Assure single relief well intervention, maximize production and cut CAPEX costs
The RWIS is patented specialist subsea hardware that enables well design to be optimized whilst allowing operators to stop a blowout from prolific reservoirs safely and efficiently via a single relief well, a solution that was co-developed by Add Energy’s well control and reservoir and flow specialists in partnership with subsea hardware specialists, Trendsetter Engineering.
Secure access rights to the RWIS to
Stop a blowout via a single relief well
The RWIS is capable of pumping in excess of 200 barrels of kill mud into a blowing well per minute, increasing the pumping capacity by 300% by removing the bottleneck caused by restrictive choke and kill lines from the surface vessel to the seabed
Meet your production targets with less investment
Having access rights to the RWIS enables operators to increase the completion size of their well bore without compromising the ability to achieve single relief well contingency, enabling production targets to be met with fewer wells, resulting in reduced costs and risk
Secure approval for exploration and production projects with complex legislative requirements
For particular companies and in regions where being able to demonstrate single relief well contingency is part of the fundamental requirements for project approval, having access rights to the RWIS provides this assurance measure to help get your project sanctioned
Minimize risk and unlock well kill efficiencies when the unthinkable happens
Reduce the support resources such as vessels, rigs, personnel and well control equipment to gain control of a hydrocarbon release in the most effective, safest and efficient way possible, using a single relief well to intersect the blowing well.
How it works
The RWIS is capable of pumping 200 barrels of kill mud per minute through a single relief well, which is quadruple the amount of kill fluid which is typically achieved.
This is made possible by removing the mechanical bottle neck caused by kill and choke lines of a conventional BoP riser system by hooking up flexibles below the BoP, to achieve much higher injection rates.Take a closer look at the RWIS
Why consider purchasing access rights to the RWIS?
Secure approval of your development projects and meet your production targets with less investment
- Comply with legislation and company policies by guaranteeing single relief well contingency
- Enable the completion size of the well bore to be increased to maximize well flow rates
- Allow production targets to be met with fewer wells and associated costs, assuring the project can be developed within budget
Stop a blowout via a single relief well in the safest, most effective and efficient way possible
- Reduce mobilization and response time by being able to transport the RWIS with ease due its compact weight and size
- Achieve rapid kill of a blowing well – through high-rate pumping of kill fluids into a blowing well
- Enhance the safety of a well kill operation through a simplified solution with less resources to manage during a high-pressure period
- Zero rig modifications are required or interference with primary well control equipment
FIND OUT MORE OR BOOK A FREE CONSULTATION
If you’d like to learn more about the RWIS, or speak with a member of our team, please complete this form and we’ll be in touch as soon as possible.
Blowout scenario simulations and contingency study
To comply with the company's safety guidelines and policy, a blowout contingency study was required to assure the well could be killed via a single relief well in the event on an uncontrolled hydrocarbon release
Well Design and Cost Optimization Study
A case study with the project goal to reduce drilling costs and identify suitable well control measures for the purposes of assuring safety integrity amid a cost-conscious environment
Macondo’s Deepwater Horizon Disaster - Investigation, Capping and Relief Well Drilling
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