Case Studies
The energy industry is becoming more innovative by the day — from how wells are drilled, to how those wells are produced, to how that product is refined and sent to market.
Our BLUESPARK® technology has far-reaching applications throughout the lifecycle of a well across the energy sector, including Hydrocarbon and Geothermal. Learn how Blue Spark Energy and our clients are part of the energy evolution.
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Africa | Asia Pacific | Canada East | Canada West | Continental Europe | Middle East | North Sea | USA California | USA Mid-Continent | USA Permian
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Chemical Treatment | Injection Well | New Well | Open Hole | Producing Well | Scale Removal | P&A
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Vertical | Deviated | Horizontal | Offshore Platform | Geothermal
NSEA-SR-158 (Danish North Sea)
Camera images confirm cleaning of SSSV. Functionality restored.
NSEA-SR-157 (Danish North Sea)
Four sections of tubing were cleaned of CaCO3 scale, as confirmed by caliper logs.
MEA-SR-156 (Qatar)
The SSSV was cleaned of CaCO3 scale and was now fully operational and compliant.
MEA-SR-150 (Qatar)
The tubing hanger was cleaned of CaCO3 scale and wellbore access was greatly improved.
NSEA-PW-153 (Norwegian North Sea)
The BaSO4 scale was removed from the sand screens by BLUESPARK®, resulting in an increase in oil production of 175%
NAM-SC-155 (USA geothermal)
The Town of Lakeview’s geothermal district heating system had decreased 45% in flow rate, resulting in the shutdown of some buildings. The treatment resulted in a 134% increase in rate, allowing all buildings to be operational again.
MENA-IW-154 (Middle East)
The salt-water injection well was cleaned of formation damage due to fines and sludge, resulting in an increase in the injection rate of 175% while reducing CO2 emissions. The oil production of the field also increased.
NSEA-PW-152 (Norweigan North Sea)
The BaSO4 scale was removed from the sand screens by BLUESPARK®, resulting in an increase in oil production of 175%
NSEA-SR-151 (Danish North Sea)
The SCSSSV scale was removed by BLUESPARK®, resulting in a successful inflow test and no need for an insert valve
APAC-IW-149 (Japan)
The injection rate increased to as much as 12x the rate before treatment
NSEA-SR-147 (North Sea)
Removed scale from the wellhead using BLUESPARK®, allowing access into the main wellbore.
NSEA-SR-146 (North Sea)
Removed scale from the upper completion of the wellbore using the BLUESPARK®, treating a 7.5 m (25 ft) interval with an operating time of 6.25 hours.
NSEA-SR-145 (North Sea)
BLUESPARK® reduced scale by 80 – 100% and saved up to 5 days of operating time and USD $200K. The treatment was completed in one run in less than 14 hours of operating time.
APAC-IW-144 (Asia Pacific)
Improved connectivity to the reservoir. Injection zone takes water for the first time in years, a 350% increase in aquifer water production rate.
APAC-PW-143 (Asia Pacific)
BLUESPARK® stimulation to improve connectivity to the reservoir by clearing out blockages resulted in a 3x increase in oil production with the job completed in less than 3 days.
NSEA-SR-142 (North Sea)
A Tubing Retrievable Surface Controlled Subsurface Safety Valve (TRSCSV) was made operational with BLUESPARK® in 3.5 hours, eliminating the need to shut in the well.
SSA-IW-141 (West Africa)
Instantaneous reduction in injection pressure by 55%, and an injection rate increase by 1,260% after BlueSpark® treatment.
CE-SR-140 (Netherlands)
The mini FHUT was successful in holding a fluid column in the wellbore so that the pulsing was occurring in the required environment. A camera was run before and after the 1st BLUESPARK® run and it confirmed that scale was removed.
SSA-SR-139 (West Africa)
After only one treatment of the SPMs with BLUESPARK®, the tractor/stroker tool was able to retrieve both GLVs on the first attempt. For the lower SPM, this was due to the ability of BLUESPARK® to clear scale from the orientation sleeve and complex shapes like the GLV latch.