DNV GL releases new 3D printing service specifications for the oil and gas industry

China3D printingNet, March 29, the global certification and risk management company DNV GL released a new3D printingService specification documents designed to support additive manufacturing in the oil and gas industry.
The specification DNVGL-SE-0568 defines DNV’s additive manufacturing qualification program and provides information on how to acquire and retain a company3D printingDetails of the relevant certificate. This includes certificates for accreditation of facilities and digital manufacturing services, as well as enabling manufacturers, manufacturing processes,3D printingMachine, parts and personnel qualification certificate.

This document was developed based on the industry standard DNVGL-ST-B203 previously created by DNV for metal components in the energy industry.In this way, the specification ultimately aims to help the industry adopt metal in a safe and effective manner.3D printing.
Brice Le Gallo, Regional Director of DNV Energy Systems (APAC), explained: “The DNVGL-SE-0568 service specification will ensure that the safety and quality standards of additive manufacturing parts are confirmed, thereby building trust in the supply chain. End users’ support and recognition .”

Surveyor of shipbuilding projects. Filmed by DNV GL.

Unleash the advantages of additive manufacturing

In the context of the energy sector, adopt3D printingIt can help avoid long and expensive production shutdowns, while also reducing the overall carbon footprint of the supply chain. With a more localized digital manufacturing network, transportation costs and lead times can also be greatly reduced, thereby enhancing the bottom line of energy companies. DNV believes that the establishment of3D printingThe trust of the parts is the key to unleash these advantages.
Le Gallo added: “In order for additive manufacturing technology to be widely used and to help it realize its potential in disrupting industrial operations and maintenance, it is necessary to have greater confidence in the products required for its continued use.

Backed by years of experience in the certification of new technologies, DNV recognizes the importance of adopting a systematic approach to risk management.By issuing the service specification DNVGL-SE-0568, the company provided3D printingThe supply chain provides assurance to ensure that the additive manufacturing system will meet the highest standards of reliability and quality.It is expected that the document will also establish a3D printingThe trust in materials used in industrial parts has historically attracted the attention of stakeholders.

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DNV’s mooring chain test stand in Bergen’s laboratory3D printingAluminum replica. Picture from DNV GL.

Standardized since 20143D printing

DNV started research as early as 20143D printingIts industrial benefits, and released its first additive manufacturing guidelines for the maritime, oil and gas industries in 2017.
A year later, the company established a Global AM Management Center of Excellence (CoE) in Singapore, which is now supported by the Singapore Economic Development Board (EDB).To improve3D printingQualifications, certifications and training capabilities, CoE has assumed the role of R&D center for additive manufacturing in the heavy industry sector. With the release of the specification DNVGL-SE-0568, DNV is re-publishing one of the core commitments it made when CoE was launched.

This is still not the only organization that provides guidance, hoping to see additive manufacturing flourish.Just last month, Oak Ridge National Laboratory (ORNL) and Senvol, an additive manufacturing data expert, jointly released a3D printingTechnical report for the collection of thoroughbred data. According to a two-year research and development agreement between the partners, the results of the study provide information on how to generate pure data on the impact of certain process parameters during L-PBF.

Elsewhere, the industry standards organization ASTM International recently published a journal describing how the COVID-19 pandemic has affected various areas of advanced manufacturing. This document is intended to serve as a source of thought leadership in post-COVID production, providing guidance on possible actions from a practical perspective.

(Editor in charge: admin)