Industrial IoT
Oil and Gas Offshore
Offshore oil and gas operations require corrosion-resistant, explosion-proof, and SIL-rated instrumentation for harsh marine environments. Measurement reliability and low maintenance requirements are critical for reducing costly offshore interventions.
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Overview
Offshore oil and gas operations run on instrumentation that survives harsh marine conditions and the industry's highest safety bar — SIL-rated, corrosion-resistant, explosion-protected sensors measuring interface and pressure in separators, mud tanks, ballast tanks, and flare knockout drums, on platforms where every unnecessary trip out is a cost. The same operations run a landside and onshore-support fleet — tankers moving product, trailers hauling equipment, crews travelling to remote sites with no cellular coverage. GPS fleet tracking, trailer and tanker monitoring, and satellite-based tracking keep those assets visible where terrestrial networks don't reach, and workforce tracking covers personnel moving between platform, yard, and site. For an operator, that's one supplier spanning the process instrumentation on the platform and the fleet and workforce visibility that supports it onshore — not a separate vendor for each.
Industry Challenges
Key challenges we help address
Maintaining instruments on platforms exposed to salt spray and storms
Monitoring mud tank levels during critical drilling operations
Detecting gas kicks and well control emergencies early
Managing ballast water to maintain platform stability
Ensuring SIL-certified safety systems in explosive atmospheres
Monitoring wave height and environmental conditions in real time
Solutions for This Industry
Industrial IoT
Tracking Solutions
Use Cases
Explore specific scenarios and challenges in this industry
Ballast tanks
Oil and Gas Offshore
Floating drilling or pumping assets such as platforms or FPSOs are stabilized by filling or emptying ballast tanks with seawater. This enables operators to critically and safely manage the ballast and...
Flare knockout drum
Oil and Gas Offshore
The unrecoverable residues of oil and gas production are collected in the flare knockout drum and liquefied at high pressure. The recovered liquid, the condensate, collects at the bottom of the vessel...
Hydraulic oil reservoir tank
Oil and Gas Offshore
The hydraulic oil used to transmit power circulates in a closed system. However, it is gradually lost due to lubrication points and leakages in the power equipment. To ensure optimum operation of the...
Mud flow return line
Oil and Gas Offshore
The drilling mud flowing back from the drilling contains large amounts of solids. To avoid clogging in these pipes and the associated damage to the drill head and loss of production, a reliable monito...
Mud tank level
Oil and Gas Offshore
In the mud tanks, agitators or jet nozzles stir and mix the mud to ensure a homogeneous mixture. To enable a continuous process, the level measurement must be reliable and independent of the compositi...
Mud tanks
Oil and Gas Offshore
Prior to, and during pumping into the well, the density of the mud needs continuous monitoring. Density is an important criteria for determining the correct composition of the drilling mud. The correc...
Ready to Transform Your Oil and Gas Offshore Operations?
Get in touch with our team to discuss how we can help optimize your operations with our industry-specific solutions.