Hydraulic Pumping Unit Environment-friendly

Our Hydraulic Pumping Units enable adjustment of the pump’s velocity profile in a matter of minutes to accommodate changing production throughout the life of the well—without the expense of variable frequency drives or manipulation of large counterbalance weights. 

The systems with hollow or open cylinder designs are reliable from reservoir ambient temperatures to the elevated temperatures associated with thermal recovery of heavy oil. Their ability to handle multiphase flow, steam breakout, and solids production further enhances their suitability for heavy oil applications.

Designed specifically for the demanding applications in the oil and gas industry, our Hydraulic Pumping Units are easy to install, highly versatile and environment-friendly. Proof that functionality and durability do go hand in hand.

Advantages

Energy efficient
Hydraulic pumps generally consume less energy than other types of pumps to accomplish the same work or transfer the same volume of liquid. They are generally considered to be 80% more efficient than pneumatic type systems.


Better control
Because of the settings involved, it is highly unlikely that the hydraulic pump will idle without attention. This kind of operation in an idling state (such as what happens in a pneumatic system) will almost always cause damage, forcing the operator to waste valuable working time during maintenance. Hydraulic system speed and flow control are easier to manage and monitor than any other type of system. This allows the operator to avoid runaway pumps, which can cause subsequent seal and packaging damage, as well as damage to other hard internal parts.


Reduce maintenance costs
The overall maintenance costs of hydraulic pumps are greatly reduced because they are self-lubricating and do not have problems associated with pumps that rely on compressed air, such as moisture, oil-based clearing, scaling, and rust. They also eliminate the problem of icing, which occurs when the circulation of the pump causes the cooling of the rapidly discharged compressed air.