Wellhead pressure control
Annular and tubing backpressure-control hardware: actuators, pressure and other relevant sensors, local controller, communications equipment, fail-safe components and installation materials.
System of Integrated Production · SIP-3 · SIP-AI
A marriage of oil
A marriage of oil
and data sciences
Ecominas Corp. develops systems, software and technology solutions that integrate AI and automation to maximise operating efficiency and safety across the hydrocarbon industry.
System of Integrated Production
One industrial operating system, from the reservoir to the cloud
Ecominas Corp. develops oilfield production-optimization systems that combine wellhead pressure-control equipment, field sensing, edge controls and applied analytics.
SIP-3 is the physical configuration: annular and tubing backpressure control at the wellhead, with actuators, pressure sensing, a local controller and fail-safe components. SIP-AI is the analytics and control layer that evaluates operating data and recommends or executes approved pressure adjustments within defined limits.
- Coordinated annular and tubing backpressure within engineered and safety limits.
- Installation described without downhole intervention on eligible wells.
- Broad application across APIs, reservoir types and climates.
- The stated limits: wells with gas lift and packers are out of scope.
Wellhead installation · company source material
Our solutions
From data capture in the field to decisions you can audit
The portfolio spans the physical equipment at the wellhead, the analytics that interpret it, the people who supervise it and the evidence that proves it.
Well-specific analytics
SIP-AI evaluates operating data and recommends or executes approved pressure adjustments within defined limits, with model configuration, monitoring, alerts, reporting and an audit log.
Control-room service
Human oversight, exception handling, operator reporting and approved model or configuration changes, under a managed-operations fee and a service-level agreement.
Field sensing and telemetry
Pressure, temperature, flow and equipment-state sensing feeding a local controller and a secure communications path, so that every conclusion traces back to a measured input.
Industrial cybersecurity
A documented industrial-control cybersecurity program covering segmentation, secure remote access, least privilege, encrypted communications, logging, backup, recovery and incident response.
Evidence and pilot programs
A fixed-scope field evaluation on qualified wells with pre-agreed evidence and safety gates: baseline study, installation, controlled test, final technical and economic report.
The oil science below the pump
Keep the gas in solution, and the pump is free to work
Increased annular pressure keeps gas in solution as it moves from reservoir to pump, raising the mobility of the oil and reducing gasification inside the pump.
Commissioning & learning sequence
No optimization starts before the gate is signed
Every step is a gate. Nothing is adjusted until the baseline, sensor quality, fail-safe response, operating envelope and responsible operator are approved.
1
QualifyEngineering, HSE, data and economic fit2
BaselinePaid diagnostic and agreed baseline3
InstallApproved MOC and permit to work4
MeasureImmutable data record, weekly reports5
ReviewJoint technical and economic reportCollect, do not act
Field equipment is connected to the well. Over the first seven days the sensors collect real-time data on pressure, temperature and gas flow rate, including fluctuations from eruptions, pump shutdowns, gas-lock issues and PID activations.
Controlled pressurization
The annular valve begins pressurization under AI control. The model dynamically adjusts the valve and retains both the repetitive patterns and the fluctuations in key well variables as it works to stabilize the well and the pump.
Connected field operations
Market opportunity
A market counted well by well
Venezuela combines a very large hydrocarbon resource base with a producing system that has experienced prolonged operational and investment constraints. OPEC’s 2026 Annual Statistical Bulletin reports 303.70 billion barrels of proved crude reserves at the end of 2025.
That context can create demand for production optimization, reliability improvement and selective rehabilitation. It also creates material legal, political, infrastructure, procurement, payment, data and counterparty risk. The opportunity is therefore defined well by well, through an engineering screen, a compliance screen and a test of operational accessibility.
Ready to qualify your wells?
Start with a diagnostic assessment: data review, field survey, well qualification, baseline design and a value hypothesis. A fixed fee, credited against a pilot where appropriate.