PERFORM

PERFORM is the industry standard in well performance analysis (Nodal) that is trusted by engineers in over 45 countries. Get optimal performance from well and flowlines. PERFORM is the industry's most cost-effective solution for optimizing new wells quickly and turning inefficient wells into optimal performers. Developed by petroleum engineers for oil and gas production optimization professionals.

View the Evaluation Demo Videos

With its ability to model virtually any situation, the PERFORM well performance analysis tool to brings tremendous efficiency to well and flowline design and analysis.

For example, the application can match current production scenarios and then perform case studies to predict future well performance. Engineers can model multiple producing zones to accurately forecast the total capacity of a well.

Who Uses PERFORM:

Production Engineers, Facilities Engineers, Reservoir Engineers, Completions Engineers, Asset Management Teams, Artificial Lift Project Management Teams

What PERFORM can do:
- Model fractured, horizontal, deviated, tight gas well
- Perform gas lift optimization and design
- Simulate chokes, tubing, pipe, reservoir and heat loss scenarios
- Completions design using perforation gun performance data
- Matching performance of fractured wells
- Modeling multilayered reservoir with horizontal drilling
Benefits:
- Optimize new wells quickly; turn inefficient wells into optimal performers
- Single modeling application makes well and flowline design and analysis tremendously efficient
- Interface designed by engineers for engineers
Learn more about IHS PERFORM workflow for building worst case discharge scenarios and compiling a report by downloading the article featured in the July 2012 issue of Offshore Engineer, Working Out Worst-Case Discharges,

Jump-start your Gulf of Mexico drilling permit process

"Nexen used the IHS PERFORM software to derive worst case discharge volumes for permitting several proposed deepwater exploration wells in the Gulf of Mexico. Nexen is happy to report that as of August 2, 2011, we have received approval of three deepwater Exploration Plans and one deepwater Permit to Drill.”
- J. Sybil Callaway, Senior Reservoir Engineer, Exploration, Nexen Inc.

Easy to use

"With PERFORM, you can sensitize one or more parameters within a single simulation case to identify ways of improving well performance. That's really the strength of the software."
- Arvil Mogensen, Partner, Exploitation Technologies

PERFORMの無料トライアルのリクエスト

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- Mofazzal Bhuiyan, Senior Product Manager, MS Petroleum & Natural Gas Engineering
  Mofazzal Bhuiyan
  Senior Product Manager, MS Petroleum & Natural Gas Engineering
  Mofazzal Bhuiyan works for the Energy division of IHS, Inc. in Dallas, Texas as Senior Product Manager, Production Engineering Solutions responsible for world-wide strategy, commercialization and business performance since 2008. Prior to this, he worked as Senior Petroleum Engineer supporting and training clients with petroleum engineering applications PERFORM (nodal analysis), and SubPUMP (ESP design). He also worked as application developer from 2001-2004 for material programs.
  Mr. Bhuiyan has an MS in Petroleum and Natural Gas Engineering from the West Virginia University, and a Bachelor of Science degree in Chemical Engineering from the Bangladesh University of Engineering & Technology.
- Alfonso Reyes, B.Sc., Senior Account Manager
  Alfonso Reyes, B.Sc.
  Senior Account Manager
  Alfonso has worked in the upstream areas of petroleum engineering in technology deployment, project management and business development positions. Prior to joining IHS, Alfonso worked in the areas of intelligent wells, smart-well completions, unconventional oil, production engineering and reservoir surveillance for Shell, Halliburton, WellDynamics and Optimization Petroleum Technologies. Alfonso has traveled and worked extensively in Peru, Argentina, Brazil, Mexico, Malaysia and ten other countries around the world, and uses this experience to contribute to IHS clients in reaching their production optimization goals.
  Alfonso earned a B.Sc. from the National University of Engineering of Peru; he is a passionate of computational physics, has performed studies at various technology institutions including the Massachusetts Institute of Technology, and has published technical papers at SPE, IADC, PennWell and other international conferences.
- Jiafu Xu, Product Architect
  Jiafu Xu
  Product Architect
  Jiafu Xu joined IHS in 2010. Jiafu’s job responsibilities involve development and maintenance of software such as PERFORM and SubPUMP and the areas of expertise include multiphase flow modeling and measurement, horizontal well production, computational fluid dynamics, turbulence modeling, heat and mass transfer and fluid rheology.
  Jiafu Xu holds a Masters degree in Petroleum Engineering from the University of Tulsa. Before joining IHS, Jiafu was a research assistant in The University of Tulsa Drilling Research Projects (TUDRP) specializing in Petroleum Hydraulics, cuttings transport, multiphase flow and wellbore trajectory design.
- Hong (Jasmine) Yuan, Ph.D, Senior Product Architect, Petroleum Engineer
  Hong (Jasmine) Yuan, Ph.D
  Senior Product Architect, Petroleum Engineer
  Jasmine Yuan joined IHS in 1998 and is currently a principal petroleum engineer. Her job responsibilities involve development and maintenance of software such as PERFORM and SubPUMP. Her areas of expertise include multiphase flow modeling and measurement, horizontal well production, computational fluid dynamics, turbulence modeling, heat and mass transfer and fluid rheology.
  Jasmine Yuan holds a Ph.D. in petroleum engineering from the University of Tulsa. She is a member of SPE and also serves as a technical paper reviewer for ASME journal of Energy Resources Technology. Jasmine was a research associate at the Tulsa University Fluid Flow Projects before joining IHS.