WELLPROD™
Course 09 Perforating

The Well Productivity ProgrammePerforating Design

Perforating is the instant the well and reservoir are connected, a few milliseconds that set the productivity of the completion. This course runs from shaped-charge physics and API testing to explosive selection and gun conveyance, designing perforations that actually deliver.

4Modules
13Topics
PBLProblem-based
Self-pacedOnline delivery

Refined over 15 years of classroom delivery to national and international operators, now rebuilt as a problem-based, self-contained online programme for working petroleum engineers.

What you'll be able to do

Engineer the connection, not just the holes

A perforation is a designed object, not a default. Course 09 trains you to predict performance, read what a shaped charge really does, choose explosives for the environment, and convey the guns the right way.

Design the completion

Predict perforation performance and set the design criteria that drive inflow.

Understand the charge

Read jet physics, liner metallurgy, the crushed zone and API RP 43 test data.

Pick the explosive

Match explosives to time-temperature limits and high-pressure, high-temperature wells.

Convey the guns

Choose wireline or tubing-conveyed perforating and the right under/overbalance.

Curriculum · 4 modules · 13 topics

From shaped charge to optimised completion

The design, the charge, the explosive and the conveyance — four modules that take perforating from a black box to an engineered connection between well and reservoir.

41
Module 41

Design of a Perforated Completion

Turning reservoir and well data into a perforation design that performs.

  • T01Perforation Performance Prediction
  • T02Perforation Design Criteria
42
Module 42

Shaped Charge Fundamentals and API Testing

Inside the charge: jet physics, liner metallurgy, the crushed zone and what API data really means.

  • T01The Physics of the Jet
  • T02Liner Metallurgy
  • T03The Crushed Zone
  • T04Translating API RP 43 Data
43
Module 43

Explosive Types and Environmental Limits

Choosing explosives for the well's temperature, time and pressure limits.

  • T01Time-Temperature Degradation
  • T02Selecting Explosives
  • T03HPHT Perforating
44
Module 44

Gun Delivery Systems (TCP vs. Wireline)

Getting the guns downhole, wireline or tubing-conveyed, and the power of underbalance.

  • T01Wireline Conveyed Guns
  • T02Tubing Conveyed Perforating (TCP)
  • T03The Power of Underbalance
  • T04Overbalanced Perforating

Who this course is for

  • Completion and interventions engineers designing gun systems and charges.
  • Production engineers linking perforation design to inflow performance.
  • Well-delivery engineers selecting conveyance and underbalance strategy.
  • Engineers continuing from Course 08 into the detail of the perforating connection.

What you leave with

  • The ability to predict perforation performance and set design criteria.
  • A working grasp of shaped-charge behaviour and how to read API RP 43 data.
  • Confidence selecting explosives within time-temperature and HPHT limits.
  • A clear basis for choosing wireline vs TCP and the right pressure regime.
How it's taught

Problem-based, not slide-based

Every module opens with a real well problem. You work the engineering, then the theory is introduced to explain what you found: the way the material was honed in the classroom over fifteen years.

01

Start with a well

Each topic is anchored to a field scenario with real data, not an abstract derivation.

02

Work the problem

You design the perforating job to the conditions and predict its performance, then the theory frames why.

03

Carry it forward

The perforating detail here sharpens the completion and stimulation work across the programme.

Get started

Bring Perforating Design to your team

Run Course 09 as a pilot for a cohort, or licence the full eleven-course programme. We'll tailor the rollout around your assets and engineering levels.