Practical inspection and non-destructive testing services for pipelines, industrial facilities and critical assets across Kenya and East Africa. We carry-out Inspection Services in collaboration with Technique Inspection et Contrôle E.A Ltd (TIC GROUP)
Industrial assets need more than a visual check. Reliable inspection requires the right testing method, competent personnel, appropriate procedures and findings that engineers and maintenance teams can act on.
Our proposed service offering brings together non-destructive testing, pipeline inspection, welding quality checks, corrosion assessment and technical reporting to support safer, better-informed maintenance and project decisions.
From weld examination to pipeline maintenance support, choose inspection services that match your equipment, operating environment and project requirements.
Inspect welds, pipes and industrial components for discontinuities without unnecessarily damaging the material being examined.
Inspection support for pipeline construction, maintenance, repairs and integrity assessment across onshore pipeline systems.
Inspection and integrity-management support planned around the applicable codes, standards, asset conditions and client requirements.
Inspection support for welded joints, protective coatings and related work during construction and maintenance activities.
Help identify deterioration mechanisms and document asset condition to inform maintenance priorities and engineering decisions.
Clear inspection records to help engineering and operations teams understand findings, review dispositions and plan corrective work.
Remote visual inspection using suitable robotic platforms and cameras to reduce unnecessary personnel entry into tanks, vessels and difficult-to-access industrial spaces.
Drone-assisted visual data collection for elevated and hard-to-reach assets, including boilers, stacks, cooling towers, penstocks and wind turbine blades.
Structural condition reviews and checks of tower components, installed equipment and relevant documentation against the project scope and applicable requirements.
Different assets require different codes, inspection intervals, acceptance criteria and competencies. Identify the equipment and applicable edition first, then define the appropriate inspection scope.
Recommended practice for managing the integrity of hazardous liquid pipelines. Its principles can inform risk assessment, integrity planning and prioritisation of mitigation activities.
A certification programme for pipeline construction inspectors focused on new onshore pipeline construction. It should not be confused with a general pipeline maintenance certification.
Covers the inspection, rating, repair, and alteration of in-service metallic piping systems. It outlines how to calculate remaining piping life and minimum thickness
Inspection, repair, alteration and reconstruction requirements for applicable in-service steel storage tanks.
In-service inspection, rating, repair and alteration requirements for pressure vessels within the standard’s scope.
API Std 650 is the global industry standard published by the American Petroleum Institute that sets minimum requirements for the material, design, fabrication, erection, and inspection of vertical, cylindrical, aboveground, welded storage
API Std 610 is the American Petroleum Institute (API) standard that specifies the mechanical, design, and testing requirements for centrifugal pumps used in the petroleum, petrochemical, and natural gas industries (including hydraulic power recovery turbines)
API Std 1104 (Standard for Welding Pipelines and Related Facilities) is the primary global standard published by the American Petroleum Institute for gas and arc welding on oil, gas, petroleum, and carbon dioxide pipelines
API Std 620 is the American Petroleum Institute standard for the design and construction of large, field-assembled, welded, low-pressure storage tanks.
API Specification 6A (published by the American Petroleum Institute) is the global industry standard for the design, manufacture, testing, and documentation of wellhead and Christmas tree equipment used in the oil and gas sector
API Specification 6A applies to specified wellhead and Christmas tree equipment used in the oil and gas sector. Inspection scope depends on the equipment, service conditions, applicable specification and required testing.
Confined-space robotic inspection uses suitable cameras and robotic platforms to collect visual information from selected tanks, vessels, ducts and other industrial spaces. The approach can reduce exposure to confined-space hazards and work at height when the technology is appropriate for the task.
Power generation and process assets experience demanding operating conditions and require planned inspection. Drone-assisted visual surveys can help teams collect information from selected elevated or difficult-to-access locations, subject to operating, safety and site requirements.
Assess accessible internal and external surfaces, subject to operating conditions and inspection requirements.
Collect visual data from suitable heat recovery steam generator areas.
Review accessible surfaces and identify visible deterioration without automatically requiring full-height access.
Inspection, repair, alteration and reconstruction requirements for applicable in-service steel storage tanks.
Capture visual evidence from suitable scrubber and process equipment areas.
API Std 650 is the global industry standard published by the American Petroleum Institute that sets minimum requirements for the material, design, fabrication, erection, and inspection of vertical, cylindrical, aboveground, welded storage
Inspect accessible blade surfaces and other suitable components using drone-assisted imaging.
Support visual assessment of accessible penstock sections and associated structures.
Review suitable structural areas and components in challenging elevated environments.
Collect visual data from suitable accessible areas; specialist testing may be needed for internal tubes and other concealed surfaces.
Pipeline integrity management is an ongoing process. Inspection findings, operating conditions, corrosion threats, previous repairs and consequence of failure all help determine where maintenance attention is needed.
We support pipeline owners and contractors with inspection activities and documented findings that can inform engineering review, maintenance planning and follow-up assessments.
Tower inspections help owners review structural condition, visible damage, installed equipment, connections and relevant records. The inspection scope should reflect tower design, loading, environment, maintenance history and applicable regulatory or contractual requirements.
Service availability depends on the project scope, equipment, personnel qualifications and site requirements.