How generative design and metal additive manufacturing cut LNG measurement variability by more than 50%.
Originally hosted by EOS, in collaboration with Valland and ToffeeX
Duration 45 mins + Q&A
In this webinar, engineers from Valland, ToffeeX, and EOS reveal how a consortium of engineering leaders reimagined LNG vaporizer performance from the ground up, combining generative design, optimized thermal performance, and additive manufacturing into a single field-ready solution tested under real-world conditions.
Why this matters
In LNG custody transfer, even the smallest measurement deviation can carry major commercial consequences. Conventional vaporizer designs limit measurement stability, and the industry needs a way to reimagine flow architecture without compromising reliability or certification requirements.
What we’ll cover
- Why conventional LNG vaporizers limit measurement stability
- How a generatively designed flow architecture improves vaporization consistency
- How metal 3D printing enabled complex internal structures impossible with conventional manufacturing
- What real-world field test results from Equinor reveal for future LNG operations
Who this is for
- Engineering leaders in energy and LNG infrastructure looking to reduce measurement variability and commercial risk
- R&D and process managers evaluating generative design and additive manufacturing for thermal-fluid applications
- Engineers and technical specialists working on custody transfer, metering, or vaporizer system design
