Refracturing Extends Lives Of Unconventional Reservoirs

Refracturing often is considered the best option for combatting production declines in unconventional reservoirs. Decline rates from SRR wells usually are more rapid than wells in conventional reservoirs because of their ultralow permeability, limited reservoir contact, and the original completion strategy.

The success or failure of refracturing can have implications for field development.
The desire to reinvigorate wells by performing secondary or tertiary hydraulic fracture stimulation treatments has been present for many years. The need for improving production above the economic break-even point and tapping additional portions of the reservoir are lofty goals that have proven difficult,
if not impossible, to achieve in conventional reservoirs. Read more

Halliburton Launches New High-Speed Telemetry Service

Sperry Drilling, a Halliburton (NYSE: HAL) business, today announced the release of JetPulse™ high-speed telemetry service, which provides consistent, high-data rate transmission of drilling and formation evaluation measurements. This new telemetry system helps operators make faster decisions to optimize well placement and improve well control while increasing drilling efficiency. Read more

Rocket Fuel Technology for Fracturing?

Startup Aims To Advance Rocket Fuel Technology for Fracturing.

RocketFrac Services Ltd. is a highly-driven Canadian company focused on the development of innovative well stimulation tools. RocketFrac has designed a break-through fracing technology allowing for economically efficient and environmentally friendly oil and gas recovery without the need for water or proppant.

The PSI-CLONE tool, which holds the propellant, is reusable. Once the propellant has burned out completely, the tool can be reloaded with another block of fuel. The company states that the system requires a single coiled tubing unit, as opposed to the multiple pumper trucks and water tanks used for hydraulic fracturing, and requires three to five onsite personnel. Read more

Schlumberger Launches Advanced Digital Integration of Rock and Fluid Analysis Services

Expanded Schlumberger Reservoir Laboratory delivers comprehensive physical measurements and digital technology enablement

 

Schlumberger today inaugurated the newly expanded reservoir rock and fluid analysis laboratory located in Houston, Texas. The state-of-the-art lab enables petrotechnical experts to better leverage physical and digital rock and fluid analysis for comprehensive reservoir characterization.

The Houston Reservoir Laboratory features a leading portfolio of Schlumberger reservoir characterization technologies, which span downhole rock and fluid data and sample acquisition through wellsite and lab analysis. Integration of data and insight from field and lab measurements in the DELFI* cognitive E&P environment enhances collaboration across exploration and production teams to realize the full potential of all available data and science in optimizing oil and gas assets. Read more