Practical inspection and non-destructive testing for oilfield tools, tubulars, lifting equipment, and pressure-critical assets.
Full capability directory
Oilfield Equipment Inspection, NDT Services, and Inspection, Load Testing & Certification.
Inspection of Bottom Hole Assembly components to assess their condition, dimensional integrity, connections, wear, cracks, corrosion, and other service-related damage. Inspection can be performed in accordance with applicable API, DS-1 and client-specific requirements.
Borescope Inspection is a remote visual inspection (RVI) technique used to examine internal, enclosed, or difficult-to-access areas of oilfield equipment without requiring complete disassembly. Using a flexible or rigid borescope camera, inspectors can visually identify internal cracks, corrosion, pitting, erosion, wear, deposits, deformation, and mechanical damage.
Dimensional Inspection verifies critical component dimensions against applicable drawings, specifications, standards or client requirements.
Comprehensive inspection of drill pipes and tubular components to identify surface and subsurface discontinuities, wall loss, corrosion, wear, deformation and connection damage.
Eddy Current Testing is an electromagnetic NDT method used to detect surface and near-surface discontinuities, material variations, cracks and other defects in electrically conductive materials.
Electromagnetic inspection is used to identify surface and subsurface defects, corrosion, pitting and wall-loss conditions in suitable ferromagnetic tubulars and components.
An ultrasonic inspection technique used for the full-length examination of tubular components to identify internal and external discontinuities and wall-thickness variations.
Load testing of equipment used for material handling and transportation, ensuring the equipment can safely perform its intended function under the specified load conditions.
Inspection of lifting and handling equipment to identify cracks, deformation, excessive wear, corrosion, dimensional abnormalities and other defects that may affect safe operation.
Hardness Testing is used to determine the hardness of metallic materials and assess whether components meet specified material or service requirements.
Comprehensive visual and dimensional inspection, functional checks, and applicable testing followed by inspection reports and certification confirming equipment status and compliance with applicable standards and requirements.
Inspection and testing of slings, shackles, lifting eyes, spreader beams, lifting clamps, hooks, and other lifting accessories to verify their condition and load-bearing capacity.
Testing of lifting equipment such as cranes, hoists, winches, lifting beams, and other lifting machinery to confirm their ability to safely withstand the required working load.
A surface inspection method used to detect surface-breaking cracks, porosity, laps and other discontinuities on non-porous materials.
A non-destructive testing method used to detect surface and near-surface discontinuities in ferromagnetic materials. MPI is widely used for inspection of drilling tools, connections, lifting equipment and other oilfield components.
Controlled application of a specified test load to verify the strength, structural integrity, and safe working capability of equipment.
NDT and dimensional inspection of slickline tools and components to identify cracks, wear, corrosion, deformation and other defects that may affect tool performance and reliability.
Ultrasonic Thickness Gauging is used to accurately measure material thickness and identify wall loss caused by corrosion, erosion, wear or other deterioration.
Visual Inspection is used to assess the general physical condition of equipment, including surface damage, corrosion, wear, deformation, cracks, thread condition and other visible abnormalities.
Inspection of cementing tools and components to identify cracks, corrosion, erosion, thread damage, wear and dimensional abnormalities.
Inspection of well isolation and pressure-control tools to identify defects, wear, corrosion, damage and dimensional abnormalities that may affect isolation performance.
Inspection of equipment used for well intervention, workover and well-servicing operations to identify defects, wear, corrosion, cracks and dimensional abnormalities.
Inspection of well-testing equipment and pressure-containing components to assess their physical condition, connections, dimensional integrity and suitability for service.
Inspection of wireline tools and associated components for surface and subsurface discontinuities, mechanical damage, wear, corrosion and dimensional abnormalities.
After we get some information from you, we will set up a time to discuss your project in further detail.
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