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Home >   Course Catalog >   Rotating Machinery for Oil and Gas Manufacturing  

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Rotating Machinery for Oil and Gas Manufacturing Training Course

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Teaches safe operation of high-torque rotating machinery, covering nip point hazards, lockout/tagout, and proper guarding procedures.

17 minutes   |   SKU: AT248    |    Language(s): EN / ES / FR    |    Produced 2026

SKU:

AT248

Language(s):

EN / ES / FR

Updated:

2026

Length

17 minutes

Training Objectives

Identify high-hazard rotating equipment in Oil and Gas operations
Recognize ingoing nip points and their mechanical dangers
Inspect and respect machine guards before every shift
Apply Lockout/Tagout procedures for rotating machinery safely
Follow attire rules to prevent entanglement hazards around rotating machinery
Respond safely to entanglement emergencies using E-Stop procedures

Course Overview

In the Oil and Gas industry, rotating machinery is the "muscle" of the operation—nothing moves product without the massive torque of motors, pumps, and drives. However, this equipment is "hungry"; it does not know the difference between a steel pipe and a human arm. This course is designed to help workers "tame the beast" by respecting the physics of high-speed, heavy-industrial equipment.

We move beyond basic awareness to technical hazard recognition, specifically focusing on Ingoing Nip Points—the zones where belts meet pulleys or gears mesh. You will learn why these areas are dangerous: they don't just pinch; they use the machine's torque to draw you in faster than the brain can process a signal to let go.

The training covers three critical layers of defense:

1. Machine Guarding: We review the mandatory use of fixed and interlocked guards. You'll learn the "golden rule": if a guard is compromised, the machine is compromised and must be removed from service.

2. Energy Control (LOTO): Standard lockout isn't enough for rotating gear. We emphasize Stored Kinetic Energy, teaching you to wait for and verify a full "dead stop" before beginning any maintenance.

3. Personal Readiness: We address the Glove Paradox and the danger of loose clothing. While impact gloves are standard in the field, they can become a snag hazard around precision rotating bits, making site-specific hazard assessments vital.

Finally, we call out "Oil & Gas Killers"—specific industry gear like the Kelly Bushing and manual Catheads that require flawless communication and distance to operate safely.

This program is available with Spanish and French closed captions.

Compliance Standards & Regulations

This course references the standards and regulations listed below.

OSHA Standards 29 CFR 1910.212, 1910.219, and 1910.147

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No Worries. Here’s Some Helpful Info.

What is the most dangerous mechanical hazard on rotating machinery?


Ingoing Nip Points (or pinch points) are the primary hazard. They occur anywhere two parts move together with at least one rotating, creating a trap that can instantly draw a worker into the mechanism.


Are interlocks on a machine a valid substitute for Lockout/Tagout?


No. Interlocks are safety features for normal operation, but they can fail or be bypassed. For any service or maintenance, full energy isolation through LOTO is required.


What is "Stored Kinetic Energy" in rotating equipment?


It is the energy of motion that keeps a component coasting silently long after the power has been cut. Workers must wait for motion to stop completely and verify it is "dead" before reaching in.


Should I always wear gloves when working near rotating machinery?


It depends on your company policy. While impact gloves protect against cuts, they can be pulled into high-speed rotating bits (like lathes or drills), potentially drawing your hand in. Always check the specific hazard assessment for your task.


What should I do if I see a coworker get caught in a machine?


Hit the Emergency Stop (E-Stop) immediately. Do not attempt to grab the victim until the machine has completely stopped, as you may be pulled in as well.


Disclaimer: The information provided on this page is subject to change and is for promotional and informational purposes only. Prior to acting on the information contained on this page, verify all information against the latest OSHA and applicable standards, regulations, and guidelines. Please also contact us with any questions you have related to this information. Under no circumstances will Atlantic Training, LLC be held responsible for direct, indirect, consequential, or incidental injuries or damages, or any damages or injuries whatsoever, whether resulting from contract, negligence, or other torts, related to the utilization of this information or the contents of this page. Atlantic Training retains the right to incorporate, remove, or adjust the contents on this page without prior notice.

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