A successful VLS integration depends on far more than the lay tower itself.
Dynamic positioning capability, moonpool geometry, structural reinforcement, hull girder performance, OEM interfaces and class approval all influence whether a project is delivered on time and performs safely offshore.
This guide explains how these engineering disciplines work together within a single, coordinated delivery framework.
Every vessel presents a different engineering challenge.
Whether integrating a Vertical Lay System onto a PSV, MPSV or construction support vessel, GLO Marine develops a project-specific engineering solution that considers:
By resolving these requirements early, projects progress with fewer engineering changes, reduced installation delays and a clearer certification pathway.
Vertical Lay System integration brings together structural engineering, marine operations, dynamic positioning and equipment integration within a single project.
Rather than treating each discipline independently, the guide demonstrates how a coordinated EPC engineering approach reduces technical uncertainty throughout the project lifecycle—from concept development through commissioning.
Topics include:
VLS integration is one element of a wider offshore vessel modification programme.
GLO Marine supports owners, operators and offshore contractors with engineering, procurement support, installation supervision, commissioning and certification across complex offshore retrofit and conversion projects.
Explore our Offshore Vessel Mobilisation & Systems Integration services to see how we deliver complete EPC engineering for offshore assets.
