PROVIDE LIQUID INLET AND MORE EFFICIENT GAS DEVICES FOR ESP SYSTEMS
Gas Separator
HJESP gas separator uses centrifugal force to separate gas from liquid. The separated gas is discharged into the annulus and the liquid is guided into the pump. Our separator uses high-quality carbide friction pairs and built-in wear-resistant sleeves made of high-chromium steel or ceramic to prevent the water jet carrying solid particles from cutting the separator body.
HJESP gas separator can be used in single section or in series:
◆ Single-stage separator is suitable for mixed liquid gas ratio less than 30%.
◆ Series separator is suitable for mixed liquid gas ratio less than 40%.
TECHNICAL CHARACTERISTICS
Intake
HJESP Intake model only provides one liquid inlet in the production string. Our intake is equipped with high-quality carbide friction pairs as standard, and a variety of corrosion resistant materials are available for different well conditions.
TECHNICAL CHARACTERISTICS
Gas Processor
Ordinary ESP units are susceptible to low-pressure gas accumulation; bubble ESP efficiency and flow instability, pump deteriorates as blades fill with gas, and eventually completely clogged by gas. The pump is no longer produced, but the motor continues to run; the motor without fluid passing through will cause high temperatures, causing ESP failure. The HJESP gas processor acts like a disperser to decompose and redistribute the gas that affects the operation of the pump. By reducing the size of the bubbles and changing the distribution of the bubbles, the well fluid forms a uniform gas-liquid mixture, making it like a single-phase liquid before entering the pump. This can effectively improve the suction conditions of the centrifugal pump. The ESP system equipped with the HJESP gas processor allows operation in wellbores with a gas ratio of up to 60%. The HJESP gas processing unit is designed to be installed directly in series below the pump. For applications with high gas content, it can be installed on a single or series gas separator for better results.
TECHNICAL CHARACTERISTICS
FEATURE CODE
Synchronous Permanent Magnet Motors (PMM)
Product Description
Synchronous Permanent Magnet Motors (PMM) are advanced electromechanical devices designed to deliver exceptional performance across a wide range of applications. By leveraging permanent magnets instead of traditional field windings, these motors provide a significant boost in power density, energy efficiency, and control precision. This makes them an ideal choice for industries that demand high reliability and performance.
The core advantage of PMM lies in their ability to maintain synchronous speed, which ensures consistent and accurate operation under varying load conditions. This feature is particularly beneficial in applications such as electric vehicles (EVs), where precise control over motor speed and torque is crucial for optimal performance and energy management. Additionally, PMMs are widely used in industrial automation systems, where their high efficiency and compact design contribute to reduced operational costs and enhanced productivity.
In the realm of renewable energy, Synchronous Permanent Magnet Motors play a pivotal role in wind turbines and solar tracking systems. Their ability to operate efficiently at low speeds and under fluctuating conditions makes them a perfect fit for these applications, where maximizing energy output is paramount.
Key Features
- Superior Power Density: Achieve higher power output in a compact design, ideal for space-constrained applications.
- Energy Efficiency: Reduce energy consumption and operational costs with high-efficiency performance.
- Precise Control: Maintain accurate speed and torque control, ensuring reliable operation in demanding environments.
- Wide Application Range: Suitable for EVs, industrial automation, and renewable energy systems.
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