A row of large, white horizontal propane or fuel storage tanks in the foreground. Behind them, several white, containerized Aggreko units are parked on trailers, set against a bright, dry landscape.

Propane-powered ESPs: A right-sized approach

Propane-powered ESPs: A right-sized approach

  • The challenge

    An oil & gas operator required a reliable and efficient power solution to run their electric submersible pumps (ESPs)

  • The solution

    Tailored liquid propane solution to maximize efficiency with fewer units

  • The impact

    Reliable ESP operations with more efficient and cost-effective power

Client:A global oil and gas corporation

Location:Midland, TX

Sectors:Oil and gas

The Challenge

An oil & gas operator required a reliable and efficient power solution to run their electric submersible pumps (ESPs)

The customer noted that the site’s load was too small to meet the minimum fuel consumption for compressed natural gas (CNG) generators and was unsure of the best method to power these ESPs. After receiving competitor bids offering oversized solutions that required five, or sometimes more, generators, they called Aggreko — leading to avoided complexity, fuel consumption and environmental and economic concerns.

3 x 350 kW Rich Burn Generators running on liquid propane, no excess capacity.
Avoided CNG minimum charges, saving the customer money.
Quickefficient installation, with streamlined setup.

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The Solution

Tailored liquid propane solution to maximize efficiency with fewer units

Our team assessed the application requirements and proposed a more efficient setup using just three of our new 350 kW rich burn natural gas generators powered by propane as a fuel source, which was a necessary, more affordable fuel option.

Our team educated the customer that propane would be the right fuel type to deliver a right-sized fuel consumption level that provided the correct amount of power for ESP operation.

These units were carefully configured to meet the ESP load demand while maximizing fuel efficiency. We demonstrated that a tailored propane-powered solution could not only work—but could do so with fewer assets, reduced emissions, and a streamlined footprint. Over time, our solution proved to be cost-competitive with increased power density.

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