Vertechs iRCD Pro is an all-electric integrated wellhead pressure control system built on intelligent RCD technology. It integrates RCD and MPD manifold functions into a single compact unit, enabling conventional rigs to perform MPD operations with remote support powered by IoT connectivity. The system reduces equipment footprint by 60% – 75%, lowers weight by over 50%, shortens installation and maintenance time, and minimizes crew requirements, enhancing both efficiency and safety.
Enable transition from SBP to WBP
Integrate core functions of iRCD and IPC-MPD systems in a compact system (<4 m²) with ±15 psi pressure control accuracy
Reduce deployment time by 60%, crew by 50%
Applicable to land rigs, modular rigs, and jack-up rigs
| iRCD Pro SPECIFICATIONS | |||
| Design & Manufacture Standard | API 16RCD, 16C, 16A | Latching System Actuator | Electric (Low-voltage DC, Explosion-proof, Non-decoupled) |
| Max. Static Pressure | 5,000 psi | RCD | iRCD Spec. |
| Bypass Line Qty | 3 – 4 (Customized) | Connection Size | 4 1/16 in |
| Valves Qty | 5 – 7 (Customized) | Orifice Size | 2 in / 3 in |
| Footprint | <4m2 | Pressure Control Precision | ±15 psi |
| Packing Elements | Single / Dual | Lubricating & Cooling | Self-lubricating |
| iRCD SPECIFICATIONS | |||
| Design & Manufacture Standard | API 16RCD | Latching System Actuator | Electric (Low-voltage DC, Explosion-proof, Non-decoupled) |
| Max. Static Pressure | 5,000 psi | Max. Dynamic Pressure | 2,500 psi |
| Bearing Assembly | 8 1/4 in | Bottom Flange | 13 5/8 in |
| Housing Max. Outlet | 7 1/16 in | RPM | 0 – 200 rpm |
| Housing Height | 46 – 53 in | Weight | 1.5 – 3 T |
| Packing Elements | Single / Dual | Lubricating & Cooling | Self-lubricating |
| IPC-MPD SPECIFICATIONS | |||
| Design & Manufacture Standard | API 16C | Actuator | Electric (Low-voltage DC, Explosion-proof) |
| Pressure Rating | 5,000 psi | Pressure Control Precision | ±15 psi |
| Connection Size | 4 1/16 in | Orifice Size | 3 in / 2 in |
Narrower drilling margins, HPHT formations, and increasing automation requirements are driving a shift in wellhead pressure control technologies. Moving beyond traditional hydraulic architectures, electric actuation, automated sealing, and integrated MPD systems are enabling faster response, greater control accuracy, and reduced operational complexity. Wellhead Back Pressure (WBP) control is emerging as a key step toward safer, more efficient, and more intelligent drilling operations.