Increase Well Production
|
Increase Well EUR
|
Lower Well Costs
|
Utilizing new unconventional completion technologies provided by 8Sigma, tight and shale wells are no longer limited by stage count or coiled tubing reach. Now, up to 500 single-point-of-entry fracture treatments can be continuously pumped and placed at maximum pump rate.
Our proprietary technology uses a pump-down plug launched from surface with a simple and robust logic system used to engage & mate the plug to the sliding sleeve. No numerical counters, no indexers, no coiled-tubing, limited moving parts; just a simple, solid, proprietary mating mechanism that only 8Sigma can offer.
Our proprietary technology uses a pump-down plug launched from surface with a simple and robust logic system used to engage & mate the plug to the sliding sleeve. No numerical counters, no indexers, no coiled-tubing, limited moving parts; just a simple, solid, proprietary mating mechanism that only 8Sigma can offer.
Lower GHG Emissions, Fuel Use and Water Consumption
Lower GHG emissions and water consumption due to more efficient well design and completions operations.
About 8Sigma Energy Services
8Sigma Energy Services is focused on providing innovative and disruptive downhole tool technologies to the Tight and Shale Resource market to reduce well costs for operators.
While current completion technologies limit the length or limit the number of fracture stages that can be placed. A progressive approach to completions and the utilization of contemporary concepts and state-of-the-art materials has led to the development of a new disruptive technology for the multistage fracturing industry. The infinityFrac™ technology has been designed to address many of the modern challenges experienced while completing wells in today's shale plays.
The system is comprised of a compact and robust frac sleeve designed for high pressure, open-hole or cemented applications with the option of running cluster tools or single point of entry tools. This technology is capable of targeting upwards of 500 stages while maintaining a constant length and ID. The sleeve has been manufactured and tested successfully in 4.500, 5.000 and 5.500 inch casing sizes.
The tools have a sleek erosionally-optimized internal profile with a a minimum ID equal to casing drift which optimizes high rate, high tonnage pumping operations while providing an unobstructed tool internal during frac.
Wear resistant material integrated with an abrasion reducing design protects against erosion as well as corrosion, providing optimal downhole performance in even the harshest of wellbores and frac programs. A custom, application-specific seal stack has been employed providing excellent wear resistance and stability in dynamic, abrasive, high temperature and corrosive fluids.
A Patent-Pending design allows hydraulic loads to only be applied in a tensile orientation simultaneously improving strength and reliability while eliminating plug buckling events.
While current completion technologies limit the length or limit the number of fracture stages that can be placed. A progressive approach to completions and the utilization of contemporary concepts and state-of-the-art materials has led to the development of a new disruptive technology for the multistage fracturing industry. The infinityFrac™ technology has been designed to address many of the modern challenges experienced while completing wells in today's shale plays.
The system is comprised of a compact and robust frac sleeve designed for high pressure, open-hole or cemented applications with the option of running cluster tools or single point of entry tools. This technology is capable of targeting upwards of 500 stages while maintaining a constant length and ID. The sleeve has been manufactured and tested successfully in 4.500, 5.000 and 5.500 inch casing sizes.
The tools have a sleek erosionally-optimized internal profile with a a minimum ID equal to casing drift which optimizes high rate, high tonnage pumping operations while providing an unobstructed tool internal during frac.
Wear resistant material integrated with an abrasion reducing design protects against erosion as well as corrosion, providing optimal downhole performance in even the harshest of wellbores and frac programs. A custom, application-specific seal stack has been employed providing excellent wear resistance and stability in dynamic, abrasive, high temperature and corrosive fluids.
A Patent-Pending design allows hydraulic loads to only be applied in a tensile orientation simultaneously improving strength and reliability while eliminating plug buckling events.
