Tubular Inspection
KTC provides Tubular Inspection Services through a technically advanced and quality-driven framework designed to ensure the integrity, reliability, and safe performance of oilfield tubular assets. The service scope is engineered around comprehensive inspection methodologies, including electromagnetic inspection (EMI), ultrasonic testing (UT), magnetic particle inspection (MPI), and visual dimensional verification to detect corrosion, wall loss, cracks, and mechanical defects in drill pipes, tubing, and casing strings.
Operational execution is supported by calibrated inspection equipment, controlled handling procedures, and trained personnel to ensure accurate, repeatable, and traceable results in accordance with API standards and KOC requirements. Quality assurance is embedded through strict calibration regimes, certified inspection procedures, and detailed reporting systems that provide full traceability and asset integrity documentation.
In parallel, HSE is fully integrated into all operational activities, with enforced safe lifting practices, hazard identification controls, and adherence to occupational safety protocols to ensure zero-harm execution and compliance with the highest industry safety standards.
Tubular Inspection
KTC provides Tubular Inspection Services through a technically advanced and quality-driven framework designed to ensure the integrity, reliability, and safe performance of oilfield tubular assets. The service scope is engineered around comprehensive inspection methodologies, including electromagnetic inspection (EMI), ultrasonic testing (UT), magnetic particle inspection (MPI), and visual dimensional verification to detect corrosion, wall loss, cracks, and mechanical defects in drill pipes, tubing, and casing strings.
Operational execution is supported by calibrated inspection equipment, controlled handling procedures, and trained personnel to ensure accurate, repeatable, and traceable results in accordance with API standards and KOC requirements. Quality assurance is embedded through strict calibration regimes, certified inspection procedures, and detailed reporting systems that provide full traceability and asset integrity documentation.
In parallel, HSE is fully integrated into all operational activities, with enforced safe lifting practices, hazard identification controls, and adherence to occupational safety protocols to ensure zero-harm execution and compliance with the highest industry safety standards.
Tubular Inspection & Integrity Assessment
Kuwaiti Technical Company (KTC) provides comprehensive Tubular Inspection Services to ensure the integrity, reliability, and safe utilization of drilling and production tubulars throughout their service life. Our inspection solutions cover drill pipes, casing, tubing, and accessories, helping clients identify defects, wear, corrosion, and mechanical damage before they impact operations. Through systematic inspection and evaluation, we support safer operations and extend the operational life of critical tubular assets.
Advanced Inspection Techniques & Quality Control
KTC utilizes proven non-destructive testing (NDT) methods and calibrated inspection equipment to deliver accurate and reliable inspection results. Our services include visual inspection, electromagnetic inspection, ultrasonic testing, dimensional checks, and thread inspection, all performed by qualified and certified technicians. Detailed reporting and traceability ensure full compliance with international standards and client specifications, enabling informed decision-making and effective asset management.
Safety, Compliance & Local Expertise
All tubular inspection activities at KTC are conducted in strict accordance with international standards and local oil and gas regulations in Kuwait. Safety and quality are embedded in every stage of our inspection process, from handling and preparation to testing and certification. With strong local presence and experienced personnel, KTC delivers responsive, efficient, and dependable tubular inspection services that support drilling efficiency, operational safety, and long-term well integrity.