Khairat Khaleej

Welcome to Khaierat Khaleej Engineering Testing Co. Ltd.

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We provide our clients with one of the most comprehensive inspection services available in the region. From general and conventional inspection techniques to advanced inspection technologies, we are uniquely positioned to provide a robust inspection service.
With over 20 years of experience in providing reliable, high-quality inspection solutions across multiple industries, we have the tools and expertise needed to solve the toughest NDT inspection challenges to help the client get the most value out of NDT solutions, allowing him to achieve the efficiency, accuracy, and safety.

We offer a wide spectrum of NDT solutions to many industries

Industries We Serve

Oil Refineries
and Oil Plants

Natural Gas Pipeline

Natural Gas
Plants

Building and Bridges

Water
Plants

Oil
Pipeline

Compressor Stations

Oil, Gas and Water Tanks

Aircrafts and
Components

Petrochemical Industries

Power Generation Facilities

We’re providing technical solution

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NON-DESTRUCTIVE TESTING

Many of modern construction projects and industrial facilities involve more complicated structures and severe working conditions than ever, therefore, any deficiencies or defects, no matter how small they seem to be, can lead to catastrophic accidents.
So, engineering testing was a must, but, for economic considerations, it needs to be done on-site and with as limited damages
as possible; here comes the need for non-destructive testing procedures.
As the name implies, non-destructive testing means conducting engineering examinations in order to detect any discontinuities within metallic or non-metallic materials, depending on the change of some physical properties, such as acoustic, magnetic and radiographic properties. Checking for welds defects is one of the most common applications of NDT techniques, since welds represent points of
weakness and they often contain various types of flaws, for instance, cracks, porosity, splatter, undercut and so on.

Here are the NDT methods that we provide:

CONVENTIONAL NDT

A non-destructive testing technique that uses various types of video probes, video borescopes, remotely operated cameras, robotic crawlers, and other specialized tools in order to remotely examine components for corrosion and damage

A non-destructive testing method that employs X-rays or gamma rays to examine the internal structure of materials. This technique is crucial for identifying defects such as cracks, voids, and inclusions within various components used in industries like aerospace, manufacturing, oil and gas, and construction. The primary goal of RT is to ensure the integrity and quality of materials without causing any damage during the inspection process.
A non-destructive testing method that employs high-frequency sound waves to detect and characterize flaws within materials. This technique is particularly effective for inspecting welds, as it can identify discontinuities that may not be detectable with conventional straight beam ultrasonic methods.
A non-destructive testing (NDT) method designed to detect surface-breaking defects in various materials. This technique is particularly effective for identifying flaws that are not visible to the naked eye, such as cracks, seams, laps, and porosity. The fundamental principle behind LPT is capillarity, where a liquid penetrant is drawn into surface discontinuities due to capillary action.
A non-destructive testing (NDT) method that detects surface and near-surface discontinuities in ferromagnetic materials. This technique is particularly effective for identifying defects such as cracks, laps, seams, and inclusions in materials like iron, nickel, cobalt, and their alloys. The following sections outline the principles, processes, equipment, advantages, limitations, and applications of (MPI).
A non-destructive testing method used to measure the thickness of materials, primarily metals, and assess their integrity. This technique employs ultrasonic waves to determine how thick a material is by measuring the time it takes for sound waves to travel through the material and reflect back to a transducer.
A non-destructive testing method used to verify the chemical composition of metals and alloys. This process ensures that materials conform to specified standards and regulations, which is crucial for maintaining safety and quality in various industries. PMI is particularly important in sectors such as oil and gas, power generation, aerospace, nuclear, and pharmaceuticals.
A non-destructive testing (NDT) method that utilizes thermal imaging cameras to detect and visualize temperature variations in objects. This technology captures infrared radiation emitted from surfaces, allowing users to identify thermal anomalies that may indicate issues such as heat loss, electrical faults, or mechanical failures. The images produced are known as thermograms, which display temperature differences across the inspected area.

Khairat Khaleej Engineering Testing Co. Ltd.
provides ferrite testing service, it is fast, cost-effective, ferrite testing helps to find the accurate measure of austenitic and duplex stainless steels.

We perform Pressure Testing to ensure the integrity of the pressure shell on new pressure equipment, or on previously installed pressure and piping equipment that has undergone an alteration or repair to its boundary.

The vacuum test is a critical procedure used primarily in medical and dental settings to ensure the eectiveness of autoclave sterilization processes. This test veries that the autoclave can create a sucient vacuum within its chamber, which is essential for eective sterilization.
A critical process in ensuring that protective coatings applied to various surfaces meet quality standards, adhere properly, and provide the intended protection against environmental factors such as corrosion, wear, and tear. This inspection process involves several steps and methodologies designed to assess the integrity of the coatings.
The primary goal of NDT is to identify any defects or weaknesses in materials without causing damage to the structure itself. This is especially important in industries such as construction, oil and gas, and manufacturing, where safety and reliability are paramount.

ADVANCED NDT

New and advanced NDT techniques are continually under development for the sake of more accuracy and more convenience.
 Advanced NDT techniques that we utilize include:

A technique primarily used for inspecting welds and other critical components in various industries. This method leverages ultrasonic waves to detect and characterize aws, particularly crack-like defects, by measuring the time it takes for sound waves to travel from a probe, reect o the tips of a defect, and return to another probe.
A technique that utilizes multiple ultrasonic transducer elements to inspect materials for internal aws. Unlike conventional ultrasonic testing, which typically uses a single transducer, PAUT employs an array of small piezoelectric crystals that can be pulsed individually. This capability allows for the electronic steering and focusing of the ultrasonic beam, enabling inspectors to obtain detailed images of the internal structure of components.
Employs various types of digital detectors, including at-panel detectors and imaging plates, which capture high-resolution images of the internal structure of components without causing any damage.
Our certied team employs robotic scanning devices and advanced data analysis software to inspect materials for defects or aws. This method enhances the traditional ultrasonic testing process by integrating automation, which signicantly improves the accuracy and eciency of material inspections across various industries.
A crucial for assessing the integrity of various industrial assets such as storage tanks, pipelines, and pressure vessels. Below is a detailed exploration of how RMS operates, its benets, and its applications.
A technique widely used for inspecting the oors of aboveground storage tanks. This method is particularly eective in detecting corrosion and pitting, which can compromise the integrity of tank structures. Below is a detailed exploration of MFL technology, its operational principles, advantages, and applications.
A technique primarily used for inspecting small diameter pipes and tubes. This method employs ultrasonic technology to assess the integrity of materials without causing any damage, making it essential in various industries, particularly those involving heat exchangers, boilers, and other critical components.
Particularly in the eld of industrial inspections. These technologies have transformed traditional radiographic methods by replacing lm-based systems with digital solutions, oering numerous advantages in terms of eciency, safety, and environmental impact.
A technique that utilizes electromagnetic elds to detect aws in conductive materials. This method is particularly eective for inspecting oil country tubular goods (OCTG), as well as other ferrous and non-ferrous components. The two primary categories of EMI are Eddy Current Inspection and Magnetic Flux Leakage Testing, each serving distinct applications and industries.

Quality Consultation Services

Preparation and Conducting Employee Training Programs and Seminars

K.KETCo. Ltd prepares professional training programs for personnel who work in quality control field, especially in the area of non-destructive testing, making use of our expert advisors’ expertise in this field.

Procedures and Specifications Preparations

Our extensive experience allows us to prepare testing procedures to be followed in a workplace, as well as specifications that should be met by inspectors.

Quality Systems Review

We also provide the service of reviewing and checking the performance of quality systems to help other companies improve their quality control results

Welder/Welding procedure qualifications

  • Procedures and Specifications Preparations

K.KETCo. prepares welding procedures and welders qualification procedures in compliance with international standards and welding codes.

  • Test monitoring

We monitor testing practices on welds to make sure that everything is done as per the code requirements.

  • Destructive & non-destructive testing

Sometimes it is required to conduct both destructive and
non-destructive testing on some welded parts;
K.KETCo. performs all types of examinations and guarantees that all parts of a project are sound and flawless.

  • Documents preparation & review

Preparation and reviewing of documents is also a part of the services we provide in the area of welding.

PWHT (POST WELD HEAT TREATMENT

KKETCO have a professional department capable to perform heat treatment activities for the welded joints, plates and casting including Post weld heat treatment for the welding, annealing, tempering and normalizing.

KKETCO engineers participated in several training courses and perform thousands of heat treatment activities in refineries, power station, petrochemical plant & Prepare the work procedures according to the material type, thickness, shapes, sizes & WPS.

Evaluate the heat treatment activities depending upon the recorded (time —temperature) charts and hardness values.

 

PWHT
PWHT

KKETCO have all equipment with high technology from weldotherm (stander Europe, 45,82,130) KVA) with deferent sized and shapes of heating mats and coils to cover our piping, tanks, pressure vessel PWHT work with valid calibration certificates and have the required accessories such as thermo cables, insulation materials, spot weld machine …. etc.

KKETCO perform big projects in Iraq in high quality in the pipelines, flow lines, power plants and Refineries.
Perform the hardness measurement for the metal around heat treated zones.
KKETCO have all safety instructions, risk analysis document, PPE, Safety instruments and signs required.

8705
Project Completed
480
Team Members
6260
Hours Worked
9774
Happy People

CHATODIC PROTECTION (CP)

KKETCO. is highly experienced the Design, Installation and commissioning of complete cathodic protection systems for:

  • Under Ground Pipeline.
  • Temporary CP systems.
  • Permanent CP systems.
  • Tank Farm (Both internal & external).
  • Off-Shore Structures.
  • Scraper launcher, receiver traps & buried steel valves.
  • Substations and Power Stations grounding systems.

KKETCO is specialist company in perform repairing , testing and
commissioning for Total Plants Cathodic Protection System in both types (ICCP and SACP and Performs all activities according to International standards and applied codes to ensure high quality). KKETCO have test Equipment and construction equipment from western origin and (calibrated periodically)

KKETCO perform both types of CP systems:
– Impressed current cathodic protection system (ICCP)
– Sacrificial anodes cathodic protection system (SACP)

Industrial Projects
Power Energy Plants
We supplying construction materials and spares parts

KKETCO offer the following services in the field of Cathodic Protection:

  • Soil resistivity Measurements and profiling.
  • Cathodic protection Systems design.
  • Assessment and recalculation of existing CP systems.
  • Materials Supply, from highly reputable European suppliers.
  • Installation of Cathodic Protection Systems.
  • Test and Commissioning of Cathodic Protection Systems.
  • Cathodic Protection Interference and Mitigation investigations.
  • AC interference and Mitigation Studies.
  • Our company is also in the position to carry out Close Interval Potential surveys for both existing and new pipelines.

20 years of experiences to give you better results