![Society of Petroleum Engineers UND Student Chapter](/img/default-banner.jpg)
- 29
- 24 217
Society of Petroleum Engineers UND Student Chapter
Registrace 20. 04. 2021
Exciting growth, expanded opportunities, and continued, future potential characterize the University of North Dakota's student chapter of the Society of Petroleum Engineers (SPE). From its inception in 2011, UND SPE has made it an emphasis to heighten the petroleum engineering student's exposure to the national scene. From competing in International PetroBowl and Drillbotics to attending SPE Student Symposium and SPE ATCE to inviting influential guest speakers to inform and discuss of important matters of the day, UND's student chapter of the Society of Petroleum Engineers continues to build on the growth of western North Dakota's oil and gas industry. Our mission is to grow corporate relationships, provide technical knowledge from industry experts, and to help UND's petroleum engineering students to succeed in the world of Oil and Gas.
Application of Geomechanics in Unconventional Reservoir Development: The Role of Elastic Anisotropy
By Abhijit Mitra Senior Technical Advisor at Premier Corex, based in Houston,
zhlédnutí: 117
Video
Corrosion Prevention in Oil and Gas discussion and PPT by Dr.Tariq Masood
zhlédnutí 232Před rokem
SPE UND Student Chapter
Energy transition challenges and opportunities by Khalid Alwadi
zhlédnutí 43Před rokem
SPE UND Student Chapter
Policy and Regulation of Class VI wells for Carbon Capture and Storage Projects
zhlédnutí 616Před 2 lety
Joshua Regorrah holds a B.S. degree in Geology and a B.S.E.D. in Secondary Composite Science from the University of North Dakota. Josh joined the Environmental and Energy Research Center in the Summer of 2020 as a Permitting and Regulatory Specialist, concentrating in the creation and submission of Class VI Storage Facility Permits along with other regulatory considerations involving salt stora...
The integration of Core and Well Log Data in North Dakota CCS Project
zhlédnutí 221Před 2 lety
Dr. Sofiane Djezzar is a Geoscientist at the EERC, where he develops and oversees the development of geophysical models of the subsurface, performs regional characterization, and performs petrophysical analyses of geophysical well log data, interfacing with a diverse team of scientists and engineers to assess project uncertainties in oil and gas development and geologic CO2 storage. Dr. Djezzar...
Introduction to CCS and CCUS
zhlédnutí 1,5KPřed 2 lety
John Tombari is the Commercial CCUS Division Manager for Battelle. John started his career in 1981 as a Schlumberger wireline field engineer. He held roles including general manager for Saudi Arabia/Bahrain/Kuwait, Asia marketing manager and North America Sales VP. In 2005, he was a founding member of the Schlumberger Carbon Services Division and became its President in 2009. Over the years, Jo...
Life Cycle Well Integrity of CO2 Storage Wells: Engineering Imperatives for Success
zhlédnutí 639Před 2 lety
Geologic storage of CO2 has gained significance, largely due to it being a green-house gas (GHG) and concerns related to impacts on climate from GHG emissions. The literature and experience from industrial analogs indicate that wellbores (both active/inactive or abandoned) may represent the most likely route for escape of the injected CO2 from the storage reservoirs. Therefore, sound injection ...
Ocean Carbon Storage
zhlédnutí 44Před 2 lety
Ryan Kolar: Co-Founder of Advanced Carbon Storage and CEO of ARIISE™ and its holdings, including ARIISE PARTNERS. By 34, he had developed, designed or financed over $1.7bn in Green Real Estate assets. His emphasis on finding value business models founded 11 companies, 7 reaching revenue and 6 successful exits in the nest 5 years. This has led to diverse recognition including the 2007 LISC award...
Remaining Challenges in Underground Storage of CO2
zhlédnutí 301Před 2 lety
Melianna is an Indonesian geoscientist passionate about championing equitable, science-driven, and ambitious climate solutions. She started her career in the energy industry as a geophysicist assessing pre-drilling geohazard risks in several offshore oil fields. Through her master's thesis, she delivered policy recommendations to Texas General Land Office based on experiment results in geoscien...
Hydrogen and Energy 101: Role of CCUS
zhlédnutí 311Před 2 lety
Talib Syed, P.E. holds a B-Tech (Chemical Engineering - Univ. of Madras, India) and an M.S. in Petroleum Engineering (Univ. of Oklahoma) and is a Registered Petroleum Engineer in Colorado and Wyoming. Talib started his oilfield career with ARAMCO - Saudi Arabia and has U.S. and international experience - both onshore and offshore. Talib is a Society of Petroleum Engineers (SPE) Distinguished Le...
Carbon Capture Storage Pore Space Usage and Regulation
zhlédnutí 90Před 2 lety
Eugene Holubnyak is a CCUS Program Lead at Kansas Geological Survey (KGS) and has over 14 years of experience in applied geoscience and energy-related research. Eugene has worked for five years at Plains CO2 Reduction (PCOR) Partnership before transitioning to KGS in 2012. He managed several research and field scale projects funded by Department of Energy including Wellington Field CO2 EOR and ...
Personal Development Workshop... Advancing your Career !
zhlédnutí 91Před 2 lety
Bio: Dr. Amanda Rico specializes in resume building, editing, and career solutions for senior and executive-level professionals. With 14 years of experience ranging from generating materials for TEDx speakers & Healthcare executives to optimizing profiles for Oil, Gas & Energy professionals, she is passionate about helping forward-thinking leaders level up. Topics Resume and Cover Letter Buildi...
Introduction to flow assurance and multiphase flow conditioning
zhlédnutí 4,2KPřed 2 lety
Introduction to flow assurance and multiphase flow conditioning
Earth far field stress identification and measurement
zhlédnutí 332Před 2 lety
Earth far field stress identification and measurement
Induced Fracture Complexity, When is it Really Required in Unconventional Reservoirs Stimulation?
zhlédnutí 151Před 2 lety
Induced Fracture Complexity, When is it Really Required in Unconventional Reservoirs Stimulation?
Petroleum Engineering Programing from scratch
zhlédnutí 566Před 3 lety
Petroleum Engineering Programing from scratch
Production Optimization of Oilfields with ESP-Lifted Wells
zhlédnutí 1,4KPřed 3 lety
Production Optimization of Oilfields with ESP-Lifted Wells
Predicting Hydraulic Fracture Geometry in Shales
zhlédnutí 129Před 3 lety
Predicting Hydraulic Fracture Geometry in Shales
Hybrid Models to Automate Reservoir Surveillance and Management
zhlédnutí 322Před 3 lety
Hybrid Models to Automate Reservoir Surveillance and Management
Rightsizing Field Production to Meet Demand with PIPESIM Simulator
zhlédnutí 231Před 3 lety
Rightsizing Field Production to Meet Demand with PIPESIM Simulator
Thank you sir ❤
My question how i use different reservior damage skin as sensitivity for infow ?Thanks
Awesome explanation. Thanks for sharing knowledge.
czcams.com/video/KjBPfAREn8Y/video.html
Thank you gentlemen.
This is great. Nice one SPE UND Chapter.
Thanks for sharing your knowledge!
it's amazing such original fact-based model has been quite ingnored by mainstream. Mainstream emphasize proppant like conventional fracing and sand truck crashing the road in Permian.
Excellent material and excellent display PPT. and English perfect Thank you
I wanted to share my vision on the future of drilling because it is on a level that is about to change the way it has been done forever. It was so simple and so cheap it defied logic almost to the point of it makes you laugh at its simplicity. I was stirring this morning between that sleep state and consciousness and it just came to me but it was so radical I kept on looking at it thinking that is too easy and no one is going to buy it as in embrace the change and level of technology that as I said defies belief. Imagine a nano-bot, yes we know what it is, but we're still exploring its potential. Well one of its applications is that it is the perfect solution for all majority of all our "Drilling" needs. Which is why I wanted to explain vision and how extraordinarily it worked so much so from corporations to the handyman is going to be able to use it. For the last couple of days I've been putting up items that I needed to fix to the wall and as we all know we reach for our drill, and choose the size drill bit we need, and we go and drill our hole. So why is this so different well you would use your laptop as a communication tool to engage the nano-bot. You would place the nano-bot on where you have marked out the centre and then you would instruct the bot to remove the first particle and obviously the nano bot will have to be equipped with nano-bot tools. This is where for once graphene could be used to create the very tool to be used. I chose to make this as simple as I could because if you complicate something too much then no one understands it. I said to my wife this morning is a dot? Masculine or Feminine and I turned to her and said its a trick question as it is both. As with zero and 1 are the perfect expression of the two. So imagine that you are in a farmers field and you're driving a bulldozer and you want to create a track in the ground. So you bulldoze the bit in front of you and then another team of helpers come to clear always what you have extracted out of the ground. So The nano-bot is the worker with his tool which is the bulldozer and his other helps are the ones who clear the rubbish out of his path. Here is where it gets really cool. Because what you discover is that depending on the size of the hole will decide what size worker and tool will be required. If you get what I mean. So if we're talking on the microscopic then this works fine. What we have to understand is now we can not just diamonds, but we can take it to the next level. Apparently there is something that is 6 or 7 times stronger than graphene and imagine a nanobot equipped with that. It would revolutionise the way we create the perfect hole through whatever material and substrate it happens to have. There was talk of lasers cutting holes and tunnels through rock, this is even better because of the cost is fractional, and the waste produced is minimal. So let me try and describe how the nano bot does all of this and then pushes the cylinder out perfectly leaving you the perfect drilled hole. It will affect and alter how we do what we do now, to what we will be able to do at a mastercraftsmen level.
Thanks for a benefit video's could you send me the email for the instructor please .