DETAILED ANALYSIS OF PRESSURE DROP IN A LARGE DIAMETER VERTICAL PIPE
1,741 marked this research material reliable.
Call or whatsapp: +2347063298784 or email: firstname.lastname@example.org
Excellent and professional research project topics and materials website. All the research tools, journals, seminars, essays, article, books, term papers, softwares and project materials for your research guide and final year projects are available here.
Type: Project Materials | Format: Ms Word | Attribute: Documentation Only | Pages: 50 Pages | Chapters: 1-5 chapters | Price: ₦ 3,000.00
With the ever increasing need to optimize production, the accurate
understanding of the mechanics of multi-phase flow and its effect on the
pressure drop along the oil-well flow string is becoming more
pertinent. The efficient design of gas-lift pump, electric submersible
pumps, separators, flow strings and other production equipment depends
on the accurate prediction of the pressure drop along the flow pipe.
Pressure is the energy of the reservoir/well and it is crucial to
understand how a change in fluid properties, flow conditions and pipe
geometric properties affect this important parameter in the oil and gas
industry. Extensive work on this subject has been done by numerous
investigators albeit in small diameter pipes. Reliance on the empirical
correlations from this investigators has been somewhat misleading in
modelling pressure drop in large diameter pipes (usually >100 mm)
because of the limitations imposed by the diameter at which they were
developed and the range of data and conditions used in deriving them.
In this work, experimental data from the experimental study by Dr.
Mukhtar Abdulkadir was used as the data source. The gas velocities,
liquid velocities, film fraction, gas and liquid properties and the pipe
geometric properties from the above mentioned experiment were used to
model the frictional and total pressure drop from six correlations.
Results were analyzed and compared with the experimental results.
1.1 General introduction
Profitable production of oil and gas fields relies on accurate prediction of the multi-phase well
flow. The determination of flowing bottom-hole pressure (BHP) in oil wells is very important
to petroleum engineers. It helps in designing production tubing, determination of artificial lift
requirements and in many other production engineering aspects such as avoiding producing a
well below its bubble point in the sand-face to maintain completion stability around the wellbore (Ahmed, 2011). Well
fluids above bubble point pressure exist as a single phase as it is
being produced from the reservoir. However, as they navigate their way
through the network of interconnected pores in the reservoir to the
wellbore, there is a continuous reduction in pressure as overburden
stress is gradually reduced. This phenomenon leads to the liberation of
the entrained gas. As the single-phase fluid rises in the tubing, a
critical point is reached where some of the gases begin to come out of
solution along the length of the pipe. In other words, it changes from
single-phase flow to multi-phase flow.
This leads to some level of complexity as regards to the
identification of the physical properties of the individual phases, the
flow pattern, the relative volume occupied by the separate phases inside
the pipe, and most importantly the implication of the phase separation
on the pressure drop along the well tubing string.
Although most if not all calculations for flow lines in multiphase
production systems have been and continue to be based on empirical
correlations, there is now a strong tendency to introduce more
physically based (so called mechanistic) approaches to supplement if not
replace correlations. This is because the latter are well known for
their unreliability when applied to systems operating under conditions
different to those from which the correlations are derived; such
conditions encompass: pressure, temperature, fluid properties and pipe
diameter. Furthermore, correlations exist for limited geometrical
configurations (i.e. vertical or horizontal pipes) and simple physical
phenomena (no mass transfer between phases, constant temperature, etc.).
With the advent of more complex production systems involving deviated
wells as well as the move to exploit gas condensate resources the
production of which will inevitably involve strong mass transfer
effects, calculation methods will be required to account for such
DETAILED ANALYSIS OF PRESSURE DROP IN A LARGE DIAMETER VERTICAL PIPE
- The Project Material is available for download.
- The Research material is delivered within 15-30 Minutes.
- The Material is complete from Preliminary Pages to References.
- Well Researched and Approved for supervision.
- Click the download button below to get the complete project material.
Frequently Asked Questions
In-order to give you the best service available online, we have compiled frequently asked questions (FAQ) from our clients so as to answer them and make your visit much more interesting.
We are proudly Nigerians, and we are well aware of fraudulent activities that has been ongoing in the internet. To make it well known to our customers, we are geniune and duely registered with the Corporate Affairs Commission of the republic of Nigeria. Remember, Fraudulent sites can NEVER post bank accounts or contact address which contains personal information. Free chapter One is always given on the site to prove to you that we have the material. If you are unable to view the free chapter 1 send an email to email@example.com
with the subject head "FREE CHAPTER 1' plus the topic. You will get a free chapter 1 within an hour. You can also check out what our happy clients
have to say.
Students are always advised to use our materials as guide. However, if you have a different case study, you may need to consult one of our professional writers to help you with that. Depending on similarity of the organization/industry you may modify if you wish.
We have professional writers in various disciplines. If you have a fresh topic, just click Hire a Writer or click here
to fill the form and one of our writers will contact you shortly.
Yes it is a complete research project. We ensure that our client receives complete project materials which includes chapters 1-5, full references, questionnaires/secondary data, etc.
Depending on how fast your request is acknowledged by us, you will get the complete project material withing 15-30 minutes. However, on a very good day you can still get it within 5 minutes!
What Clients Say
Our Researchers are happy, see what they are saying. Share your own experience with the world.
Be polite and honest, as we seek to expand our business and reach more people. Thank you.
All Project Materials is a website I recommend to all student and researchers within and outside the country. The web owners are doing great job and I appreciate them for that. Once again welldone.
Thank you for everything you have done so far; my communication with you, both by e-mail and whatsapp, has been the only positive point about the whole experience - you have been reliable and courteous in my research work and I sincerely appreciate that.
I have been using you people for some time and I can say that you are good because you give me what I want, you don't disappoint. You guys to keep to the standard. You are highly recommended to serve more Researchers.
I love all project materials / researchcub.
There are good and wonderful. Nice Work!
People also search for:
detailed analysis of pressure drop in a large diameter vertical pipe , detailed, analysis, pressure project topics, researchcub.info, project topic, list of project topics, project topics and materials, research project topics, covid-19 project materials, all project topics, journals, books, Academic writer, petroleum engineering project topics.