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Oil and Gas Offshore

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.

Overview

Offshore oil and gas operations present unique instrumentation challenges due to harsh marine environments, remote locations, and the highest safety requirements in the industry. From wellhead monitoring and separation processes to storage and ballast water management, every measurement point must deliver reliable data under extreme conditions. Corrosion resistance, explosion protection, and SIL-rated safety instrumentation are mandatory requirements. Operators must maintain compliance with strict environmental regulations while maximizing extraction efficiency. With platforms often located far from shore, instrumentation reliability and low maintenance requirements are critical factors in reducing costly offshore interventions.

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

Tracking Solutions

Industrial IoT

Use Cases

Explore specific scenarios and challenges in this industry

Ballast tanks

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 trim of a vessel according to operational needs, deck loading and sea conditions. For trouble-free operation of the ballast system and the safety of personnel and equipment on board, reliable level measurement and point level detection are absolutely essential.

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Flare knockout drum

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 and is disposed of. The non-liquefied gases are decompressed and burned in the flare system. To ensure efficient and safe operation of the vessel, the level inside must be very reliably measured.

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Gas separators (scrubbers)

Gas separators (scrubbers)

Oil and Gas Offshore

Extracted natural gas and gas residues from oil production are contaminated with water and are therefore collected in gas separators (scrubbers) for separation. Pressures of up to +150 bar keep the gas in the liquid state. Exact pressure and level measurement enable optimal utilization of the gas separator and effective control of the gas drying process. The separation of gas from water is carried out by chemically binding the water to glycol and separating it mechanically. Accurate measurement of the gas/water interface determines the quality of the gas.

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Hydraulic oil reservoir tank

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 power equipment, the level in every hydraulic oil reservoir tank must be monitored for replenishment.

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Mud flow return line

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 monitoring of the entire mud return system is essential.

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Mud tank level

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 composition of the drilling mud.

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Ready to Transform Your Oil and Gas Offshore Operations?

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