CENtigrade ESP production system works at elevated temperatures to reduce equipment downtime and reliability issues. When Baker Hughes introduced its CENtigrade electrical submersible pumping (ESP) production system, the technology was designed to reduce equipment downtime and improve reliability issues. Left unaddressed, these issues can reduce the amount of oil recovered by operators and can increase operating expenses. The system has proven very effective in steam-assisted gravity drainage (SAGD) wells in extreme conditions that require an ESP system. "We have seen a considerable adoption of the system globally, but the main region that has adopted our technology has been Canada for SAGD applications," said Carlos Alberto Montilla, Artificial Lift Systems Heavy Oil and Geothermal Segment Manager at Baker Hughes. Baker Hughes' Centrilift CENtigrade Ultra Temperature (UT) ESP system won the production technology category of Hart Energy's 2012 Meritorious Awards for Engineering Innovation.
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机译：CENtigrade ESP生产系统在高温下工作，以减少设备停机时间和可靠性问题。当贝克休斯推出其CENtigrade潜水电泵（ESP）生产系统时，该技术旨在减少设备停机时间并改善可靠性问题。如果不加以解决，这些问题会减少操作员回收的石油量，并增加运营费用。在需要ESP系统的极端条件下，该系统已被证明在蒸汽辅助重力排水（SAGD）井中非常有效。 Baker Hughes的人工举升系统重油和地热部门经理Carlos Alberto Montilla说：“我们已经在全球范围内广泛采用该系统，但采用我们技术的主要地区是加拿大，该系统已用于SAGD。”贝克休斯（Baker Hughes）的Centrilift CENtigrade超高温（UT）ESP系统获得了哈特能源（Hart Energy）2012年工程创新优异奖的生产技术类别。
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