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Inside Exploration Technologies

Global Remote services has a growing global client base, delivering a comprehensive range of services to the energy, civil, marine, and geotechnical sectors.

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United Arab Emirates

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Overview

Company Profile

Founded in 2007, Global Remote Services has a growing global client base, delivering a comprehensive range of services to the energy, civil, marine, and geotechnical sectors. Global Remote Services offers value and flexibility to meet all their client’s demands, centered around the cost-effective and efficient management of their multi-disciplined and internationally experienced personnel across the globe. Global Remote Services global service capability stems from their expanding geographical presence, servicing India, the Middle East, West Africa, and Central and South East Asia via their regional and partner offices in Azerbaijan, Bahrain, India, Iraq, Kazakhstan, Oman, Qatar, Turkmenistan, UAE, and the USA.

Mission

Global Remote is a company founded on the core principles of integrity, safety, and quality. Global Remote endeavors to provide innovative, efficient, and cost-effective solutions to all their clients, regardless of project complexity, environment, or location. Global Remote Services values its reputation and strives to maintain it!

Group Companies

Jacob Inspection Services

  • Asset integrity management and risk-based inspections
  • Plant inspection and shutdown survey
  • Shutdown and turnaround projects
  • Third-party inspection and advanced non-destructive testing
  • Specialised human resource management

Inside Exploration Technologies

  • Technical training (NDT, API, ASME)
  • Technical events workshops and conferences
  • Accredited by API, ASNT, and ASME as a training provider
Products & Services
Heat Treatment Services

GR specializes in performing heat treatment for the steel and metal fabrication industries including the construction of pressure vessels, pressure piping, storage tanks, buildings, bridges, offshore platforms, power plants, oil and gas refineries, and petrochemical plants.

There is often a mandatory requirement for heat treatment due to compliance with welding codes and specifications on certain materials including but not limited to carbon steels, stainless /high alloy steels, and work-hardened steels. There may also be heat treatment requirements based on the wall thickness of the parts being welded together.

Heat Treatment reduces or redistributes the residual stress introduced by the welding process with a technique that involves heating, soaking, and cooling the weldment/machined surface to controlled temperatures.

Pre-Heating

Thermal stresses are set up as a molten weld cools. Cracking can occur during and after welding. Pre-heating reduces the temperature differentials between the weld metal and the parent metal, thus minimizing the tendency to crack.

Post Weld Heat Treatment (PWHT)

PWHT is carried out by an electrical resistant method or by (furnace firing or internal firing) with high-velocity fuel burners. There are three main benefits, stress relaxation, tempering, and hydrogen removal. The first two benefits are generally the reason for the heating operation, with hydrogen removal being considered as a bonus.

Normalizing

Normalizing / Annealing heat treatment is to improve the mechanical properties of steel, tensile strength, and impact value, leading to better resistance to brittle fracture. For instance, with mild steel, the temperature would be approximately 900ºC (1650F) which is 50ºC above the upper critical point.

Solution Heat Treatment

Certain types of austenitic stainless steel undergo structural changes in the range of 500º to 800ºC which are detrimental to their corrosion resistance properties. Weld decay occurs. One method of obtaining immunity from decay is by raising the material to 1000 – 1150ºC followed by rapid cooling.

Refractory Dry Out

All types of furnaces have a kind of refractory insulating installed in them and this needs to be dried out the method in heating the surface gradually until it reaches the recommended manufacturer procedure.

Phased Array Inspection

Phased array technology is an ultrasonic method with the capability of setting beam parameters such as angle, focal distance, and focal point size through computer-controlled excitation. The computers allow individual excitation of multi-element probes and allow Inspection of parts with variable-angle beams. This maximizes the detection of defects regardless of their orientation while optimizing signal-to-noise ratio.

Phased array is a typical volumetric inspection method that has a wide range of applications including weld inspection, crack detection, and corrosion monitoring. Phased Array approach for inspection of welds has been accepted by ASME instead of radiography, ASME CC 181, and CC 2235-9.

Advantages

  • Excellent repeatability
  • Full stored data for records
  • High Quality Inspections
  • Rapid Inspection & Results
  • No disruption to work or operation of equipment
  • No radiation or any other safety issues
  • Considering overall, much cheaper and faster than RT.

Applications

  • Phased Array Corrosion Mapping
  • Phased Array Flange Inspection
  • Phased Array on Pipeline
  • Phased Array on small bore piping
Advanced Ultrasonic Testing

Automated Ultrasonic Testing (AUT) uses a multi-channel digital ultrasonic system with a motor-driven scanner to perform an on-stream inspection on a wide range of equipment. In AUT, normal Pulse-Echo is used while performing Corrosion Mapping, hydrogen cracking, and other related cracking, ToFD is used for heavy wall reactors, vessels, and piping, and Phased Array for complex geometries (nozzles, branch connections, flange faces, etc…)

Exploiting the multi-channel arrangement, two or more techniques can be combined in one scan suiting the client's requirement which increases the overall output and efficiency of the system.

Advantages

  • Optimizes the inspection spend.
  • Ability to document and present visually the defect size.
  • High repeatability allows continuous monitoring of critical flaw growth.
  • Collect and image data in real-time and to store this data in electronic format.
  • Minimizes costly internal entry, and inspection performed while in service.
  • “On-line” inspection promotes efficient planning.
  • Comply with regulatory and industry standards and specifications.
  • Assists RBI, FFS, and RLA programs.

Applications

  • In-service scanning of vessels, tank walls, towers, drums, steel plates, in-line inspection validations, pipelines, and numerous other applications.
  • Gives maximum production and efficiency with a multi-channel digital meter, motorized scanning system, and multiple transducers.
  • Single pulse echo transducers and/or multiple angle pulse echo transducer configurations enable location and identification of nearly any type of damage mechanism such as corrosion-erosion, hydrogen induced cracking, stepwise cracking, stress corrosion cracking, laminations, etc.
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