Fit-for-purpose rig
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| - | '''Fit-for-purpose''' rigs have a streamlined design optimized for drilling multiple wellbores using a single well pad. This is called ''pad drilling''. It reduces the impact on the environment as much as possible, because multiple-wells from a single pad can target larger areas the underlying environmentally delicate surface areas. Generally, pad drilling can be done with a much smaller surface footprint. | + | '''Fit-for-purpose''' (FFP) rigs have a streamlined design optimized for drilling multiple wellbores using a single well pad. This is called [[pad drilling]]. It reduces the impact on the environment as much as possible, because multiple-wells from a single pad can target larger areas underlying environmentally delicate surface areas. Generally, pad drilling can be done with a much smaller surface footprint. |
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| + | FFP rigs typically are very high-performance with large-capacity mud pumps, computerized drilling control systems, and are very mobile. They have lighter, more powerful top drives with higher torque and greater efficiency, automated pipe-handling capability for efficiency and crew safety, AC drawworks that for greater horsepower applied to the drill bit, and built-in measurement and control systems to support decision-making and analysis. | ||
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| + | [[Category:Drilling practices]] | ||
Current revision
Fit-for-purpose (FFP) rigs have a streamlined design optimized for drilling multiple wellbores using a single well pad. This is called pad drilling. It reduces the impact on the environment as much as possible, because multiple-wells from a single pad can target larger areas underlying environmentally delicate surface areas. Generally, pad drilling can be done with a much smaller surface footprint.
FFP rigs typically are very high-performance with large-capacity mud pumps, computerized drilling control systems, and are very mobile. They have lighter, more powerful top drives with higher torque and greater efficiency, automated pipe-handling capability for efficiency and crew safety, AC drawworks that for greater horsepower applied to the drill bit, and built-in measurement and control systems to support decision-making and analysis.
