• ABOUT US
    AAXAL Offshore
    Services
    We provide cutting-edge and innovative solutions in structural integrity
    inspections and general offshore project management services.
    MORE ABOUT US
    CONTACT US
  • SUPPORTING OUR CLIENTS THROUGH
    World-Class
    Services Delivery
    our Advanced NDT technologies have helped clients in the detection
    and assessment of weld cracks, material loss and Corrosion Under
    Insulation (CUI) on their structures and equipment
    LEARN MORE ADVISORY SERVICES
single-img-six
ABOUT AAXAL Advanced Inspection Services

Providers of cutting-edge and innovative ANDT services.

Founded in the UK in 2007, Aaxal has established itself as a leader in Advanced Non-Destructive Testing (ANDT) inspection solutions. Initially incubated at the Cranfield University Business Incubation Centre (CUBIC), the company has grown from its innovative roots to become a trusted player in the ANDT industry.
For almost twenty years, our Advanced NDT technologies have helped clients in the detection and assessment of weld cracks, material loss and Corrosion Under Insulation (CUI) on their structures and equipment.
more about us
Our Services Attributes

What We Offer

Safety

Ensuring the highest standards of safety in every inspection to protect both people and infrastructure.

Precision

Delivering accurate and reliable inspection results using state-of-the-art ANDT technologies.

Professionalism

Providing expert services with a commitment to integrity and excellence in every project.

Innovation

Leading the industry with cutting-edge solutions and pioneering advancements in NDT 4.0.

Technology

Utilizing the latest in digital capturing & processing to enhance inspection capabilities.

Quality

Maintaining world-class quality in all services to ensure the longevity & reliability of critical energy infrastructure.

MORE ABOUT US

Our Services

We offer advanced structural integrity inspections utilizing state-of-the-art Non-Destructive Testing (NDT) technologies, ensuring the safety, reliability, and efficiency of your critical energy infrastructure.
Inspections & Asset Integrity Management
Inspections & AIM;
Jacket nodal welds, Pipelines, Tanks, Hulls
Plant Inspections; API 579, Condition Monitoring, UWILD, Rig Recertification
RBI, Life Extension Studies & Mgt.
Subsea Robotics:
ROV-Deployed Robotic & NDT Inspections
Aerial Robotics:
Drone-Deployed Robotic & NDT Inspections
ROV-Deployed Robotic Inspections

READ MORE
Offshore Projects Management
Quality Assurance / Quality Control (QA/QC)
Inspections Project Management
Diving Projects Management
Offshore Logistics Management
Operator(s) Trainings
Competence Assessment
Setting up of RBI/RBM Systems
Development of RBI/RBM Solutions
Inspection/Maintenance Cost Analysis
Failure Mode Mapping
Life Extension Studies and Management

READ MORE
Decommissioning
Decommissioning Project Management
Engineering & Survey
Shut Down, Plug & Abandon Existing
Development of Removal Plans
Flushing, Cleaning & Waste Disposal
NDT of Existing Padeyes/Trunions
Fabrication & Instl. of Padeyes/Trunions
Topside Equipment Lifting & Removal
Pump, Sump and Caissons Lifting & Removal
Riser Guard Removal
Creation of Cutting Points

READ MORE
Engineering, Design, Fabrication & Maintenance
Enginerring Design
Engineering Simulation and Visualisation
Preventive & Corrective Maintenance
Equipment Servicing
Pipeline Repair Support
Offshore Manpower Supply
Turnaround Support Services
Routine Plant Operations
Shutdown & Startup Support

READ MORE
Subsea Engineering
Subsea Structure Design
ROV-Compatible Tooling
Flowline & Jumper Support
Subsea Tie-In Assistance
Riser Integrity Evaluation
Cathodic Protection Design
Umbilical Route Planning
Flexible Pipe Engineering
Grout Bag Placement Support
Subsea Equipment Refurbishment

READ MORE
Procurement & Consultancy
Technical Advisory Services
Equipment & Material Procurement
Vendor Evaluation & Audit
QA/QC Surveillance
Bid & Proposal Support
FAT & Inspection Coordination
Regulatory Permit Support
Local Content Compliance
OEM Representation
Supply Chain Coordination

READ MORE
OUR ANDT DEPLOYENTS

Some Advanced NDT Technologies We Deploy

single-img-eight

Alternating Current Field Measurement (ACFM)

For Surface Cracks

Alternating current field measurement (ACFM) is an electromagnetic technique for non-destructive testing detection and sizing of surface-breaking discontinuities.

We are proficient in ACFM due to its lower cleaning requirements and fewer false calls, which means inspections are significantly shorter, saving clients money.

Advantages of ACFM over other Techniques:
  • Ability to inspect through coatings & high tolerance for lift-off
  • Length and Depth sizing
  • A 'one-pass' inspection / no on-site calibration
  • Less reliance on an operator's interpretation
  • Data stored electronically
  • Remote deployment using divers, abseilers, or ROV
  • Faster and easier to deploy; also in all sea states and visibility conditions
  • Adaptable for automated deployment; usable in high & low temperatures
single-img-eight

Pulsed Eddy Current & Eddy Current Array (PECT)

For Corrosion, Cracks and Other Structural Defects

PEC is an electromagnetic inspection technique used to detect wall loss on ferromagnetic structures such as carbon steel and cast iron.

Advantages of PEC over other Techniques:
  • Detecting and Sizing Cracks in Carbon Steel Welds
  • Detecting Corrosion-Under-Insulation (CUI)
  • Sizing cracks as deep as 10 mm for both length and position
  • Allows simultaneously scanning the weld cap, toe area, and heat-affected zone
  • Detects longitudinal and transverse cracks without surface preparation or paint removal
  • Assessing Corrosion on Aluminium and Stainless Steel Tank Floors
  • Detecting and Assessing Stress Corrosion Cracking in Base Metal
single-img-eight

Phased Array Ultrasonic Testing (PAUT)

For Corrosion, Cracks and Other Structural Defects

Phase Array UT (PAUT) covers a range of ultrasonic inspection techniques using powered, mechanical scanners.

Although often used to describe corrosion mapping, AUT encompasses pulse-echo weld inspection, phased array, and Time Of Flight Diffraction.

Advantages of PAUT over other techniques:
  • Automated inspection of tank walls for corrosion
  • Thickness readings every 1mm
  • Speed of up to 200 mm/s
  • Works both in immersion and dry surfaces
  • Dedicated software to API 653 standard
  • Data stored electronically
  • Saves cost on scaffolding/work platforms
  • Fast and easy to deploy
single-img-eight

Long Range Ultrasonic Testing (LRUT)

For Crack, Corrosion and other Defects on Pipelines and Tubulars

LRUT provides rapid screening for corrosion and erosion in pipelines. also known as guided wave ultrasonic testing, is a fast and cost-effective method for inspecting long lengths of pipes.

Advantages of LRUT over other techniques:
  • Ability to inspect through coatings
  • Inspection of buried pipelines without excavation
  • Inspection of tubular columns without the need for a scaffold
  • Ability to identify internal and external defects in the pipe under test
  • Tens of meters can be screened from one location with internal and external defects detected
  • Inspection rings of various diameters are easily positioned
  • Topside and underwater applications
  • High & low-temperature use

AC Field Measurement (ACFM)

single-img-eight

Alternating Current Field Measurement (ACFM)

For Surface Cracks

Alternating current field measurement (ACFM) is an electromagnetic technique for non-destructive testing detection and sizing of surface-breaking discontinuities.

We are proficient in ACFM due to its lower cleaning requirements and fewer false calls, which means inspections are significantly shorter, saving clients money.

Advantages of ACFM over other Techniques:
  • Ability to inspect through coatings & high tolerance for lift-off
  • Length and Depth sizing
  • A 'one-pass' inspection / no on-site calibration
  • Less reliance on an operator's interpretation
  • Data stored electronically
  • Remote deployment using divers, abseilers, or ROV
  • Faster and easier to deploy; also in all sea states and visibility conditions
  • Adaptable for automated deployment; usable in high & low temperatures


Pulsed Eddy Current (PECT)

single-img-eight

Pulsed Eddy Current & Eddy Current Array (PECT)

For Corrosion, Cracks and Other Structural Defects

PEC is an electromagnetic inspection technique used to detect wall loss on ferromagnetic structures such as carbon steel and cast iron.

Advantages of PEC over other Techniques:
  • Detecting and Sizing Cracks in Carbon Steel Welds
  • Detecting Corrosion-Under-Insulation (CUI)
  • Sizing cracks as deep as 10 mm for both length and position
  • Allows simultaneously scanning the weld cap, toe area, and heat-affected zone
  • Detects longitudinal and transverse cracks without surface preparation or paint removal
  • Assessing Corrosion on Aluminium and Stainless Steel Tank Floors
  • Detecting and Assessing Stress Corrosion Cracking in Base Metal


Phased Array UT (PAUT)

single-img-eight

Phased Array Ultrasonic Testing (PAUT)

For Corrosion, Cracks and Other Structural Defects

Phase Array UT (PAUT) covers a range of ultrasonic inspection techniques using powered, mechanical scanners.

Although often used to describe corrosion mapping, AUT encompasses pulse-echo weld inspection, phased array, and Time Of Flight Diffraction.

Advantages of PAUT over other techniques:
  • Automated inspection of tank walls for corrosion
  • Thickness readings every 1mm
  • Speed of up to 200 mm/s
  • Works both in immersion and dry surfaces
  • Dedicated software to API 653 standard
  • Data stored electronically
  • Saves cost on scaffolding/work platforms
  • Fast and easy to deploy


Long Range UT (LRUT)

single-img-eight

Long Range Ultrasonic Testing (LRUT)

For Crack, Corrosion and other Defects on Pipelines and Tubulars

LRUT provides rapid screening for corrosion and erosion in pipelines. also known as guided wave ultrasonic testing, is a fast and cost-effective method for inspecting long lengths of pipes.

Advantages of LRUT over other techniques:
  • Ability to inspect through coatings
  • Inspection of buried pipelines without excavation
  • Inspection of tubular columns without the need for a scaffold
  • Ability to identify internal and external defects in the pipe under test
  • Tens of meters can be screened from one location with internal and external defects detected
  • Inspection rings of various diameters are easily positioned
  • Topside and underwater applications
  • High & low-temperature use