Asset Protection Technology

Mooring Anchor Design

Tekmar’s Mooring Anchor Design service provides specialist engineering expertise to support the assessment, optimisation and detailed design of mooring anchor systems for offshore structures. Combining geotechnical analysis, structural engineering and risk-based design methodologies, we help customers develop reliable anchoring solutions that improve performance, reduce risk and support long-term operational integrity in challenging offshore environments.

Engineering-led mooring anchor design supporting the performance, reliability and long-term integrity of offshore infrastructure.

From floating offshore wind developments and offshore energy projects to marine infrastructure applications, our engineering teams evaluate site conditions, loading scenarios and project-specific requirements to identify the most suitable mooring and anchoring solutions. Through detailed analysis, design optimisation and lifecycle assessment, Tekmar delivers trusted engineering insight to support safe, efficient and resilient offshore operations.

Key Features

  • Site appraisal and geotechnical assessment for anchor suitability
  • Mooring anchor design and optimisation for offshore structures
  • Multi-criteria assessment to evaluate anchoring solutions and project requirements
  • Detailed mooring system analysis under operational and environmental loading conditions
  • Structural, geotechnical and fatigue assessment of mooring components
  • Risk-informed design methodologies to improve reliability and resilience
  • Compliance support aligned with recognised offshore industry standards

Applications

Mooring Anchor Design supports a wide range of offshore infrastructure projects, including:

  • Floating offshore wind developments
  • Offshore energy installations and floating structures
  • Marine infrastructure and offshore platforms
  • New-build offshore projects and asset life extension studies
  • Mooring system optimisation and performance assessments

Proven Expertise

Combining advanced engineering analysis with practical offshore expertise, Tekmar helps customers develop mooring anchor systems that are optimised for performance, reliability and long-term operational success in demanding offshore environments.

Associated Products & Services

Engineering Services

Hadrian Cloud

Jack-Up Analysis

Offshore Installation Analysis

Computational Fluid Dynamics (CFD) Analysis

Structural Finite Element Analysis (FEA)

Foundation Selection and Design

Subsea Umbilicals, Risers, Flowlines & Cables (SURF) Analysis

Burial & Trenching Assessment and Optimisation

Cables & Pipelines

Integrated Ground Model Development

Site Investigation, Scoping, Design & Management

Case studies

Our Latest Projects

View All Case Studies
Offshore Wind

COASTAL VIRGINIA OFFSHORE WIND (CVOW)

The CVOW project is a great example of Tekmar’s complementary technologies and services working together to support

Offshore Wind

EFFECTIVE SIMULATION AND ANALYSIS MANAGEMENT USING AELCLOUD

The Problem Geo-intelligence and asset integrity provider, Fugro, required a large number of simulations of subsea power

Offshore Wind

DEVELOPING NEW METHODOLOGY FOR SUBSEA CABLE ANALYSIS

Tekmar has developed a methodology that takes into account the local stiffness of all cable components and

Marine Infrastructures

JACK UP SUPPORT – ZULUF FIELD

The Arabian Gulf remains at the forefront of oil and gas extraction with many fields still being

Offshore Wind

WAVE ENERGY GENERATOR FOUNDATION STUDY

Wave energy is a hugely undervalued resource, and we are very proud to be involved in the

Marine Infrastructures

MOORING PILE DESIGN

FPU Mooring Pile Design – East Java  Sitting near the boundary between the Sunda Plate and the

Offshore Wind

BURIAL ASSESSMENT STUDY

Offshore wind in Taiwan is a booming sector, and we are delighted to be involved. We recently

Marine Infrastructures

SHAH DENIZ II

In 2019 we supplied a number of shallow and deep water turning bollards for the Shah Deniz II project

Offshore Wind

DEVELOPING A HOLISTIC ANALYSIS MODEL FOR CPS

The Problem Cable protection systems (CPS) are a requirement on the vast majority of offshore windfarms. They

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