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Mechanical Joint Integrity Training

Further Information | Course
Duration
120 minutes
Category
Engineering & Technology, Asset Integrity
Sector
Oil & Gas
Price
from £80.00
Mechanical Joint Integrity Training Mechanical Joint Integrity Training 2 Mechanical Joint Integrity Training 3 Mechanical Joint Integrity Training 4
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30 Day Access

Efficient, fast access for individuals and team leaders


  • Immediate access for 30 days after purchase
  • Launch course instantly after checkout
  • PDF certificate sent to learner via email upon completion
  • Up to 10 licences per single purchase to allocate out to up to 10 learners
£80.00
Popular Choice
1 Year access

Flexible option for individuals and team leaders


  • Immediate access for 365 days after purchase
  • Launch course instantly after checkout
  • PDF certificate sent to learner via email upon completion
  • Up to 10 licences per single purchase to allocate out to up to 10 learners
£125.00
Further Access

Scalable for companies training large teams


  • Flexible access periods
  • Certificates stored within LMS
  • Full access to Learning Management System

Request Licenses

Further Information - Mechanical Joint Integrity Training

Description

Who is this course for?

This course is aimed at all personnel involved in mechanical joint operations, particularly those who are expected to undertake related duties in the workplace.

Is previous experience required?

You do not need prior knowledge or experience to complete this course and it is assumed that you are competent in your designated role

How will this course benefit me?

This course aims to provide learners with an introduction to the principles of the equipment and technology associated with the bolting of flanged joints for pressurised systems. This course is intended to reflect industry """"best practice"""" for competence in relation to mechanical joint operations and applies to both the onshore and offshore Oil and Gas Industry.

This course contains the following sections:

Section 1: An Introduction to Mechanical Joint Integrity

Section 2: Principles of Hand Torquing

Section 3: Principles of Hydraulic Tensioning

Section 4: Principles of Controlling Tightening

How will this course benefit my company?

By ensuring you are introduced to the principles of the equipment and technology associated with the bolting of flanged joints for pressurised systems

What standards are referred to in this course?

N/A

Is there an assessment?

Once you have completed the course, you will be asked a series of questions to check your knowledge and understanding. These are based on the learning objectives for the course and have a pass mark of 80%.

Learning Objectives

Section 1: An Introduction to Mechanical Joint Integrity

  • Explain the importance of ensuring mechanical joint integrity
  • Describe what is meant by ‘a mechanical joint’
  • Identify different types of flanges and flange connections
  • Describe how to install flanges correctly
  • Describe the principles behind the use of nuts and bolts
  • Explain the physical properties of bolts
  • Explain how to choose the correct nut type
  • Identify different types of gaskets
  • Explain what should be checked when installing gaskets


Section 2: Principles of Hand Torquing

  • Identify what is meant by ‘torque’
  • Explain how to reduce friction and the importance of lubrication
  • Explain the importance of tightening and identify correct tightening methods
  • Describe the disadvantages of using hand torquing methods
  • Identify different methods of measuring torque tightening
  • Give examples of risks associated with hand torquing methods


Section 3: Principles of Tensioning

  • Identify different tensioning techniques
  • Explain how to use heater rods
  • Explain how to use hydraulic bolt tensioners
  • Explain the principles behind mechanical elongation
  • Identify the main limitations of hydraulic wrenches
  • Describe correct tightening methods
  • Identify the advantages of hydraulic tightening
  • Identify different methods of measuring tensioning
  • Explain the relationship between hydraulic tensioning and tension stress


Section 4: Principles of Controlling Tightening

  • Identify the three main methods of tightening
  • Describe what is meant by ‘uncontrolled’ tightening
  • Describe what is meant by ‘partially controlled’ tightening
  • Describe what is meant by ‘fully controlled’ tightening
  • Identify the different measuring tools available for carrying out fully controlled tightening
  • Explain the importance of applying the correct amount of stress
  • Describe the effects of using too low a stress
  • Describe the effects of using too high a stress
  • Give an overview of best mechanical joint integrity practice

Assessment

Exam in the e-learning course

System Requirements

  • Internet Access - Users will need a computer or device with a web browser and an internet connection.
  • System - Runs on desktop computers and tablets. Microsoft Windows 7, 8 and 10 and MAC OS. Apple Tablets running IOS 11.
  • Browser - Runs on Edge, Chrome, Firefox and Safari, no plug-ins required
  • Minimum browser size - 1024x672
  • Audio – Requires speaker or headphones.
  • Notes - Not suitable for smartphones.
i
30 Day Access

Efficient, fast access for individuals and team leaders


  • Immediate access for 30 days after purchase
  • Launch course instantly after checkout
  • PDF certificate sent to learner via email upon completion
  • Up to 10 licences per single purchase to allocate out to up to 10 learners
£80.00
Popular Choice
1 Year access

Flexible option for individuals and team leaders


  • Immediate access for 365 days after purchase
  • Launch course instantly after checkout
  • PDF certificate sent to learner via email upon completion
  • Up to 10 licences per single purchase to allocate out to up to 10 learners
£125.00
Further Access

Scalable for companies training large teams


  • Flexible access periods
  • Certificates stored within LMS
  • Full access to Learning Management System

Request Licenses