Fully automated drilling rig
Technical Specifications – Fully Automated Drilling Rig
The table below shows specifications for a 5,000‑7,000m fully automated land rig. Offshore and deepwater configurations available.
| Parameter | Specification |
|---|---|
| Automation level | Level 4 (fully autonomous) – AI‑optimized drilling, closed‑loop control |
| Control system | Centralized PLC (Siemens/Rockwell) + AI optimization engine |
| HMI | 19″ touchscreen + redundant backup, remote operation capable |
| Data acquisition | 1,000+ channels, 50 Hz logging, real‑time cloud transmission |
| Remote operation distance | On‑site: 100m wired; field office: 10 km wireless; global: via satellite |
| Auto‑driller | AI‑optimized WOB (5k‑100k lbs), RPM (0‑250), anti‑stick‑slip |
| Iron roughneck | 60k‑160k ft‑lbs torque, torque‑turns logging, auto‑positioning |
| Pipe handling | Hydraulic catwalk + robotic arm + automated racking system |
| Elevator / slips | Hydraulic elevator (350‑750 tons), hydraulic power slips |
| Top drive | AC‑VFD, 50k‑135k ft‑lbs torque, integrated pipe handler |
| Drawworks | 1,500‑3,000 HP AC‑VFD, auto‑trip (25‑30 stands/hour) |
| Mud pumps | 2 × 1,600‑2,200 HP triplex, automated rate/pressure control |
| BOP control | Remote actuation, auto‑kick sequence, redundant backup |
| Digital twin | Real‑time simulation, predictive maintenance alerts |
| CCTV / monitoring | 8‑12 cameras, AI‑based red zone detection, auto‑stop on intrusion |
| Operating temperature | -20°C to +50°C (arctic & desert packages available) |
| Certifications | API 4F (structures), 7K (hoisting/pumping), 8C (wireline), 16A (BOP) |
| Lead time (FOB China) | 14‑18 months (new build); 8‑12 months (retrofit) |
Applications
| Application | Why Fully Automated Rig Is Required |
|---|---|
| Offshore deepwater / ultra‑deepwater | Reduce personnel offshore, 24/7 remote support from shore, eliminate shift changes |
| Shale gas multi‑well pads (10‑40 wells) | Batch drilling with consistent parameters; zero between‑well setup time |
| HPHT / ultra‑deep wells (>7,000m) | Precise WOB/torque control for challenging formations, real‑time optimization |
| Arctic / remote land wells | Remote operation from warm office; predictive maintenance reduces logistics |
| Unmanned / minimally manned rigs | 1‑2 operators per shift (remote cabin or office) |
| Well factory / mass production drilling | Repeatable, parameter‑optimized wells – every well drilled the same way |
| Workover / intervention campaigns | Automated tripping for frequent operations, reduced crew fatigue |
Product Types – Automation Levels
We offer four automation levels. Level 3 and above are considered "fully automated” for most operations:
| Level | Description | Automation Features | Crew on Floor |
|---|---|---|---|
| Level 1 – Mechanized | Basic automation of individual tasks | Auto‑slips, elevator, roughneck | 4‑6 |
| Level 2 – Semi‑Auto | Integrated pipe handling + auto‑driller | Catwalk + roughneck + auto‑driller, remote pendant | 2‑4 |
| Level 3 – Full Automation | Closed‑loop drilling + one‑click sequences | All Level 2 + auto‑connection, auto‑trip, remote cabin, integrated BOP | 0‑2 |
| Level 4 – Autonomous | AI‑optimized, self‑learning, remote office operation | All Level 3 + AI parameter optimization, digital twin, predictive maintenance, multi‑rig remote supervision | 0‑1 |
Why Choose SJ Petro for Your Fully Automated Drilling Rig?
1. Closed‑Loop System – Not Disconnected Components – Many competitors sell auto‑drillers, catwalks, and roughnecks as separate pieces. We integrate everything into a single control system – one HMI, one PLC, one source of truth.
2. AI‑Driven Optimization – Not Just Setpoint Control – Our system learns from each well, improving performance on the next pad. Adjusts to formation changes in real time – not waiting for operator input.
3. Field‑Proven with Sinopec – We have deployed automated drilling technologies across Sinopec’s fleet – from shallow land rigs to deepwater drillships. Thousands of automated wells drilled.
4. True "Red Zone” Removal – Level 3 rigs operate with zero personnel on the floor during normal drilling. Not "reduced” – eliminated.
5. API 4F, 7K, 8C, 16A Certified – Not just "compatible” – fully certified. Third‑party witnessing available.
6. Retrofit Existing Rigs – You do not need to buy a new rig. We can upgrade your existing rig to Level 2 or 3 automation in 8‑12 months.
7. Remote Operations Center – We Build It – We can design and equip your remote operations center – the full solution, not just the rig.
8. Global Support – Automated rigs need rapid support. Our engineers can log into your control system (with permission) to troubleshoot, update software, or adjust parameters.
9. Sinopec Engineering Backing – Developed in partnership with Sinopec’s drilling division – tested on hundreds of wells. Not a prototype.
Frequently Asked Questions (FAQ)
Q1: What is the difference between an auto‑driller and a fully automated rig?
An auto‑driller maintains WOB and RPM setpoints. A fully automated rig handles everything – making connections, tripping, pipe handling, BOP control, and optimizing parameters with AI. No manual intervention.
Q2: Can the rig operate with zero personnel on site?
Yes – Level 4 rigs can be operated entirely from a remote office. However, we still recommend one technician on site for emergency response and daily inspections.
Q3: How much does automation increase rate of penetration (ROP)?
Industry data shows 17‑36% increases in ROP with AI‑optimized systems. Our own test wells consistently show 15‑25% improvement over manual drilling [13†L19-L20].
Q4: What happens if the control system loses network connection?
The rig continues drilling based on the last known safe parameters. It does not "stop.” Manual backup controls are provided for all critical functions – you can operate the rig manually if needed.
Q5: Can the system handle complex directional drilling (geosteering)?
Yes – we integrate with MWD/LWD data. The system can autonomously adjust trajectory to stay within the reservoir boundary – as demonstrated in ExxonMobil’s 2026 offshore Guyana project [9†L11-L24].
Q6: How do you ensure safety if the automated system fails?
Redundant architecture: duplicate PLCs, redundant sensors, hardwired emergency stops. All functions have manual overrides. The system is SIL 2 certified for safety‑critical functions.
Q7: How many people are needed to operate the rig?
Level 1: 4‑6. Level 2: 2‑4. Level 3: 0‑2. Level 4: 0‑1 (plus remote supervision). Our Level 3 rigs have been operated with a single driller in a remote cabin – zero floor personnel.
Q8: Can this rig be retrofitted to my existing rig?
Yes – we offer retrofit packages for most modern rigs (built after 2010). We add sensors, actuators, PLC, and HMI. Typical retrofit time: 8‑12 months. Level 3 achievable on most rigs.
Q9: What is the typical payback period for a fully automated rig?
Calculated on labor savings alone (4 fewer people at $150k/year each) + NPT reduction (30% = 20‑30 days/year saved at $40k/day rig rate). Typical payback: 12‑24 months. For offshore rigs with $400k+/day rates, payback can be under 6 months.
Q10: What training is required for drillers to operate the automated system?
2‑3 weeks for experienced drillers (classroom + simulator + supervised first well). The system is designed to be intuitive – many drillers are proficient within one week.
Q11: Does the system work in extreme environments (arctic, desert)?
Yes – we offer arctic packages (-40°C) and desert packages (55°C) with heated enclosures, oversized cooling, and dust‑sealed electronics.
Q12: How do I get a quote for a fully automated drilling rig?
Provide: desired depth, rig type (land/offshore), existing rig details (for retrofit), and desired automation level (1‑4). We will respond with a system proposal and fixed price within 10 business days.
