Rigless Solutions

A versatile solution enabling efficient and safe light intervention work in confined spaces. Swift to set up, cost-effective, and environmentally friendly, it ensures enhanced safety while minimizing the need for a full drilling rig on-site.

In the ever-evolving landscape of oil and gas operations, efficiency, safety, and environmental responsibility stand as paramount concerns. Enter rigless intervention – a groundbreaking solution that is reshaping the industry’s approach to well interventions.

This innovative approach enables operators to perform light intervention work in even the most challenging spaces, offering a level of flexibility and accessibility previously unseen.

Features

• Requires only 1 crane to handle the main tubulars, streamlining the operation and reducing equipment requirements.
• Offers a greener alternative to conventional drilling rigs or workover units, consuming fewer resources and minimizing light pollution.
• Creates a safer work environment by reducing manual handling, minimizing the likelihood of slips, trips, or falls, and decreasing the risk of trapped finger injuries. Additionally, it reduces exposure time within the drop’s red zone, allowing personnel to stand back in designated safe zones.
• Helps eliminate or minimize the need for a full drilling rig on-site, optimizing resource utilization and operational efficiency.

Benefits

• Allows for the execution of light intervention work even in tight spaces, expanding operational possibilities.
• Assembles swiftly through twist locks, achieving full readiness in a maximum of 2 hours, thus minimizing downtime.
• Requires minimal crew and transportation facilitated by just 2 trucks, resulting in cost savings across the board.
• Consumes fewer resources compared to traditional rigs or workover units, aligning with eco-friendly practices.
• Promotes a safer work environment by reducing exposure to manual handling and potential trip hazards, prioritizing worker well-being.
• Offers flexibility in addressing diverse well and platform conditions, ensuring operational adaptability.
• Minimizes or eliminates the requirement for a full drilling rig on-site, optimizing resource allocation and operational efficiency.