Difference between revisions of "Category: Pengtools"
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| − | == | + | ==Petroleum Engineering Software== |
| − | [[: | + | [[File:pengtools.png|300px|link=https://www.pengtools.com/| pengtools.com]] |
| − | [[ | + | [[:Category:pengtools | pengtools]] stands for '''p'''etroleum '''eng'''ineering '''tools'''. |
| − | + | [[:Category:pengtools | pengtools]] is a web site which provides the online petroleum engineering software powered by developer's "know how". | |
| − | + | [[:Category:pengtools | pengtools]] created by engineers to help practicing engineers to solve typical engineering problems for efficient decision making in the areas of petroleum, reservoir, fracturing and process engineering. | |
| − | + | Sign up and start your first calculation now at [https://www.pengtools.com www.pengtools.com]. | |
| − | [ | + | ==pengtools== |
| + | *[[:Category:PVT | PVT calculator]] - create quick PVT fluid properties models | ||
| + | *[[:Category:PQplot | PQplot]] - calculate Nodal Analysis on wells | ||
| + | *[[:Category:sPipe | sPipe]] - calculate the pressure drop in surface pipes | ||
| + | *[[:Category:PhaseD | PhaseD]] - calculate phase diagram | ||
| + | *[[:Category:optiFrac | optiFrac]] - define the optimal fracture geometry | ||
| + | *[[:Category:optiFracMS | optiFracMS]] - calculate the pumping schedule to achieve the target geometry | ||
| + | *[[:Category:fracDesign | fracDesign]] - calculate the optimal number of fractures in horizontal well | ||
| + | *[[:Category:pumpDesign | pumpDesign]] - design a ESP to pump off the well | ||
| + | *[[:Category:onPlan | onPlan]] - fast planar fracture simulator can refine the design in complex scenarios | ||
| + | |||
| + | ==Why?== | ||
| + | |||
| + | Remember the old days Petroleum Engineering Software? | ||
| + | *Expensive | ||
| + | *PC based | ||
| + | *Black Box | ||
| + | *Hard to Install (need administrative rights) | ||
| + | *Hard to Learn | ||
| + | *Hard to Run | ||
| + | |||
| + | In days of our engineering practice we usually learn and use all kinds of PC based engineering software which sometimes non-intuitive and requires long learning curve to get to the answer. Imagine you can do professional engineering just using a web site! | ||
| + | |||
| + | The idea of having easy to use online Petroleum Engineering tools progressed to the development of the [[:Category:pengtools | pengtools]]. | ||
| + | |||
| + | ==Benefits== | ||
| + | *Robust algorithms lead to real solutions | ||
| + | *Intuitive interface leads to answers quick | ||
| + | *Web based architecture allows you to work form home using any platform, any location, 24/7 | ||
| + | *Engineering cloud provides a means to collaborate and share with colleagues and clients | ||
| + | *Instant switch between metric and field units helps you to work in different environments | ||
| + | *Export to Excel & PDF reports allows you to finalize and publish your work | ||
[[Category:APT]] | [[Category:APT]] | ||
| + | |||
| + | {{#seo: | ||
| + | |title=wiki.pengtools.com Petroleum Engineering Software Manuals and Documentation | ||
| + | |titlemode= replace | ||
| + | |keywords=wiki, hydraulic fracturing, electric submersible pump, density of oil, petroleum engineering excel tools, petroleum engineering software, E&P consulting, petroleum engineering | ||
| + | |description=Petroleum Engineering Wiki: PVT correlations, nodal analysis, hydraulic fracturing, ESP design, gap analysis and performance. | ||
| + | }} | ||
Latest revision as of 13:00, 5 October 2020
Petroleum Engineering Software
pengtools stands for petroleum engineering tools.
pengtools is a web site which provides the online petroleum engineering software powered by developer's "know how".
pengtools created by engineers to help practicing engineers to solve typical engineering problems for efficient decision making in the areas of petroleum, reservoir, fracturing and process engineering.
Sign up and start your first calculation now at www.pengtools.com.
pengtools
- PVT calculator - create quick PVT fluid properties models
- PQplot - calculate Nodal Analysis on wells
- sPipe - calculate the pressure drop in surface pipes
- PhaseD - calculate phase diagram
- optiFrac - define the optimal fracture geometry
- optiFracMS - calculate the pumping schedule to achieve the target geometry
- fracDesign - calculate the optimal number of fractures in horizontal well
- pumpDesign - design a ESP to pump off the well
- onPlan - fast planar fracture simulator can refine the design in complex scenarios
Why?
Remember the old days Petroleum Engineering Software?
- Expensive
- PC based
- Black Box
- Hard to Install (need administrative rights)
- Hard to Learn
- Hard to Run
In days of our engineering practice we usually learn and use all kinds of PC based engineering software which sometimes non-intuitive and requires long learning curve to get to the answer. Imagine you can do professional engineering just using a web site!
The idea of having easy to use online Petroleum Engineering tools progressed to the development of the pengtools.
Benefits
- Robust algorithms lead to real solutions
- Intuitive interface leads to answers quick
- Web based architecture allows you to work form home using any platform, any location, 24/7
- Engineering cloud provides a means to collaborate and share with colleagues and clients
- Instant switch between metric and field units helps you to work in different environments
- Export to Excel & PDF reports allows you to finalize and publish your work
Subcategories
This category has the following 9 subcategories, out of 9 total.
F
O
P
S
Pages in category "Pengtools"
The following 56 pages are in this category, out of 56 total.
