Agile Sustainability for Subsea Production

Reduce emissions and environmental impact with Agile subsea production systems

Cut emissions and vessel runs
High reliability reduces personnel requirements and unplanned interventions.
Minimize waste
Standardized technology is lighter, smarter, safer, efficient to manufacture, and less impactful to the environment.
Eliminate hydraulic fluid
All-electric technology eliminates hydraulic discharge and fluid refills and the HSE risks they pose.

Reduce waste and emissions with reliable, standardized subsea equipment

Environmental impact of subsea production system (SPS) equipment is less about the equipment itself than about the operations involved in manufacturing, installing, maintaining, and eventually abandoning it.

With Agile SPS, constant collaboration and standardized workflows mean smaller teams can execute, schedule, and deliver equipment earlier using smaller vessels taking fewer trips—enabling opportunities for batch-setting. High reliability also minimizes unplanned intervention trips, which directly impacts fugitive emissions.

With technology options from electrohydraulic to all-electric functionality, Agile SPS starts with a standard core and enables you to add standardized modules to deliver all the performance you need to manage subsea production. Engineered for maximum efficiency and minimal waste, Agile SPS is lighter, smarter, smaller, safer, and easier to operate than bespoke equipment.

The result is lower cost, less waste, and a significant reduction in the environmental impact of our manufacturing processes and field operations.

Q4: Sustainability with Agile SPS
Expert panelists describe how Agile SPS has helped customers achieve their sustainability goals.
Hydro-Electric Field All-Electric Field

Minimize environmental impact with all-electric technology

Industry-standard electrohydraulic actuation can be heavy, logistically complex, environmentally risky, and costly. OneSubsea all-electric technologies enable flexible, cost-efficient, and reliable subsea production that help improve environmental sustainability through

  • less subsea equipment
  • reduced topside power generation, personnel, and space
  • zero hydraulic discharge
  • no hydraulic refilling; fewer maintenance trips
  • smaller structures and less fabrication time
  • smaller vessels and fewer vessel trips.
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