Formally part of Schlumberger’s PeriScope Edge family, the NGI tool is the hardware enabler for "look-ahead" and "look-around" capabilities. It utilizes a multi-spacing, multi-frequency array design that allows petrophysicists to see bed boundaries up to 18 feet away from the wellbore—long before the drill bit actually crosses them.
Image features in oil-based and nonconductive muds. The OBMI oil-based microimager performs microresistivity imaging in oil-based,
When drilling exploration wells, the NGI tool can identify over-pressured shales or fault zones up to 20 feet ahead of the bit, giving drillers time to adjust mud weight or trajectory to avoid stuck pipe or lost circulation.
Formally part of Schlumberger’s PeriScope Edge family, the NGI tool is the hardware enabler for "look-ahead" and "look-around" capabilities. It utilizes a multi-spacing, multi-frequency array design that allows petrophysicists to see bed boundaries up to 18 feet away from the wellbore—long before the drill bit actually crosses them.
Image features in oil-based and nonconductive muds. The OBMI oil-based microimager performs microresistivity imaging in oil-based, schlumberger ngi tool
When drilling exploration wells, the NGI tool can identify over-pressured shales or fault zones up to 20 feet ahead of the bit, giving drillers time to adjust mud weight or trajectory to avoid stuck pipe or lost circulation. Formally part of Schlumberger’s PeriScope Edge family, the
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