Kick any Boyle’s Law Problem in the Butt!

Gas Expansion Well Control Workshop

🗓️ Date: December 21

🕒 Time: 11:00 AM CST (GMT-6)

📍 Location: Zoom/Online

Gear up for a workshop that empowers you to kick Boyle's Law problems to the curb in just an hour! Here's what's in store:

🚀 Gas Migration and Expansion Simulations

📚 Sample Problems + The Boyle's Law Cheat Sheet

👥 Interactive Learning

🌐 Making Connections (see what I did there?)

Who Should Attend?

Anyone who struggles with using Boyle's Law to solve gas expansion problems on well control exams.

Who Should Not Attend?

This workshop is not intented for anyone who finds Boyle's Law or gas expansion calculations easy. It is NOT intended for instructors. It is intended to help well control students. Anyone is welcome to join, but keep in mind who the intended audience is. In other words--don't join the workshop to be a troll.

🎟️ Grab Your Spot: Limited spaces! Secure yours now at [Event Website/Registration Link].

Say goodbye to Boyle's Law problems – say hello at the workshop!

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When Your Well Control Instructor Utters the Words “Boyle’s Law”...Do You Suddenly Feel Impending Doom?

Maybe you feel so confused that you zone out during that part of class and decide to skip those questions anyway?

You're not alone if you've wondered what the hell you are supposed to use for the P’s and V’s (even with a formula sheet)...

What if Solving Boyle’s Law Problems Could Be Easy? (Good News–It Can Be!)

After struggling through Boyle's law problems myself as a student, I eventually became a teacher and I knew there had to be a better way...

So I came up with this cheat sheet!

My Boyle’s Law Cheat Sheet breaks down ALL the variables so that you’ll know EXACTLY what to plug in to the Boyle’s Law formula...

You’ll be able to solve ANY gas expansion problem that may come up on the IADC and IWCF exams–even if the wording is tricky!

I know it might seem hard to be believe, but it's true...

The Boyle's Law Cheat Sheet

  • Get simple, easy-to-understand definitions of what the P1, P2, V1 and V2 variables mean in the problem

  • The 4 ways identify the pressure above the gas bubble depending on if the gas is at the surface, migrating, circulating or circulated to the surface

  • How to know exactly what the original and new kick sizes are

...All on one, easy-to-follow page!

Just Enter Your Name & Email Address Here for INSTANT ACCESS to this FREE Cheat Sheet!

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