Eliminating Methane Emissions While Improving Oil and Gas Production
Eliminating Methane Emissions While Improving Oil and Gas Production
The Permanent Magnet Synchronous Motor is a brushless motor with contactless stator and rotor, produces optimal torque and speed through effective electro-mechanical conversion, leveraging the interaction between the stator's rotating magnetic field and the rotor's permanent magnets, delivers the most advanced performa
PMSM motors, when coupled with VFD controllers, offer higher efficiency compared to brushed or asynchronous machines. This is due to the permanent magnets providing efficient field excitation, reducing energy losses and operating temperatures.
PMSM motors are brushless, eliminating brush-related issues such as excessive heat loss and explosion risks in combustible environments. This enhances their reliability, making them ideal for high-reliability applications.
The absence of brushes in PMSM motors reduces the number of wear-prone components, leading to lower maintenance requirements and increased operational uptime.
PMSM motors are more compact than induction motors for the same torque output. This allows for smaller, more efficient equipment design, beneficial in applications with space constraints
PMSM motors with high pole counts enhance torque production per unit current, leading to better performance and energy efficiency in compressor applications.
VFD controllers provide precise speed and torque control through digital commands, improving system efficiency. The sensor-less approach using Field-Oriented Control (FOC) reduces complexity and cost while maintaining optimal drive efficacy and reducing torque ripples and vibrations.
Our technology provide significant improvement from current off-the-shelf commercial solutions for reducing or eliminating methane emissions from pneumatic controllers. BMO addresses this by revamping motor, controller, and compressor efficiency via innovative redesign, thereby allowing solar integration.
Our technology can operate reliably in a wide range of operating environments, particularly remote and hard-to-access locations under harsh weather conditions. BMO addresses this by using state-of-art design to minimize power consumption and maintenance requirements.
Our technology reduces the cost of entry compared to current alternatives. BMO addresses this by eliminating the need for grid electricity or large-scale renewable infrastructure.
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