 3 shown in the diagram. See Answer
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