Subsea and pipeline engineering firm Atteris is pleased to announce that its Houston based business, Atteris LLC, is now fully established. Operating out of Williams Tower, Post Oak Boulevard in Uptown Houston, Mark DelSota, an experienced offshore engineer, heads up the Atteris team to focus on meeting the needs of our clients in the Americas […]
Congratulations to Atteris’ Subsea and Pipeline Engineer, Liam Moore. Having completed a successful first year in industry, Liam now joins the SUT’s YES committee to learn more about our industry and assist students and other young professionals in their chosen career path. Liam said, “I am very grateful to have been accepted onto the 2018 […]
The Australian Pipelines and Gas Association has just announced Atteris Lead Engineer Tom Seeber as the new Chair for the WA Chapter Committee. https://www.linkedin.com/feed/update/urn:li:activity:6321119218544754688 The WA Chapter Committee are volunteers who meet every month to support the APGA secretariat in planning and coordination of APGA activities in WA. Tom has served on the committee for […]
It was that time of year again when Subsea Energy Australia (SEA) holds its annual Australian Subsea Industry Awards. As former winners of the Industry Collaboration Award, Atteris attended the ceremony to support this years’ finalists. However, there was one little twist in the events proceedings. Unbeknown to Allison Selman, Atteris’ Integrity Management & Decommissioning […]
Last week, Atteris’ lead engineer Celine Lanoelle shared her knowledge on Dynamic Riser Analysis at the Society for Underwater Technology’s Evening Technical Meeting (ETM). Celine’s breadth and depth of knowledge on the variety of riser types (flexible risers, top tension risers and steel catenary risers), has been gained through her extensive international experience. As well […]
Submarine pipelines and umbilicals are essential elements of many offshore hydrocarbon developments. In general, the most economical approach is to lay the pipelines and umbilicals directly on the seafloor with adequate self-weight to avoid any requirement to perform secondary stabilisation work such as trenching. A fundamental design requirement for this scenario is to ensure adequate […]