Case Study posts

Over the course of the 35-day flowback, the custom-engineered solution flawlessly executed the job. The client experienced no sand carry over to downstream equipment and zero washouts in the iron, manifold, or test separators. Read more

As expected, the Sahara Advanced Cyclone captured well over 97% of sand and prevented carry over to downstream equipment, saving thousands. Read more

eFlowback, which combines automation, measurement systems, and cloud-based software, enables operators to enter the next level of flowback. Read more

Over the course of the 16-day flowback, the Sahara Advanced Cyclone captured well over 99% of the sand produced on this well. See the results. Read more

Thermal imaging shows EnerCorp’s Sahara Advanced Cyclone captures over 99% of sand, keeping test separators clean. Read more

EnerCorp Creates Customized Sahara Advanced Cyclone for Supermajor IOC Read more

EXPERIENCE MATTERS Mojave Dual Cyclone reduces chargeback expenses by $25,587 on 15-day flowback jobShare this PostHaynesvilleShale IP Peak 5 MMSCF/ day Gas 100 BBLs/ day Water 1500 psiflowing pressure THE PROBLEM Sand production in the Haynesville requires operators to run multiple cyclones as well as a three-phase test separator at the same time to prevent sand from getting into their production facilities and Read more

EXPERIENCE MATTERS EnerCorp’s Sahara Advanced Cyclone significantly outperforms competitor “advanced” cyclone in the Marcellus ShaleShare this PostMarcellus ShaleDry Gas Well IP peak > 5 MMSCF/ day Gas Average 55 BBLs/ day Liquid 400 psiflowing pressure 1 Daysof flowback used for comparison THE PROBLEM Our client was using multiple different sand separators in series as part of their flowback as well as during the early Read more

EXPERIENCE MATTERS EnerCorp’s Sahara Advanced Cyclone technology captures 99.7% of sand in the Permian BasinShare this PostDelaware BasinLocation 500 BBLs/ day Oil 2800 BBLs/ day Water 1500 MCF/ day Gas 400 psiat peak flow rate 0 Daysof flowback 20000 lbsof sand produced THE PROBLEM One of our valued clients was running two sand separators and a three-phase test separator during their flowbacks. However, the production facilities Read more

A well production history with a high sand return. Sand that was coming from a well along with effluent was accumulating into a separator. An accumulation of sand leading up to daily well shut in and several days of downtime. Read more