A Major Advance in MEMIR Training
Pisys is pleased to introduce our Double Derrick training simulator, the latest addition to our OTS (Operations Training Simulators) product range, developed to support advanced MEMIR (Major Emergency Management Initial Response) and operational training programmes.
The model delivers simulation of dynamic positioning, dual well centre drilling operations, integrated marine and drilling power management, Fire & Gas systems, helideck monitoring, and structured ESD logic—enabling customers to extend scenario-based emergency response, command decision-making, and systems management training into the complex deepwater drilling environment while maintaining the consistent architecture and realism of the Pisys OTS platform.
Representing a modern deep-water, double-derrick semi-submersible drilling vessel, the simulator expands the fleet portfolio beyond production-focused models in the Pisys range such as our Offshore Production Platform, Multi-Jacket Installation, FPSO and Jack-up Rig.
Why Use the Double Derrick Simulator?
Modern offshore drilling vessels are among the most complex assets operating offshore. Managing emergencies on these installations requires personnel to understand the interaction between marine systems, drilling systems, power generation, and safety systems.
Our Simulator allows organisations to train personnel in a realistic and controlled simulation environment where critical decision-making can be practiced without operational risk. Find out more about the use of simulators in the Energy sector
The simulator enables teams to develop competence in:
Major Emergency Management (MEMIR) decision making
Dynamic Positioning incident response
Fire and Gas system management
Electrical power failure and blackout scenarios
Helideck operational safety
Ballast and stability management
Complex drilling-related emergency situations
The simulator has been specifically designed to support OPITO-aligned MEMIR training programmes and other emergency management exercises.
The simulator allows instructors to create dynamic, evolving emergency scenarios where participants must:
- Interpret alarms and system data
- Manage escalation of incidents
- Coordinate response teams
- Maintain safe operation of the installation
- Protect personnel, environment and assets
The model supports training for roles including:
- Offshore Installation Managers
- Toolpushers
- Marine Supervisors
- Control Room Operators
- Emergency Response Teams
The Double Derrick system represents the next generation of offshore operations training simulators.
The model combines engineering realism with intuitive graphical interfaces, allowing trainees to interact with systems in a way that closely reflects real offshore installations.
The simulator includes realistic modelling of:
- Dynamic Positioning systems
- 8-generator power management
- Azimuth thruster propulsion
- Double-derrick drilling operations
- Firewater and deluge systems
- Helideck monitoring systems
- Ballast and pontoon flooding scenarios
- Integrated Fire & Gas detection
This integrated system modelling allows training exercises to simulate cascading failures and complex emergency situations that require coordinated response across multiple disciplines.
Designed for Modern Offshore Operations
The simulator reflects the design of modern deepwater semi-submersible drilling vessels, including:
- Double-derrick drilling capability
- High-capacity power generation
- Integrated marine and drilling systems
- Advanced fire and gas protection
- Helideck operations
- Dynamic positioning station-keeping
This realism ensures that training delivered using Foxtrot closely mirrors the operational challenges faced by personnel on modern offshore drilling units.
Future-Ready Offshore Training
As offshore operations become more complex, the need for advanced simulation-based training continues to grow.
The simulator provides a platform that enables training organisations and operators to prepare personnel for the challenges of deepwater drilling operations, emergency management, and offshore safety leadership.
With its combination of technical realism, flexible scenario control, and immersive system modelling, Foxtrot represents a powerful tool for the next generation of offshore training.
A Fully Integrated Offshore Asset Model
The system extends the Pisys fleet of offshore installation models, which already includes:
- Offshore Production Platform
- Multi-Jacket Offshore Installation
- Floating Production Storage and Offloading (FPSO)
- Jack-Up Drilling Rig
- Offshore Production Facilities for CRO operations
Together, the models provide a comprehensive digital offshore environment enabling training organisations and operators to simulate a wide range of offshore installations and operational contexts.
What Our Customers Say
A Fantastic Tool
The Pisys simulator has been excellent. It’s a fantastic tool, the customer service has been exemplary, and any project management we’ve needed has been superb.
Configurability
One of the strengths of the Pisys Training Simulator is that it is easy to change it, add to it, and improve it.
Huge Business Benefits
Overall the Pisys OTS simulator is a massive benefit to our business and we're really excited about the new opportunities we're getting as customers find out what we can offer.
BOOK A DEMO
We’ll walk you through our Training Simulator; letting you evaluate its features and user experience first-hand.
Frequently Asked Questions
The Double-Derrick Simulator is Pisys's latest Operations Training Simulator model, representing a modern deepwater double-derrick semi-submersible drilling vessel. It supports advanced MEMIR and operational training, including dynamic positioning, dual well centre drilling, integrated power management, Fire and Gas systems, helideck monitoring, and ESD logic.
It is designed for personnel involved in deepwater drilling operations, including OIMs, control room operators, and emergency response teams who need to train for complex drilling vessel scenarios. It is also suited to MEMIR and emergency response course delivery.
The simulator supports scenario-based emergency response, command decision-making, and systems management training. This includes dynamic positioning events, power management failures, Fire and Gas detection scenarios, helideck incidents, and ESD logic exercises in a deepwater drilling environment.
The Simulator extends the Pisys range of systems  and complements the existing semi-submersible model adds a deepwater drilling focus alongside the added complexity of an additional derrick.
Yes. Like all Pisys simulators, it is available for online delivery as part of the train without travelling range, allowing instructors and trainees to participate remotely without dedicated on-site hardware.
The simulator can be deployed on-site on a wide range of hardware from a single laptop to a fully immersive motion platform, or delivered online as part of the Pisys cloud-based training platform.
Cyber Essentials Plus Certified
Cyber Essentials Plus helps us guard our organisation against cyber attacks. This is important because vulnerability to basic attacks can mark us out as a target for more in-depth unwanted attention from cyber criminals and others. Certification gives us and our customers peace of mind that our defences will protect against the vast majority of common cyber attacks simply because these attacks are exploiting targets which do not have the Cyber Essentials Plus technical controls in place.
Frequently Asked Questions
ISO 27001 Certified
We strive to ensure the integrity, confidentiality and availability of all systems and data used by Pisys in their delivery of hosted applications to their worldwide client base, protecting these systems and data from all threats, internal and external, deliberate and accidental. To do this, we have deployed an information security management system (‘ISMS’) compliant with the ISO/IEC 27001 information security standard to meet our information security policy. The ISMS will allow compliance with customer contracts, and relevant laws of the UK and any company within which Pisys Ltd operates.