A large amount of energy is required for oil and gas drilling and recovery operations, some of which are powered by fluid power solutions and offshore hydraulics systems. The solutions are used for drilling, lifting, and transferring operations and are safer than electrical-powered solutions as they eliminate the risk of fires and explosions.
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Finding suppliers of offshore hydraulics systems and fluid power solutions
Offshore Technology has listed leading providers of hydraulic systems such as hydraulic and pneumatic seals, electro-hydraulic power systems, fluid power solutions, hydraulic cylinders, and hydraulic fluid monitoring solutions, based on its intel, insights, and decades-long experience in the sector.
The list includes providers of marine electric drive solutions, hydraulic axial piston units, hydraulic cylinder design services and electromechanical equipment.
The information contained within the download document is designed for hydraulic technicians, hydraulic pump and motor technicians, instrument control engineers, service engineers and industrial machinery mechanics.
The download contains detailed information on the suppliers and their product lines, alongside contact details to aid your purchasing decisions.
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Offshore hydraulic systems and fluid power solutions
Hydraulic systems and fluid power solutions offer high power density for oil and gas recovery, compared to electrical systems.
The sector utilises different types of hydraulic systems for its operations such as hydraulic meters, hydraulic cylinders, hydraulic motors, hydraulic power units, hydraulic clamping systems and hydraulic fluid power solutions.
The advantages of using hydraulic fluid power solutions are:
- High power-to-weight ratio: Hydraulic fluid power solutions offer high power at low weights, making them an idle solution for job sites with limited space.
- Safety: Fluid power solutions do not produce sparks like electrical systems making them safe in hazardous environments.
- Controlling multiple equipment: Hydraulic systems such as hydraulic pumps can power multiple cylinders, actuators, and motors.
Marine electric drive systems
Marine electric drive systems are used in the offshore sector to power compressors and pumps. The systems offer better process control and ensure that equipment is operating at optimum levels. They also reduce carbon emissions compared to gas turbine drive compressor systems.
For full details (including contact details) on the leading offshore hydraulics systems companies within this space, download the free Buyer’s Guide below:
Frequently asked questions
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How do hydraulic systems enhance offshore operations?
Hydraulic systems in offshore operations offer high power density, making them ideal for heavy-duty tasks like drilling, lifting, and subsea maintenance. They provide precise control and high efficiency in extreme conditions. These systems are also safer than electrical solutions as they reduce the risk of fire or explosion in hazardous environments, ensuring smooth, reliable operations for critical offshore tasks.
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What are the key advantages of fluid power in offshore environments?
Fluid power solutions provide high power-to-weight ratios, allowing efficient operation in confined spaces. They are capable of powering multiple systems simultaneously and are more reliable in wet or explosive environments, reducing risks and maintenance costs.
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How do hydraulic systems improve safety in offshore operations?
Hydraulic systems eliminate electrical sparks, significantly lowering the risk of fire or explosion, which is critical in volatile environments such as oil and gas rigs. Additionally, they provide precise control over heavy equipment, further enhancing operational safety.
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What types of hydraulic systems are used in the offshore industry?
Common systems include hydraulic power units (HPUs), cylinders, motors, and clamping systems. These are used for tasks such as operating subsea tools, driving drilling rigs, and maintaining pipelines.
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How are hydraulic systems maintained in offshore conditions?
Hydraulic systems in offshore environments require regular monitoring and maintenance, including fluid level checks, filtration, and pressure testing. Remote monitoring and predictive maintenance technologies are increasingly used to ensure continuous, efficient operation without costly downtime.
