Quad Neutron log measurements is a proprietary technology by Roke Canada, which provide accurate saturation measurement downhole by precisely identifying the zones with hydrocarbon (oil, gas, light oil), with water and zones with mud and cement invasion.
The Quad cutting-edge technology, which is light years ahead of the conventional technologies, was designed and field-tested to 150℃ and 15,000 PSI, has application in harsh environments and many wellbore configurations. The Quad’s complex measurement suite is delivered with a simple telemetry and lower power requirements. It easily interfaces to e-line surface connections (Warrior service) or Roke’s own down-hole memory tools. Its slim hole memory capability and through pipe measurement capability enables flexibility in Quad deployment
The Quad Neutron is a four-detector nuclear measurement tool specially designed for through pipe reservoir evaluation. Its several detectors and facilities include Natural Gamma Ray, Split Spectrum Gamma Ray, CCL, Top and Bottom Temperature, Fluid Resistivity, and an Accelerometer. The Quad data bus and modular connector configuration enables attachment of many other detectors to be accommodated for specific applications, when required.
BLUESPARK® technology is a flagship, sustainable and innovative technology that brings solution to formation damage through its repeatable, high power hydraulic pressure pulses and shockwaves. It is a flagship solution developed by Blue Spark Energy Inc.
BLUESPARK® technology creates pathways that allow increased inflow (oil and gas) to the wellbore by generating very intense shock wave and high-power pressure pulse to dislodge near wellbore formation damage. BLUESPARK® technology achieves this feat through its unique ability to discharge stored energy within a few microseconds and convert the energy through a transducer create intense shock waves travelling at more than 1,500 meters per second and is followed by a 10,000psi high-pressure pulse.
BLUESPARK® technology tool can be run in open hole or cased hole via e-line. It could also be deployed in horizontal wells when used with a wireline tractor or e-coil. BLUESPARK® technology opens up flow paths by delivering rapid, high-power pressure pulses directly at the location of the blockage. Repeated pulsing removes blockages in SSSCVs, SSDs, GLVs, orifice, perforations, slotted liners, sand screens and gravel packs.
BLUESPARK® technology supports sustainability. There’s no truck convoy through people’s backyards, no work crews, and no fluids, toxins or explosives – reducing the risk chain.
Our footprint is one vehicle, one technician and BLUESPARK® technology uses as much energy as leaving a 100W light bulb on for 3 hours while creating a power output of 240 megawatts.
Oil & gas applications are complete in as little as a day, and our efficiencies don’t stop there;
with no wellbore preparation and few logistics to consider, we can gear up immediately saving you valuable time every turn.
Proven technology, rigorous testing and quantifiable improvements in 600 projects for more 50 companies.
Less manpower, faster treatment, no downtime due to prep or logistics, no chemicals or additional clean up cost.
It all adds up to a cost-effective solution to restore reservoir flow.
No fluids, toxins or explosives are used. Our small on-surface electrical charge and its transmission deep down-hole is safe.
BLUESPARK® technology works directly at the source of the issue.
The Process Imaging software is a cutting-edge technology that provides exceptionally detailed fluid particle characterization (sizes and concentrations) through its advanced, world-class, recognition and measurement algorithms. The Process Imaging software takes images captured by the Process Imaging, measures 18 different parameters for each particle and classifies them into up to eight separate particle populations simultaneously, continuously and in real-time. Thus, the Process Imaging software provides excellent solution for detailed, representative and real-time information on the wellbore cleanliness.
