Frequently Asked Questions.
Browse our FAQ’s below.
The Safe Influx Automated Well Control unit is an aid for the driller. The system identifies a kick, takes control of the necessary equipment to space out, stop drilling, and shut the well in.
How much faster is the Safe Influx Automated Well Control system at shutting in an influx compared to the current manual method?
Our system sees a typical shut-in time which is five times faster than a human can achieve. In some instances, this could be even faster.
If the BOP is deployed, the current system works on every rig and every well around the world.
The system features dual redundancy and is built with the highest-grade materials and components. Both the hardware and software have undergone rigorous FMEA and HAZOP analysis and testing with Lloyd’s Register. The system recently passed a reliability milestone in June 2020 with over 12,000 hours runtime and over 650 automated shut-in sequences functioned with zero alarms or issues.
No. The Automated Well Control system detects a kick, then automatically takes control of the rig to safely shut-in the well reducing the influx size whereas EKDS alert and do not take corrective automated actions.
The system can be customised to suit the customers well requirements. The sensitivity and verification indicators can be adjusted to suit particular well requirements.
Why are you only using the flowpaddle (or Coriollis meter) as the kick indicator? -there are many more.
The primary indicator of a kick is additional flow rate down the flowline. Our first offering to the industry is designed for this. Future software packages will cover all the other primary and secondary indicators.
We have run sessions with experienced Drillers from Cyber and Conventional rigs with very positive feedback. They see this technology as an aid to help them during an influx and would embrace the technology if installed on their rigs.
It is an Automation system. Safe Influx Automated Well Control system is capable of being integrated into a fully SIL 2 compliant Automatic Safety System, but globally, rig and well control equipment does not (currently) meet that standard, and thus without major upgrades to existing equipment the overall system could not be assessed as a Safety System at this time. The Driller still has full access to his existing BOP manual safety controls. The Automated Well Control system simply mimics his decision-making logic to get to the point of activating the existing safety system earlier and more reliably than a human can.
Testing and Certification
Yes. A field trial was carried out on a Conventional rig in the UK in October 2019.
Yes. The system has been certified by Lloyds Register and carries a Technology Certification for both Cyber and Conventional rigs.
No. This is emerging technology, so API have not had the opportunity to create a monogram. Safe Influx plan to write the monogram with API within the next two years. It was a number of years after Managed Pressure Drilling (MPD) was in use by industry before API published a standard for MPD.
One, the Driller. No new/additional personnel are required.
The Human Machine Interface (HMI) user experience was developed with experienced Drillers from Cyber and Conventional rigs using HMI design standards. Drillers stated it is easy to use and they would welcome and adopt this technology in the field.
Can the Driller turn the system off if they know it is not a proper influx that has caused the alarm?
Yes. The Driller has the power of veto and can intervene at any moment.
Responsibility and Liability
The Driller retains responsibility for well control. The Safe Influx system is a tool for them to use.
The issue of liability is the same as all other well control equipment suppliers. Safe Influx will provide assurance on the quality and build of the system and its software. The rig owners must assure themselves that the system works as intended and then takes liability for operation of the system.
Installation and Pricing
We have a rental, day rate model.
Yes. The Safe Influx system comprises of a small control unit located in either the LI room or SCR room and a zone 1 or zone 2 human machine interface for the Driller depending on the rig type. The system also connects to the rig’s existing sensor package and rig equipment.
In the News
(see all of our news)
Safe Influx has now developed a model to assist Operators and other clients in assessing their forward-looking risked costs associated with well control. This can be applied to a single well, a series of wells, or indeed a field development. Safe Influx has developed...
In this OGV Energy Technology and Innovation Podcast, Safe Influx Managing Director Bryan Atchison talks about our revolutionary Automated Well Control technology. Listen to the full interview here.
The upstream petroleum industry stands alone in its resistance to change. All other high-risk industries such as aviation, rail signalling, and nuclear industries have adopted automation to improve Process Safety and dramatically reduce the probability of a Major...