Asset Integrity Inspection of Onshore/Offshore Plant
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Asset Integrity Inspection of Onshore/Offshore Plant in Mozambique
Asset Integrity Inspection of Onshore/Offshore Plant helps industrial operators understand the actual condition of critical equipment, structures and safety systems before deterioration develops into leakage, production loss, environmental damage or a major safety incident.
TechInspecta Integrity Services, Lda. provides professional asset integrity inspection services for onshore and offshore facilities in Mozambique. We help asset owners, operators, EPC contractors and maintenance teams detect degradation, evaluate equipment condition, prioritise corrective actions and make informed decisions about continued operation.
Our inspection approach covers the physical condition, operational reliability and technical compliance of industrial assets throughout their lifecycle. Depending on the agreed scope, we inspect pressure vessels, piping systems, tanks, structural steel, rotating equipment, lifting equipment, corrosion protection systems, electrical installations, instrumentation and other safety-critical components.
The objective is clear: identify problems early, control risk and keep your facility safe, reliable and productive.
What Is Asset Integrity Inspection?
Asset integrity inspection is the systematic examination and evaluation of equipment, structures and systems to determine whether they remain safe, reliable and fit for their intended service.
It is a critical part of asset integrity management. However, it is more than a routine visual check.
An effective inspection programme considers:
- The original design and operating purpose of the asset.
- The materials of construction.
- Process fluids and operating conditions.
- Pressure and temperature cycles.
- Known damage and degradation mechanisms.
- Inspection history and previous repairs.
- Consequences of equipment failure.
- Applicable codes, standards and client specifications.
- Maintenance history and operational changes.
- The remaining period of intended service.
The inspection results allow the operator to decide whether an asset can continue operating, requires monitoring, needs repair, should be derated or must be removed from service.
For facilities handling hydrocarbons, chemicals, steam, compressed gases, hazardous substances or high-energy equipment, these decisions directly affect personnel safety, environmental protection and business continuity.
Why Asset Integrity Matters for Onshore and Offshore Facilities
Onshore and offshore plants operate under demanding conditions. Equipment may be exposed to pressure, high temperature, vibration, cyclic loading, corrosive products, humid air, marine salts, chemicals, erosion, fatigue and mechanical damage.
Offshore installations face additional challenges. These include restricted access, wave loading, wind, splash-zone corrosion, marine growth, chloride exposure and complex emergency response arrangements.
Even a small defect can become a serious integrity threat when it affects a pressure boundary, primary structure, critical weld, lifting system or safety device.
Common consequences of unmanaged deterioration include:
- Loss of containment.
- Hydrocarbon or chemical leakage.
- Fire and explosion.
- Pressure equipment rupture.
- Structural instability.
- Dropped objects.
- Environmental contamination.
- Injury or loss of life.
- Production interruption.
- Expensive emergency repairs.
- Reputational damage.
- Regulatory or contractual non-compliance.
A structured Asset Integrity Inspection of Onshore/Offshore Plant programme gives management reliable information before these conditions escalate.
Our Asset Integrity Inspection Services
TechInspecta provides integrated inspection support for critical plant assets. The final scope is developed according to the facility type, asset register, service conditions, project requirements and inspection objectives.
Pressure Vessel Inspection
Pressure vessels store or process liquids and gases under pressure. They may include separators, scrubbers, filters, receivers, accumulators, columns, reactors and process vessels.
Our pressure vessel inspection scope may include:
- External visual inspection.
- Internal visual inspection during shutdowns.
- Ultrasonic wall-thickness measurement.
- Corrosion mapping.
- Shell, head and nozzle inspection.
- Weld examination.
- Support, saddle and skirt inspection.
- Flange and bolted-joint assessment.
- Nameplate and identification verification.
- Insulation and coating condition assessment.
- Review of pressure-relief protection.
- Evaluation of visible deformation, overheating or mechanical damage.
- Comparison with previous inspection data.
- Repair and monitoring recommendations.
Typical damage mechanisms include general corrosion, pitting, erosion, stress-related cracking, corrosion under insulation, weld deterioration, thermal damage and localised wall loss.
Our findings help clients determine whether the vessel can remain in service and what actions are required to maintain safe operation.
Process Piping Inspection
Process piping is one of the most extensive and risk-sensitive asset groups within an industrial facility. A single plant may contain thousands of metres of pipe carrying hydrocarbons, chemicals, steam, water, gas, slurry or compressed air.
TechInspecta can inspect:
- Straight pipe sections.
- Elbows, tees and reducers.
- Flanges and valves.
- Welded joints.
- Pipe supports and hangers.
- Small-bore connections.
- Dead legs.
- Injection points.
- Drain and vent connections.
- Expansion joints.
- Clamps and temporary repairs.
- Insulated piping systems.
- Soil-to-air interfaces.
- Pipework affected by vibration.
Inspection activities may include visual examination, thickness measurement, corrosion-loop surveys, leak checks, weld examination and support-condition assessment.
Areas with changing flow direction, stagnant service, high turbulence, chemical injection or repeated vibration often require additional attention.
Storage Tank Integrity Inspection
Storage tanks may contain crude oil, diesel, petrol, chemicals, water, wastewater, slurries or other industrial products. Tank deterioration can lead to product loss, ground contamination, fire hazards and costly operational disruption.
Tank inspection may cover:
- Shell plates.
- Roof plates and support structures.
- Tank bottom and annular plates.
- Nozzles, vents and manways.
- Stairways, platforms and handrails.
- Foundations and settlement condition.
- Coatings and linings.
- Earthing and bonding provisions.
- Cathodic protection systems.
- Welded joints.
- Drainage and bund conditions.
- Visible distortion or buckling.
Depending on the inspection objective, the scope may include external inspection, internal inspection, ultrasonic thickness measurement, magnetic flux leakage testing, vacuum box testing, coating inspection and settlement assessment.
The resulting report identifies anomalies, repair priorities and further engineering actions required to maintain tank integrity.
Structural Integrity Inspection
Industrial structures support equipment, piping, walkways, lifting systems and operating personnel. Corrosion, fatigue, impact damage, loose connections or foundation movement can reduce structural capacity.
TechInspecta’s structural inspection services may apply to:
- Pipe racks.
- Equipment support frames.
- Access platforms.
- Walkways and stairs.
- Gratings and handrails.
- Skids and modules.
- Offshore topside structures.
- Jacket components accessible within the agreed scope.
- Crane pedestals and support structures.
- Equipment foundations.
- Anchor bolts.
- Concrete supports.
- Marine and port structures.
Inspection activities may include:
- Visual structural surveys.
- Corrosion and section-loss assessment.
- Weld and connection inspection.
- Bolt and anchor checks.
- Deformation and alignment checks.
- Foundation-condition assessment.
- Fatigue-crack detection.
- Damage assessment following impact or abnormal loading.
- Identification of unsafe access components.
- Recommendations for repair, strengthening or engineering review.
Corrosion Inspection and Monitoring
Corrosion is a major integrity threat for industrial assets in Mozambique, particularly in coastal, marine, chemical-processing and humid environments.
Our corrosion inspection services may include:
- Visual corrosion surveys.
- Ultrasonic thickness measurement.
- Corrosion mapping.
- Pitting assessment.
- Coating-condition inspection.
- Corrosion under insulation assessment.
- Cathodic protection assessment.
- Splash-zone inspection.
- Soil-to-air interface inspection.
- Flange and bolted-joint corrosion checks.
- Corrosion-rate trending.
- Review of previous thickness readings.
- Identification of areas requiring monitoring or repair.
Common mechanisms include:
- General atmospheric corrosion.
- Localised pitting.
- Crevice corrosion.
- Galvanic corrosion.
- Erosion-corrosion.
- Corrosion under insulation.
- Microbiologically influenced corrosion.
- Chloride-related attack.
- Internal process corrosion.
- High-temperature oxidation or corrosion.
Where reliable historical measurements are available, inspection data can be used to support corrosion-rate calculations, remaining-life estimates and future inspection planning.
Non-Destructive Testing
Non-Destructive Testing helps identify defects or measure material condition without damaging the inspected component.
Depending on the equipment, material, suspected defect and applicable procedure, NDT methods may include:
- Visual Testing.
- Ultrasonic Testing.
- Ultrasonic thickness measurement.
- Magnetic Particle Testing.
- Liquid or Dye Penetrant Testing.
- Radiographic Testing.
- Leak Testing.
- Magnetic Flux Leakage testing.
- Hardness testing, where specified.
- Positive Material Identification, where required.
- Vacuum box testing.
- Specialist advanced NDT methods when included in the project scope.
Typical applications include:
- Weld inspection.
- Crack detection.
- Pressure-boundary examination.
- Corrosion measurement.
- Tank-floor inspection.
- Structural connection inspection.
- Pressure-vessel assessment.
- Piping-system inspection.
- Verification of repair quality.
- Examination of lifting-equipment components.
The selected method must be suitable for the material, geometry, surface condition, expected defect type and required examination sensitivity.
Rotating Equipment and Mechanical Integrity Inspection
Pumps, compressors, fans, turbines, gearboxes and driven equipment require reliable mechanical condition to support continuous operation.
Mechanical inspection may cover:
- General equipment condition.
- Baseplates and foundations.
- Couplings and guards.
- Lubrication condition.
- Visible leakage.
- Fasteners and hold-down bolts.
- Alignment indicators.
- Piping loads and support conditions.
- Abnormal noise or vibration observations.
- Mechanical seals.
- Bearings and accessible components.
- Installation and maintenance quality.
- Equipment identification and documentation.
Where specialist condition-monitoring methods are required, the inspection scope can be coordinated with vibration analysis, alignment checks, thermography or other approved diagnostic activities.
Lifting Equipment Inspection
Lifting equipment is included where cranes, hoists and lifting accessories form part of the plant’s critical operating systems.
The inspection scope may cover:
- Mobile and fixed cranes.
- Offshore cranes.
- Overhead travelling cranes.
- Chain blocks and lever hoists.
- Wire-rope slings.
- Chain slings.
- Webbing and round slings.
- Shackles.
- Hooks.
- Lifting beams and spreader beams.
- Padeyes and lifting points.
- Winches.
- Runways and supporting structures.
Lifting-equipment requirements are treated as a dedicated competence area. Applicable manufacturer instructions, project requirements, inspection procedures and recognised lifting-industry practices must be considered.
Electrical and Instrumentation Integrity
Electrical and instrumentation systems support process control, shutdown, detection, communication and emergency response.
Inspection may include:
- General equipment condition.
- Enclosures, glands and cable entries.
- Cable routing and support.
- Earthing and bonding.
- Instrument installation.
- Junction boxes.
- Local control panels.
- Labels and equipment identification.
- Visible damage or corrosion.
- Hazardous-area installation observations.
- Instrument tubing and supports.
- Fire and gas detection devices.
- Emergency shutdown components.
- Calibration-status verification.
- Compliance with approved drawings and project specifications.
Specialist electrical testing or hazardous-area verification should be undertaken by personnel with the required competence and authorisation for that scope.
Safety-Critical Element Inspection
Safety-critical elements are systems or components whose failure could contribute to or fail to limit a major accident.
Examples include:
- Pressure-relief devices.
- Emergency shutdown valves.
- Fire and gas detection systems.
- Blowdown systems.
- Passive fire protection.
- Primary containment systems.
- Emergency power.
- Offshore evacuation routes.
- Lifeboat and survival systems.
- Structural supports.
- Critical lifting systems.
- Process isolation systems.
- Emergency communication equipment.
Inspection verifies whether these elements remain physically available, protected, maintained and suitable for their intended safety function.
Onshore Plant Inspection Services
Our onshore plant inspection services are suitable for operating facilities, construction projects, shutdowns, turnarounds, pre-commissioning activities and condition-assessment campaigns.
Typical onshore facilities include:
- Oil and gas processing plants.
- Refineries.
- LNG and gas-handling facilities.
- Fuel terminals.
- Tank farms.
- Petrochemical plants.
- Chemical-processing facilities.
- Power stations.
- Mining and mineral-processing plants.
- Manufacturing facilities.
- Industrial workshops.
- Water-treatment plants.
- Ports and logistics terminals.
Onshore inspections can be planned by equipment type, process unit, corrosion loop, production area or risk category.
The scope may be performed during normal operation where safe and practicable, or during a planned shutdown when internal access and intrusive examination are required.
Offshore Plant Inspection Services
Offshore assets face aggressive environmental conditions and complex access restrictions. Inspection planning must therefore consider marine corrosion, weather exposure, production constraints, permit-to-work requirements and offshore safety procedures.
Our offshore inspection scope may apply to:
- Fixed offshore platforms.
- Offshore topsides.
- FPSO and FSO process areas.
- Offshore modules and skids.
- Pressure vessels and process piping.
- Risers and accessible pipeline components.
- Deck structures.
- Crane pedestals and lifting systems.
- Walkways, ladders and gratings.
- Handrails and access systems.
- Flare-support structures.
- Splash-zone components.
- Marine equipment.
- Safety-critical elements.
- Dropped-object hazards.
- Coating and corrosion-protection systems.
Offshore inspection activities are planned to minimise exposure, avoid unnecessary production disruption and provide clear priorities for corrective action.
Onshore and Offshore Inspection Comparison
| Inspection consideration | Onshore plant | Offshore plant |
|---|---|---|
| Primary environment | Industrial, coastal, inland or process environment | Marine, saline, humid and high-exposure environment |
| Access | Usually easier through platforms, scaffolding or ground access | Frequently restricted and dependent on specialist access arrangements |
| Common degradation | Process corrosion, CUI, erosion, fatigue and mechanical damage | Marine corrosion, splash-zone attack, fatigue, vibration and coating breakdown |
| Logistics | Road-based mobilisation and site coordination | Offshore mobilisation, marine transport and stricter personnel requirements |
| Production impact | Shutdown and online inspection options may be available | Inspection must be closely integrated with offshore operations |
| Structural concerns | Pipe racks, supports, platforms and foundations | Topsides, deck structures, crane supports, access systems and marine structures |
| Safety priorities | Process containment, machinery and site interaction | Major accident prevention, containment, evacuation and offshore survival |
| Reporting needs | Equipment condition and maintenance priorities | Condition, risk, access limitations and offshore repair priorities |
Our Asset Integrity Inspection Process
A dependable inspection project requires more than field measurements. It requires planning, traceability, competent execution and practical reporting.
1. Initial Consultation and Scope Definition
We begin by understanding the client’s operational needs and inspection objectives.
Information reviewed may include:
- Facility type.
- Equipment register.
- Process description.
- Inspection history.
- Previous reports.
- Drawings and data sheets.
- Known defects.
- Shutdown schedule.
- Applicable standards.
- Client inspection procedures.
- Reporting requirements.
- Access and safety restrictions.
This stage defines the assets to be inspected, methods to be used, deliverables and responsibilities.
2. Document and Data Review
Available technical information is reviewed before mobilisation.
The review may identify:
- Missing inspection records.
- Overdue inspections.
- Previous areas of wall loss.
- Recurring damage.
- Equipment with unknown condition.
- Changes in operating service.
- Temporary repairs.
- Incomplete equipment identification.
- Assets that require specialised access or NDT.
The inspection plan is then adjusted to focus resources on the most important areas.
3. Risk and Criticality Screening
Not every asset presents the same level of risk.
Where required, equipment can be screened according to:
- Probability of failure.
- Consequence of failure.
- Fluid hazard.
- Operating pressure and temperature.
- Damage mechanism.
- Inspection history.
- Equipment age.
- Safety or environmental significance.
- Production criticality.
- Accessibility.
- Confidence in existing data.
This process supports a risk-based allocation of inspection effort.
4. Inspection Planning
The inspection plan defines:
- Equipment and locations to be inspected.
- Inspection techniques.
- Surface-preparation requirements.
- Access arrangements.
- Hold points.
- Acceptance criteria.
- Safety controls.
- Permit requirements.
- Personnel competence.
- Equipment and calibration requirements.
- Reporting format.
- Communication and escalation procedures.
A clear plan reduces delays and prevents uncertainty during field execution.
5. Site Inspection and Testing
Qualified personnel perform the agreed examinations according to approved procedures, site requirements and applicable technical references.
Significant findings are communicated promptly. Conditions that may present an immediate safety risk are escalated through the agreed client communication process.
Inspection evidence may include:
- Photographs.
- Measurements.
- NDT results.
- Equipment identification.
- Defect locations.
- Marked-up drawings.
- Corrosion maps.
- Field sketches.
- Observations about access limitations.
- Recommendations for additional examination.
6. Technical Evaluation
Field data is reviewed to determine the significance of each finding.
The evaluation considers:
- Defect type.
- Defect size and location.
- Material condition.
- Applicable acceptance criteria.
- Equipment service.
- Previous measurements.
- Potential degradation rate.
- Immediate and future risk.
- Need for engineering assessment.
- Need for repair, monitoring or replacement.
Where a formal fitness-for-service calculation is required, the inspection results can be prepared for assessment by an appropriately qualified integrity engineer.
7. Reporting and Recommendations
The final report presents the condition of the inspected assets in a clear and usable format.
Depending on the scope, deliverables may include:
- Executive summary.
- Equipment inspection reports.
- NDT reports.
- Thickness-measurement records.
- Photographic evidence.
- Defect and anomaly register.
- Corrosion maps.
- Condition rating.
- Risk or priority classification.
- Repair recommendations.
- Monitoring requirements.
- Suggested inspection intervals.
- Items requiring engineering review.
- Items requiring immediate action.
- Asset-integrity improvement plan.
8. Close-Out and Follow-Up Support
TechInspecta can support the client during report review, repair planning and inspection close-out.
Follow-up support may include:
- Clarification of findings.
- Verification of completed repairs.
- Reinspection.
- Updating defect registers.
- Review of additional evidence.
- Support for maintenance prioritisation.
- Development of future inspection scopes.
Risk-Based Inspection Support
Risk-Based Inspection prioritises inspection according to the likelihood and consequence of equipment failure.
A well-structured RBI approach helps operators focus attention on assets that present the highest risk rather than applying the same inspection frequency to every item.
TechInspecta can support RBI activities through:
- Asset-register review.
- Equipment grouping.
- Damage-mechanism identification.
- Inspection-history review.
- Criticality screening.
- Condition-data collection.
- Identification of data gaps.
- Corrosion-loop inspection.
- Inspection-plan development.
- Verification of existing condition assumptions.
- Reporting of anomalies affecting risk.
- Recommendations for future examination.
RBI does not remove the need for inspection. It improves the technical basis for deciding what to inspect, where to inspect and when to inspect it.
Applicable Standards, Codes and Technical References
Every project must be executed against the standards, legislation, approved procedures and contractual requirements applicable to that facility.
Depending on the asset and agreed scope, references may include:
ISO Standards
- ISO 55000 principles and terminology for asset management.
- ISO 55001 requirements for an asset-management system.
- ISO 9001 quality-management principles.
- ISO 45001 occupational health and safety management.
- ISO 14001 environmental management.
- ISO/IEC 17020 competence, impartiality and consistent-operation requirements for inspection bodies, where contractually applicable.
- Relevant ISO standards for welding, NDT, coatings, corrosion and equipment inspection.
API Standards and Recommended Practices
- API 510 for in-service pressure-vessel inspection.
- API 570 for in-service piping inspection.
- API 653 for aboveground storage-tank inspection and repair.
- API RP 580 and API RP 581 for Risk-Based Inspection.
- API 571 for damage mechanisms affecting fixed equipment.
- API 579-1/ASME FFS-1 for fitness-for-service assessment.
- Other API documents applicable to tanks, pipelines, relief systems and mechanical integrity.
ASME Codes
- ASME Boiler and Pressure Vessel Code Section V for NDE requirements.
- ASME BPVC Section VIII for pressure vessels.
- ASME B31.3 for process piping.
- ASME B31.4 and B31.8 where applicable to liquid and gas pipeline systems.
- ASME BPVC Section IX for welding and brazing qualifications.
- ASME B30 series for lifting equipment and material-handling applications where relevant.
ASTM Standards
Relevant ASTM practices may be applied to:
- Liquid penetrant examination.
- Magnetic particle examination.
- Ultrasonic testing.
- Material verification.
- Coating assessment.
- Mechanical testing.
- Corrosion evaluation.
- NDT equipment and reference standards.
Examples include ASTM E165/E165M for liquid penetrant testing and ASTM E709 or other applicable ASTM practices for magnetic particle examination.
LEEA References
LEEA guidance is relevant when the inspection scope includes lifting equipment, lifting accessories, thorough examination, safe use or lifting-equipment competence.
LEEA requirements are applied only to the relevant lifting scope and should not be presented as a general standard for pressure equipment or plant integrity.
Client and Regulatory Requirements
We also consider:
- Applicable Mozambican legal and regulatory requirements.
- Client engineering standards.
- Project specifications.
- OEM instructions.
- Approved inspection and test plans.
- Equipment design information.
- Previous inspection recommendations.
- Site operating procedures.
- Latest applicable editions of agreed standards.
The final inspection basis should always be confirmed with the client before work begins.
Key Benefits of Asset Integrity Inspection
Improved Safety
Inspection identifies defects that could affect containment, structural stability, lifting safety or emergency systems.
Early Detection of Deterioration
Corrosion, cracking, wall loss and mechanical damage are easier and less expensive to manage when detected early.
Reduced Unplanned Downtime
Reliable condition data allows maintenance to be planned before equipment fails unexpectedly.
Better Maintenance Prioritisation
Inspection reports distinguish urgent conditions from items that can be monitored or scheduled for future repair.
Extended Asset Service Life
Appropriate monitoring, repair and corrosion control may allow serviceable equipment to remain safely in operation.
Improved Compliance
Documented inspection provides evidence that equipment condition has been evaluated against the agreed technical requirements.
Better Capital Planning
Accurate condition information supports decisions about repair, replacement, refurbishment and life-extension investment.
Environmental Protection
Maintaining containment integrity reduces the risk of hydrocarbon, chemical or wastewater release.
Stronger Management Decisions
Executives, engineering teams and maintenance managers receive clear evidence instead of relying on assumptions about asset condition.
Industries We Serve
TechInspecta’s Asset Integrity Inspection of Onshore/Offshore Plant service is suitable for:
Oil and Gas
- Upstream production facilities.
- Gas-processing plants.
- LNG facilities.
- Offshore installations.
- Pipeline stations.
- Fuel terminals.
- Tank farms.
- Drilling and well-support facilities.
Petrochemical and Chemical
- Chemical-processing plants.
- Fertiliser facilities.
- Bulk-storage installations.
- Process-piping networks.
- Reactors and pressure systems.
- Utility and support systems.
Energy and Power Generation
- Thermal power plants.
- Gas-fired facilities.
- Renewable-energy support infrastructure.
- Boilers and pressure systems.
- Fuel-handling installations.
- Mechanical and electrical balance-of-plant assets.
Mining and Mineral Processing
- Processing plants.
- Slurry systems.
- Pressure equipment.
- Storage tanks.
- Heavy structural systems.
- Conveying and lifting equipment.
- Workshops and maintenance facilities.
Marine, Ports and Terminals
- Port structures.
- Loading facilities.
- Marine equipment.
- Cranes.
- Fuel systems.
- Storage facilities.
- Access structures.
- Coastal industrial assets.
Construction and Industrial Projects
- New plant construction.
- Brownfield modifications.
- Pre-commissioning.
- Commissioning readiness.
- Mechanical completion.
- Shutdowns and turnarounds.
- Handover inspections.
- Warranty-condition surveys.
When Should You Request an Asset Integrity Inspection?
An inspection should be considered when:
- Equipment has reached or exceeded its planned inspection date.
- The operating service has changed.
- Corrosion or leakage has been observed.
- A facility is preparing for a shutdown.
- The client is planning a life-extension project.
- Equipment has experienced overheating, overpressure or abnormal vibration.
- A structure has suffered impact or overload.
- Historical inspection records are incomplete.
- A plant has been idle for an extended period.
- Equipment is being recommissioned.
- Ownership or operatorship is changing.
- An insurer, regulator or client requires independent verification.
- Repair work requires verification.
- The operator needs a baseline condition survey.
- Maintenance spending must be prioritised.
- Safety-critical equipment has uncertain condition.
Do not wait for a leak, failure or shutdown to discover the actual condition of your assets. Request a structured condition assessment from TechInspecta.
Why Choose TechInspecta Integrity Services, Lda.?
Mozambican Industrial Inspection Partner
TechInspecta is established and operated in Mozambique. We understand the importance of local mobilisation, responsive communication and practical support for projects operating in the country.
Integrated Inspection Capability
Our service combines visual inspection, NDT, corrosion assessment, mechanical inspection, structural inspection, documentation review and technical reporting.
Clients avoid receiving disconnected findings from multiple inspection activities without a clear overall condition picture.
Risk-Focused Approach
We focus on the defects and degradation mechanisms that can affect safety, production, environmental performance and business continuity.
Clear Technical Reporting
Our reports are structured to support action. Findings are supported by evidence, equipment identification, condition descriptions and practical recommendations.
Alignment With International Standards
Inspection activities can be aligned with applicable ISO, API, ASME, ASTM, LEEA, OEM and client requirements.
The specific inspection basis is agreed before execution.
Independent Technical Perspective
An independent inspection gives asset owners an objective view of equipment condition and helps verify whether maintenance, repair or contractor activities meet the required standard.
Flexible Project Support
We can support:
- Single-equipment inspections.
- Plant-wide condition surveys.
- Shutdown campaigns.
- Construction and commissioning projects.
- Integrity-improvement programmes.
- Baseline inspections.
- Repair verification.
- Periodic inspection contracts.
Commitment to Safety and Quality
Industrial inspection must be performed under controlled conditions. We plan activities around site rules, permit requirements, access restrictions and the hazards associated with the equipment being examined.
Request Asset Integrity Inspection in Mozambique
The condition of your plant affects safety, production, environmental performance and long-term profitability.
TechInspecta Integrity Services, Lda. helps operators identify deterioration, understand equipment condition and prioritise the actions required to keep critical assets reliable.
Contact us for:
- Onshore plant condition assessments.
- Offshore plant inspection support.
- Pressure-vessel inspection.
- Process-piping inspection.
- Tank and structural inspection.
- Corrosion surveys.
- NDT inspection.
- Risk-based inspection support.
- Shutdown inspection campaigns.
- Repair verification.
- Asset-integrity reporting.
Request a technical consultation today.
Email: info@techinspecta.com
Telephone: +258 85 028 0000
Location: Maputo, Mozambique
Website:www.techinspecta.com
Protect your people. Prevent avoidable failures. Maintain confidence in every critical asset.
Frequently Asked Questions
It is a structured inspection and condition-assessment service used to verify whether industrial equipment, structures and safety systems remain safe, reliable and fit for continued operation.
The inspection may cover pressure vessels, piping, tanks, structures, rotating equipment, lifting equipment, corrosion-protection systems and safety-critical elements.
Asset integrity inspection detects corrosion, cracking, wall loss, deformation, coating failure and other defects before they cause leakage, equipment breakdown, production loss or a major safety incident.
It also provides the technical evidence needed for maintenance and investment decisions.
TechInspecta can support oil and gas plants, LNG facilities, offshore installations, fuel terminals, refineries, power plants, mining facilities, petrochemical plants, chemical facilities, ports, tank farms and other industrial sites.
The final scope depends on the assets, access conditions and client requirements.
The inspection may include pressure vessels, process piping, tanks, heat exchangers, structural steel, skids, supports, valves, cranes, lifting accessories, pumps, compressors, electrical installations, instruments and safety-critical systems.
Some inspections can be completed while the facility remains in operation. These may include external visual inspection, selected thickness measurements, corrosion surveys and accessible structural checks.
Internal inspection or intrusive examination may require isolation, cleaning, gas testing, confined-space controls or a planned shutdown.
Inspection establishes the condition of the equipment and identifies defects or degradation. Maintenance involves servicing, repairing, replacing or adjusting equipment.
Reliable inspection information helps the maintenance team perform the correct work at the correct time.
Risk-Based Inspection is an inspection-planning approach that considers both the probability of equipment failure and the consequences of that failure.
It helps operators prioritise high-risk assets and use inspection resources more effectively.
Methods may include Visual Testing, Ultrasonic Testing, Magnetic Particle Testing, Liquid Penetrant Testing, Radiographic Testing, Leak Testing and Magnetic Flux Leakage testing.
The correct method depends on the material, equipment geometry, expected defect and applicable inspection procedure.
Depending on the asset and project, the inspection may be aligned with ISO, API, ASME, ASTM and LEEA references, together with Mozambican requirements, client specifications and OEM instructions.
The contract should identify the applicable standards and editions before inspection begins.
Send the facility location, asset list, required inspection scope and proposed dates to info@techinspecta.com.
TechInspecta will review the information and prepare a suitable technical and commercial proposal.
