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Scrap metal recycling is the process of recovering and processing scrap metal from end-of-life items or buildings, as well as manufacturing scrap, in order to use it as a raw material in the manufacture of new goods.
Metal alloys are good for recycling because they can be melted and transformed into new products multiple times without losing quality. Our extensive expertise in a range of user-focused industries allows us to swiftly immerse ourselves in scapmwtal detection operations and provide solutions that will seamlessly integrate into your production line!
We have a track record of providing technical services to commercial nuclear utilities, governmental agencies, industrial facilities, and environmental management sites both domestically and internationally.
We recognise and appreciate the hazards associated with the beneficial use of radioactive materials, and we collaborate closely with our clients to develop innovative, cost-effective, and regulatory-compliant solutions.
To satisfy your workforce demands, you can count on our experienced hands-on radiological project management, expert consultation, and technical staffing.
INRAD can provide or manage all of the services required to complete radioactive waste management projects successfully and affordably. Our services include strategic and technical consulting, as well as the creation of custom engineering solutions tailored to specific needs.
Using the most up-to-date comprehensive creative tools, we build environmental strategies that reduce our clients' carbon footprint and assure sustainable resource and waste management.
Our waste management strategy, which is based on the principles of reduce, recycle, and reuse, prioritises safety and compliance. We assist organisations in developing a conceptual site model that integrates appropriate site assessment procedures, resulting in targeted remediation of sites with complex contamination from many sources.
For all enterprises that require radiological measurement and radiation protection consultation services, we provide specialised, practical, high-quality, and cost-effective solutions.
We provide unique experience to businesses in the health, environmental, and medical industries, assisting you in ensuring your facilities are running safely and in compliance with all relevant radiation legislation, thanks to our global network of experts and state-of-the-art facilities.
Our specialists are familiar with the difficulties of radiation management in a variety of industries, including mining, medical applications, mineral processing, and general radiation waste management.
To deliver complete, professional on-site inspections, the most advanced remote visual inspection and borescope inspection service technology is combined with specialists and years of hands-on expertise.
We give quick raw video and still image documentation, as well as a full follow-up report on your industrial facility's borescope examination.
We can borescope and inspect the majority of places in your facility thanks to our experience and equipment. To check spaces ranging from 6mm to over 10m, our inspectors use state-of-the-art borescopes, video scopes, video probes, pan tilt zoom cameras, pipe push cameras, and inspection crawlers.
Non-destructive testing (NDT) is a broad category of analysis techniques used in science and industry to detect surface and subsurface faults in materials, components, and systems without causing harm.
Non-destructive testing is also used to examine weld quality for Welder and Procedure Qualification, as well as to identify corrosion. INRAD is a great way to balance quality control, cost effectiveness, and timeliness.
Years of knowledge paired with cutting-edge technology back up our non-destructive testing (NDT) experts. The INRAD NDT team can help you with fault discovery, corrosion investigation, and existing product verification. Aerospace, construction, power generation, oil & gas, automotive, rail, fabrication, and mining are among the industries we serve.
You may need to evaluate radioactivity levels and identify individual radionuclides if your business deals with potentially radioactive substances for a variety of reasons.
For a variety of sample types, we offer a comprehensive range of analytical services to determine radioactivity levels and individual radionuclides. Our NATA-accredited services (ISO/IEC 17025) offer regular radiation testing in practically any sample matrix.
We perform radiation testing and analysis in a variety of matrices, and we can provide extensive analyses and recommendations for a wide range of environmental applications, depending on your individual needs.
Portable XRF Spectrometer capable of measuring chemical composition of material is used for PMI service. Elemental identification & quantitative evaluation of material irrespective of size or shape without damaging the sample is carried out by experienced engineer at INRAD Foundries, Fabricators, Stock yards, power plants, refineries, electronic equipment manufacture & chemical process plants are major users of PMI. PMI machine has capability to analyze Nickel Alloys, Stainless Steels, Low Alloy Steel, Tool Steels, Copper Alloys, Titanium Alloys, and Aluminum Alloys.
