ENERVIEW.AI

?? A Proud Milestone ?? A few years ago, I embarked on a journey to develop my own housemade model for evaluating the performance of #ESP (Electric Submersible Pumps). I never imagined that one day I'd be presenting it to some of the most important oil & gas companies in the United States! ?????? None of this would have been possible without the support of ENERVIEW.AI. A special thank you to Branden P. for his invaluable knowledge (I had never met someone with so muuuuuch knowledge and such human qualities) Eduardo Littuma and H. Sami Suheil for all their support in building such an incredible team and a wonderful company, Alfonso Wilches Tapias for perfectly interpreting each idea and putting it into code and julieth hincapie guerra for her dedication and commitment to making ENERVIEW.AI a quality and valuable product. What started as an idea turned into a passion project with an incredible team , and today, it's being recognized at a level none could only dream of. ENERVIEW.AI is a testament to the power of perseverance, continuous learning, and the drive to innovate. Here's to many more milestones and breakthroughs ahead!

?? Experience True Pump Performance with ENERVIEW.AI ?? Imagine seeing your pump’s performance in real-time, under actual downhole conditions. At Enerview, we make this possible by plotting three essential points—surface, discharge, and intake—all in one powerful graph. ???? This unique visualization shows how pumps respond at various frequencies, uncovering the true story of downhole flow—often higher than what’s measured at the surface. ?? Why is this groundbreaking? Gas presence changes the game: the flow rate at the pump intake is usually higher than at the discharge because gas takes up valuable space. This creates a “separation” between intake, discharge, and surface flow rates. The closer these points align, the more efficiently the pump operates, minimizing risks like gas lock. In the example graph, we’ve also added sensitivity points at the discharge—a crucial detail that allows us to monitor how small changes in discharge conditions can impact overall pump performance. These sensitivity points help us fine-tune operations, ensuring the pump remains within optimal performance ranges, even under varying conditions Our visualization shows the impact of gas on downhole flow and connects it with surface observations. At Enerview, each curve tells a story, and every detail counts. ???? ENERVIEW.AI https://www.enerview.ai/ #Enerview #TechnologyRevolution #Optimization #PetroleumEngineering #ArtificialLift #PumpMonitoring #Innovation #oilandgas #oilgas

ENERVIEW.AI is a BEAST! ?? ?? Check out this beast of a project our team pulled off recently! Through our advanced monitoring and production optimization platform for gas lift wells, we identified and resolved a critical issue that was impacting the efficiency of one of our client's wells. ?? What did we do? Using a digital twin model and validation with downhole sensors, we detected a significant injection pressure discrepancy, which led us to discover a damaged valve (Busted Bellow) that was causing overpressure in the injection annulus. ?? The Solution: Replacing the damaged valve resulted in: -A 23 BOPD increase in oil production (for now ?? ) -A reduction of 221 psi in injection pressure ?? -Optimization of the gas injection rate for more efficient production This success highlights the power of technology when applied with precision and solid technical expertise. We’re excited to continue pushing the boundaries of what’s possible in production optimization. We’re moving forward, driving efficiency and results! ?? Eduardo Littuma Jake Bane Iveth Sabillon julieth hincapie guerra #oilandgas #oilgas #oilfield

?? Case Study 2: Gas Lock Potential Proactively identifying the efficiency of gas separation is essential for optimizing fluid lift to the surface. At ENERVIEW.AI, we specialize in pinpointing gas lock potential by analyzing three core indicators: Head System Deterioration, Turpin Factor, and Gas Volume Fraction. In late March, our advanced monitoring systems detected an increase in System Head Deterioration (yellow) in our ESP system. To rule out issues like mechanical wear or tubing leaks, we noted a significant rise in both Turpin Factor and Gas Volume Fraction (blue and purple lines, respectively – Zone 1). Thanks to Enerview's proactive and innovative approach, we adjusted the well head pressure (see Figure 2). This timely intervention led to a reduction in System Head Deterioration (yellow – Zone 2) and production was recovered to normal levels, demonstrating the effectiveness of our solutions. ENERVIEW.AI reliable, cutting-edge energy solutions that maximize operational efficiency and minimize downtime. Eduardo Littuma Jake Bane #oilandgas #oilgas #oilfield

At Enerview, we built a tool we wished we had when we worked at operators. Here is an example of our health check capabilities identifying a well with lots of upside in production. This ESP is currently operating at 52hz producing 2200 bbl/d with the ability to safely speed up inside its operating window to 65hz producing 3600 bbl/d! We do this by building a digital twin of the well using our proprietary physics based models that calculate where you're currently operating vs where you could be operating within the physical constraints of the system (such as horsepower limitations, operating in upthrust, pumping off, nameplate motor and VSD amps, etc). Our dynamic visuals make it easy to see where you're operating on the pump curves and motor curves, what your pump degradation is , and where you're producing on your IPR vs VLP curves.

Enerview is #hiring. Do you know someone who might be interested?