Through its patented Anti Stick-slip Tool (AST), Tomax provides a stable, safe drilling environment, free from stick-slip vibrations produced in the process of cutting through problematic underground formations. The suppression of stick-slip vibrations will also release energy for faster rates of penetration (ROP). As a result, the use of AST will always add significant value where the drilling operation faces risk from stick-slip vibrations.
Drillers often praise the AST for making their job easy long before the engineers have calculated the benefit This example is from the Valhall field […]
Objective The PDC cutters relies on an accurate force-feed to deliver its unique capacity for efficiency and durability. The bottom end of a long, flexible […]
As part of a new development offshore Ghana, Tullow Oil plc wanted to look at ways to reduce downhole tool failures while still maintaining time-efficient […]
Midland Basin (Spraberry and Wolfcamp) Objective The Tomax Anti Stick-Slip Tool (AST) reduces motor wear from stalls. Stalls includes the short invisible stops from High […]
Southern Midland Basin Objective The Tomax Anti Stick-Slip Tool (AST) reduces motor wear from stalls. That includes the short invisible stops from High Frequency Torsional […]
Normally it is Tomax that makes presentations about field statistics and performance to operators. This time it was the other way round: Cimarex Energy Co […]
Zadco UAE (Upper Zakum Development Company), with majority shareholder ADNOC, needed to expand ERD capabilities beyond 10,000m and saw excessive friction and stick-slip as challenges. […]
First case report with practically full AST implementation The Aker BP drilling team had an ambitious goal for speed on Ivar Aasen. As a result, […]
Drilling hard carbonates is often a costly affair with slow ROP and equipment damage. At the international IADC/SPE Drilling Conference in London 2015, Norwegian operator […]
The maximum drilling torque supplied from the Top Drive is defined by the highest peaks produced downhole. An AST can be used to reduce such […]
