Georgetown Non-Destructive Testing Services
ACFM; Alternating current field measurement in Georgetown, MD
Integrity Testlabs was one of the first companies to provide this inspection technique in the Northeast. ITL technicians have completed hundreds ACFM inspections on equipment shells in oil refineries in the Northeast. ACFM is a electromagnetic technique used for detecting cracks breaking the surface. Capable of also sizing the defect. ACFM can be used on ferrous and nonferrous metals. ACFM can be fast and effective inspection. It does need the area to be cleaned and electric available to run the ACFM unit. Wet Fluorescent Magnetic Testing (WFMT) can be used as an alternate inspection to confirm the findings of the ACFM.
Georgetown, MD American Welding Society (AWS)
Founded in 1919 the American Welding Society (AWS) is a nonprofit organization that is made up of members and panels of members. They are yearly contributing to advancing the science, technology, and application of welding and allied joining and cutting processes worldwide, including brazing, soldering and thermal spraying. Many well-known certifications come from AWS. The CWI or Certified Welding Inspector is one of them. Integrity Testlabs has in house and contract CWI qualified workers to meet the need of any project.
C-scan, Shearwave and Phased Array
Automated Corrosion Mapping uses C-scan to do corrosion maps to find flaws on the shells of equipment and piping. AUT can produce very detailed reports for clients to visually see where the corrosion is happening. Shearwave uses high frequency sound waves to identify flaws in the material. Sensitive to surface and subsurface discontinuities it’s a superior inspection tool wen compared to other NDT processes. Phased Array is known for its capabilities to send multiple singles into material to produce highly repeatable results and detailed and accurate cross sections of components. This makes Phased Array a needed to tool to inspect complex shaped parts.
ASME B31.3 in Georgetown, MD
The majority of the piping that you see when you pass an Oil Refinery, Chemical Plant, or any other typeprocessing facility is covered under ASME B31.3. Having provided Nondestructive testing services in Delaware City Refinery, Monroe Energy Refinery, Paulsboro Refinery, Advansix Chemical Plant and Chemours Chemical Plants thisspecification is the one used the most by the NDT technicians at Integrity Testlabs. The two most common acceptance criteria for AMSE B31.3 are Normal Fluid Services (NFS) and Severe Cyclic. Integrity Testlabs provides Non Destructive services of RT, UT, MT, PT, VT to cover any needs that may arise.
API 510 Inspector in Georgetown, MD
This is an individual certification that is achieved through API testing program that test individuals on their knowledge of inspections, maintenance, repairs and alteration of pressure vessels. This certificate is recognized worldwide. Most individuals have many years of inspection experience of the internals of a pressure vessel, performing Ultrasonic Thickness readings, Visual Inspections and other various NDT methods. Having an understanding of how the operations of the facility work also helps you understand where failures might occur in the different variety of vessels. Integrity Testlabs has API 510 in house and contractors that can help your company keep up with planned and unplanned maintenance and help start or maintain corrosion programs.
Traditional Film, Computed Radiography and Digital radiography in Georgetown, MD
Integrity Testlabs currently utilizes traditional film and computed radiography (CR) film. Traditional film is still loaded under safe lights and developed using a 5-step process in the back our darkrooms. Once dry, the filmed in viewed under a high intensity viewer looking for defects. Traditional film comes in several different sizes and leaves the client with a physical piece of film to view for years to come. Computer Radiography or CR uses plates that are phosphor. When these plates are exposed to radiation, the plates emit a blue light that is interpreted by the film processor and then transmitted into an image and viewed on the computer screen. This process is efficient and plates can be used multiple times, no chemicals are needed to process the film. Digital radiography is newer to the industrial and keeps gaining popularity each year. Limited in film size and mobility. The biggest advantage is shorter x-ray times, less radiation, wire or wireless capabilities, and instant images that are displayed on the computer screen.
