The global energy market faces a difficult challenge – how to meet increasing demand while achieving environmental sustainability and meeting the needs of a low-carbon economy and COP21. This challenge is driving significant changes in technology, locations, processes and regulations.
Renewable energy is developing at great speed, but fossil fuels, like oil and gas, remain a significant world fuel source. As the energy map shifts, the locations and the environments become more demanding. Technology is quickly advancing to meet these demands in exploration, production, refining, pipeline, storage and transportation.
Danfoss has considerable expertise in providing high-pressure pumps, specialized instrumentation, hydraulic equipment and first-class AC-drive solutions for the oil and gas industry and is well positioned to help customers enhance their equipment and processes. AC drives provide energy savings to any process in this field through effective speed control of electric motors. They are rapidly replacing the less efficient variable speed mechanical devices in oil pumping, and also bring many benefits in the area of information and diagnostics.
Most of the processes within the oil and gas industry are complex and exposed to harsh environmental conditions, placing a high demand on process equipment. Additionally, the need to reduce lifting costs and optimize production is critical. Achieving a high level of equipment efficiency and availability translates directly into bottom-line benefits: increased production output and improved product quality.
Navigate the demands of the marine, oil and gas industries with Danfoss by your side — whether you are looking for hydraulic or electric solutions. With decades of experience addressing the unique challenges of the oil, gas, marine and offshore space, Danfoss develops solutions optimized for your specific application.
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Over 60% of functioning oil wells require some kind of assisted lifting technology to recover the retrievable oil. In onshore wells alone, there are huge energy savings to be gained by using AC drives in progressive cavity pumps (PCP), electric submersible pumps (ESP), beam pumps, reciprocating pumps and centrifugal pumps. Danfoss AC drives are particularly well suited for heavy usage, from fluid flow control in PCP and beam pumps to customized pumping applications. AC drives are also used in the high-pressure systems used for enhanced oil recovery in mature wells.
Danfoss AC drives are specifically designed for the harsh conditions encountered in oil field production, where compressors and pumps may not always operate at their optimal working level. Danfoss supplies low voltage AC drives from 0.25 kW to over 5 MW and medium-voltage drives individually tailored to meet the toughest requirements.
Danfoss offers both air-cooled or liquid-cooled drives for different power and voltage requirements. Investing in highly efficient, largely maintenance-free AC drives helps control costs. This is particularly important for the oil and gas industries, where the need to optimize production, save energy and minimize environmental impact has never been more critical.
Another great reason to improve application processes using AC drives is the greater degree of safety it offers. The improved motor control dramatically reduces the likelihood of onsite accidents, such as belt breaks or mechanical malfunctions. In addition, the harmonic RFI/EMI filtering in the drives eliminates electrical disturbances.
Drilling
Injection
Recovery
Transport
Storage
Refining
Petrochemical
Air separators
Designed for a broad range of demanding applications, focusing on higher power sizes and system drives.
The VLT® AutomationDrive FC 301 / FC 302 is designed for variable speed control of all asynchronous motors and permanent magnet motors. It comes in a standard version (FC 301) and an advanced high dynamic version (FC 302) with additional functionalities.
Configured and assembled to meet your needs whether you need to control one or several motors.
Well-suited to applications where air quality is critical, space is limited and efficient heat transfer is required. Active Front-end (NXA), Non-regenerative Front-end (NXN), Brake Chopper (NXB) and Inverter (NXI) configurations are available.
Enables system integrators, machine builders and OEMs to design and build efficient industrial drives systems. Active Front-end (NXA), Non-regenerative Front-end (NXN), Brake Chopper (NXB) and Inverter (NXI) configurations are available.