Lifting Loads in Onshore/Offshore Installations

The location of the load and crane with respect to the marine is one method of categorizing these lifts; this method primarily provides a concept of the impact on the environment to be taken into consideration in this Lifting Loads in Onshore/Offshore Installations training course. Lifting that occurs on land, when both the load and the crane are stationary on the ground. Whenever done properly, the impact and strain amplifications operating on the components are negligible. Typically, in straightforward scenarios, a dynamic force amplification factor between 1.05 and 1.15 is employed and the dynamic analysis is suppressed. Load movements are not computed since dynamic analysis is not performed. 

Because it is a subjective categorization, it shouldn't be the sole factor used to determine the amplification factors because the environmental load (wave, wind, current, etc.) rather than the geographic position determines how much lifting is done. In certain areas of the offshore, protected water may be an option, but in other areas, an offshore lift will need to be designed.

This GLOMACS training course will highlight:

• Lifting operations are carried out for both huge and little objects, both on land and at water. 
• Highlighting lifting bags,  and substructure. 
• The setting up, execution, and upkeep stages. 
• Building a substation and frequent lifts like utilizing machinery to load baggage. 
• Setting up lifting activities. 
• Supervision of the hoisting operations. 
• Lifting and installing offshore.

At the end of this Lifting Loads in Onshore/Offshore Installations training course, you will learn to: 

• Being able to create minimal specifications for lifting activities in the offshore.
• Recognising the effects of lifting operations mishaps It is possible to find out how to update event statistics. 
• The projections for the future indicate a considerable rise in installations across the globe.
• Learning how to install and maintain the current generation of wind farms. 
• Finding the simple solution to lower risk and expenses.
• Studying both on land and in the water lifting operations. 
• Studying the phases of installation, operation, and maintenance. 
• One-time tasks like installing substations and performing lifts repeatedly. 
• Studying Lifting Operation Planning.
• Gaining knowledge about lifting operation control.
• Studying offshore lifting and installation.

This Lifting Loads in Onshore/Offshore Installations training course will utilise a variety of proven learning techniques to ensure maximum understanding, comprehension and retention of the information presented. The training course is highly interactive and is designed with briefings and a central project scenario as the driver for all course learning. Professionals attending this training course will complete several elements of project work through assigned roles. There will be open discussion and real-world examples delivered via competency-led activities.

The Organisation will have the following benefits;

• Improved awareness of better offshore structure lifting design
•  Increased maintenance budget through innovative maintenance scheme ideas
•  Increased installation offshore project output through familiarity with modern technology 
• Increasing the lifting applications in actual land and offshore projects
•  Increased organisation long-term investment gain through innovative ideas to improve sustainability of the offshore oil and gas project

At the end of this Lifting Loads in Onshore/Offshore Installations training course, the participants will gain the following;

• Boost the trainee's capacity for offshore design
• Educate them on current design and execution phases
• Develop their maintenance approach skills
• Boost their ability to improve the quality of all platform installation phases.

 This training course is suitable to a wide range of professionals but will greatly benefit:

• Design Structural Engineers
• Supervision Engineer
• Planners
• Steel Fabricator
• Construction Engineers
• Project Engineers