Inspection

INSPECTION SERVICES

In every market we serve, we use technology and knowledge to inspect and verify that assets are as they should be for the required stage of their development. Whether your project is a newbuild, major modification or conversion, our international network of third party inspectors can help you maintain safety, reliability and integrity in compliance with the applicable codes, standards and technical project requirements.

Regardless of the lifecycle stage of the project – from procurement through operation – our independent reporting confirms the information you need to know so the appropriate decisions can be made.

Remote Inspection

Supporting Virtual and Mobile Inspections

Our global team of inspectors and auditors delivers remote inspections designed to provide you with the same level of technical expertise and real-time insight as onsite service. We apply remote visual inspection tools to look at objects and materials at a distance to support your mechanical integrity or asset performance management program. Learn more about our remote inspection capabilities available anytime, anywhere.

Solutions That Confirm Specifications, Requirements

Source Inspections and Expediting

Our Source Inspection services and expediting at supplier and vendor sites for manufacturers, owners and other stakeholders verify that the equipment or goods are manufactured in accordance with the client specifications and other applicable quality system requirements as specified.

Source inspection and periodic status reports are tailored to meet specific client needs and may include the following:

  • Product certification
  • Review of material test reports
  • Witnessing mechanical tests, factory acceptance tests, and hydrostatic and performance tests
  • Witnessing welders' performance qualifications
  • Witnessing nondestructive examination (NDE) and performing visual examinations
  • Review of weld procedure specifications and procedure qualifications
  • Examination of edge preparation, fit-up and dimensional attributes
  • Coatings inspections
  • Verification of quantities shipped, including proper packing and identification marking
  • Report of activity and release notes as requested

Global ASME Accreditation Services for Critical Pressure Equipment

We are a globally providing pressure equipment certification services to help companies confirm that the fabrication and certification for new construction, as well as in-service inspections of pressure retaining assets at operating plants and facilities, comply with the ASME and National Board Inspection Codes. Our independent team of National Board Commissioned Inspectors is highly qualified to objectively evaluate and inspect your pressure equipment to verify compliance with the applicable ASME Code Requirements.

ASME accreditation services include:

  • Review of design specifications, procedures and qualifications
  • Development of Quality Control Manuals
  • Verification of welding procedures in accordance with applicable codes and standards
  • Witness services for Nondestructive Testing (NDT) and visual examinations
  • Review of material test reports
  • Auditing services of manufacturing and fabrication vendor sites to verify that equipment/products are manufactured as specified
  • Examination of edge preparation, fit-up and dimensional attributes
  • Coatings inspections
  • Training and Compliance Management

Engineering Review and Third Party Inspection

As an independent third party, we provide engineering review and verification at all project phases, from conceptual design to decommissioning. Our trusted technical advisors act on behalf of our clients to review and confirm that all engineering activities are carried out in accordance with the specified parameters and requirements.

Through this review process, we adopt a logical and value-added approach using good engineering practices applied to codes and standards to assess our clients' designs and documentation. Our final deliverable to the client is an independent and unbiased Statement-of-Fact reporting document.

Services provided to a cross section of industries include the following:

  • Analyses to verify design integrity of associated systems and equipment for compliance with applicable design codes and standards, project specifications and underlying safety issues
  • Criticality assessments to determine objectively where to focus verification activities
  • Reviews and calculations to address design adequacy for materials, structural strength, piping, instrumentation, fluid flow hydraulics, flare gas dispersion and heat radiation
  • Specialty services including building design, structural design/analyses services and vibration assessment and mitigation

In-service Inspection Plans

With extensive experience in the development, implementation and management of in-service inspections, we recognize the need to be innovative and deliver cost-effective solutions for an asset's lifecycle. Our in-service inspection plans take into account the design criteria, operational cost and risks and applicable industry standards and requirements for high-performance industrial assets. Learn more about our In-service Inspection Management services.

Related Services

Mechanical Integrity

Our MI experts perform equipment inspections and nondestructive testing services for fixed equipment such as pressure vessels, atmospheric storage tanks and piping.

Equipment Certification

We can handle your equipment certification needs for maintaining the appropriate levels of reliability, functionality and safety for systems, equipment, software, structures and procedures.

WHAT IS SOLAR SITE ASSESSMENT?

Investors need to understand the specific site requirements and conditions that help to optimise a solar power plant’s output. A solar site analysis involves evaluation of site suitability, solar access, shadowing considerations and other variables.

WHY IS CHOOSING THE RIGHT SITE IMPORTANT?

Investments in large solar plants require accurate estimation of the site’s suitability in order to ensure the viability of the project. A site estimation protects your investment by assessing geological conditions as well as providing an estimation of yield derived independently from contractors or product suppliers. The solar radiation measurements performed at a site assessment also increase the accuracy of a yield study.

EDLIPSE ASSURES THAT DECISIONS MADE IN THE EARLY STAGES MEET VARIOUS REQUIREMENTS AND STAKEHOLDER EXPECTATIONS.

Edlipse helps you understand the site selection criteria for a solar power plant, and provides a reliable basis for final site selection and other decision-making. We analyse various site characteristics that impact the energy yield, project completion and lifetime of a solar power plant. We also review the geotechnical, environmental and climatic conditions in the area and evaluate terrain usability to determine accessibility for grid connection.

OUR SOLAR SITE ASSESSMENTS INCLUDE:

  • MEASUREMENT OF SOLAR ACCESS

    Edlipses’s measurements are based on highly reliable modelling techniques using information on cloud cover, atmospheric water vapour, trace gasses and the amount of aerosols in the atmosphere. Solar access and shadowing influence will also be evaluated.

  • EVALUATION OF INFLUENCE FROM SURROUNDINGS

    Our experts examine the influence of the area surrounding the solar plant. This includes vegetation; access and entry to the construction site up to unloading, storage or construction; industrial installations; electric transmission and distribution lines accessible for interconnecting to the grid; as well as general topographic suitability.

  • IDENTIFICATION OF POLLUTION SOURCES

    Many factors affect the efficiency of cells in solar panels including climate, fog, rain, snow, altitude and industrial air pollution. We evaluate the specific environment, surrounding industrial installations, infrastructure and other conditions that could require more frequent module cleaning.

  • ASSESSMENT OF SOIL SUITABILITY

    We determine the hydro-geological conditions for your solar power plant by assessing the risk of erosion and floods during storms and hazards. Our assessment uses parameters such as morphology, soil conditions and land cover. We perform geotechnical soil studies to find a suitable solution for the foundation of the module support construction.