We represent OneSubsea Processing. We deliver large subsea processing systems to oil and gas operators, including subsea boosting systems that enhance oil and gas production using subsea multiphase pumps, subsea seawater treatment and injection systems, subsea gas compression systems, subsea separation systems, and subsea multiphase metering solutions. We will present a model of a subsea production tree, a manifold model, and several umbilical cross?section samples. 

Oil spill detection today relies heavily on satellite monitoring and optical camera systems. However, satellites cannot identify oil type, are ineffective at night, and fail to detect up to 40% of submerged hydrocarbons. Camera systems are similarly limited to surface visibility and are highly dependent on daylight, weather, and sea state conditions. These limitations create critical gaps in environmental protection, increase clean-up costs, and make it difficult to attribute spills to the responsible source.

Ocean Visuals introduces a new approach: the only commercially validated in-situ hyperspectral LiDAR sensor system deployed in live offshore operations. The system provides continuous, 360° monitoring of both surface and submerged oil around offshore assets, delivering real-time detection, classification, and quantification of hydrocarbons at ppm sensitivity — independent of light conditions. This enables operators to detect releases within minutes rather than hours, improve total hydrocarbon detection rates by up to 40–60% compared to satellite- and camera-based workflows, and significantly reduce response time, environmental impact, and clean-up costs.