Autonomous control of flowback and sand management that reduces equipment footprint and personnel costs while minimizing emissions.

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eFlowback

The job site of the future is here

Five years ago, a completely autonomous job site for flowback was unthinkable. Today, it is a revolutionary reality.

Traditional flowback and sand management operations involve very little technology. Most service providers only offer commodity equipment that is not highly engineered and doesn’t fully clean up solids from the well’s production. This ineffective desanding results in expensive damages to equipment and the production facility.

Historically, site setups include a lot of equipment and a large amount of personnel on location to provide service. Exploration and production operators deal with increased emissions from this inefficient setup while paying exorbitant daily rental costs and labor costs when there is a better way.

Introducing EnerCorp’s eFlowback technology

Our highly engineered automated solution brings together industry-leading sand separation technology with automation, measurement systems, and cloud-based software. We provide operators with an autonomously controlled flowback site that can be continuously monitored and controlled remotely.

Reduces excess equipment

Lowers labor costs

Lowers flowback expenses

Reduces HSE exposure

Cleaner production facilities

Lowers emissions

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EnerCorp puts the E in eFlowback, taking flowback forward

eFLOWBACK IS

ECONOMICAL

Lower your equipment and manpower costs during flowback with automation and remote monitoring, coupled with industry-leading sand separation technology. The improvement on your bottom line is meaningful.

eFLOWBACK IS

Environmentally friendly

With less equipment and personnel on site, you can reduce truck traffic and environmental concerns. By allowing production to flow directly to facilities, there are significantly reduced emissions during flowback operations, enabling operators to more effectively meet ESG objectives.

eFLOWBACK IS

Efficient

EnerCorp’s proprietary sand separation technology minimizes damages and well flow assurance concerns. No other sand cyclone on the market can remove as much sand as the Sahara Advanced Cyclone. Additionally, with eFlowback, personnel are only called out to location when needed.

eFLOWBACK IS

Exceptionally safe

Minimize safety risks considerably by reducing human exposure during the entire flowback process. With eFlowback, the job site can run fully autonomously after the first couple days of operation. And, the system is continuously measuring dozens of process conditions in real time to monitor and resolve any potential issues. If there is a problem, eFlowback knows it and takes action.

eFLOWBACK IS

Enables enhanced decision making

With remote access to real-time well information, operators can make data-driven operational decisions to improve the performance of their wells. Wouldn’t you like visibility to see that the proppant from your frac stays in the reservoir by optimizing your choke schedule? More data = better results.

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eFlowback is an entire digital flowback ecosystem

As a pioneer in eFlowback, we’ve seen that the real value generation comes from not just one or two of these automated point solutions — but from an integrated ecosystem working together to minimize equipment and personnel costs while enhancing safety and efficiency.

AUTOMATED CHOKE MANIFOLD

Traditionally, choke changes are performed manually based on a previously determined choke schedule. With the Automated Choke Manifold, operators can autonomously follow the choke schedule or make adjustments remotely if deviation from the schedule is needed. No personnel is required on location for this task, even during the early stages of flowback.

SAHARA ADVANCED CYCLONE

As a pioneer in eFlowback, we’ve seen that the real value generation comes from not just one or two of these automated point solutions — but from an integrated ecosystem working together to minimize equipment and personnel costs while enhancing safety and efficiency.

AUTOMATED BLOWDOWN UNIT

The Automated Blowdown Unit is designed to dump sand from the cyclone. With multiple backup valves to ensure isolation, and a patent pending leak-detection system, this solution reduces environmental exposure and eliminates safety risks. With the Automated Blowdown Unit, we can autonomously detect washed out or stuck valves, and service them before an uncontrolled release occurs. Up to four Automated Blowdown Units can be connected to one Sand Quantification Unit.

SAND QUANTIFICATION UNIT

With traditional flowback, service providers are guessing at sand weights or often only reporting sand production levels as low, medium, or heavy. With the precise weights being measured by the automated Sand Quantification Unit, operators can see exactly how much sand is produced in each blowdown remotely. This information can help plan next steps for flowback operations immediately and also help better understand reservoir behavior over time.

TANK LEVEL MONITORING SYSTEM

Connected to the Sand Quantification Unit, the Tank Level Monitoring System uses laser level detection to measure the level of fluids in the open top tank. Operators can remotely monitor these levels, and the system alerts them when it is time to call out a vacuum truck to remove fluid from the tank. When the Tank Level Monitoring System reaches specified thresholds, it automatically shuts down the Automated Blowdown Unit and can also be configured to ESD the well when absolutely necessary to avoid any chance of environmental release during flowback.

AUTOMATED CONTROL UNIT

All equipment in the eFlowback ecosystem is connected to the Automated Control Unit, which distributes power and air. The Automated Control Unit monitors every device on location and houses logic for the overall ecosystem. The graphical user interface (GUI) enables personnel to access controls, review analytics, troubleshoot alarms, and see the status for any device on location at any time. The Automated Control Unit also has an extendable antenna that allows the entire ecosystem to stay connected for remote monitoring even when the system is in remote locations.

eFlowback Cloud Based Monitoring Software

CLOUD-BASED SOFTWARE

With highly secure cloud-based software, EnerCorp and the operator are able to remotely access readings from every measurement and control device on location. With secured entitlements based on role, the appropriate team members can monitor, review, and control each device on the job site from any location. If any condition triggers an alarm, the appropriate personnel are notified of the issue to take necessary action.

eFlowback 4 Well Site on Light BG with Grid and gray tank

eFlowback Layout with light blue background

The benefits of eFlowback vs. traditional flowback are clear

REDUCE HUMAN AND ENVIRONMENTAL EXPOSURE ON LOCATION:

Send production straight to the facility without risk of damages, and reduce flaring and harmful emissions. Keep personnel safe by automating high exposure tasks.

DELIVER INDUSTRY-LEADING SAND CAPTURE EFFICIENCY:

In addition to reducing your daily rental rates by using highly engineered equipment for your application, you can further reduce costs with data analytics to determine the right time to release equipment.

PROVIDE CONSISTENT AND RELIABLE SERVICE:

While there is always a possibility for human error when personnel are present on the job site, eFlowback minimizes that possibility by fully automating the entire flowback process.

ENHANCE ACCESS TO DATA AND ANALYTICS:

Make more data-driven decisions with metrics from the job site sent directly to your own environment. Operators get access to another resolution of site-specific data they didn’t have access to before.

RECEIVE INDUSTRY-LEADING VALUE FOR SAND MANAGEMENT SERVICES:

eFlowback generates exponential financial value for operators by combining highly engineered point solutions into a fully autonomous ecosystem that is efficient and effective.

eFlowback Three Well Flowback Setup with Sunset from side

Enter the job site of the future with eFlowback today

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Feel like your flowback operations are stuck in the previous century?

That’s because there are a lot of inefficiencies in traditional flowback processes. Hauling out a large amount of excess equipment to the wellsite along with multiple personnel — without regard for well conditions and flow rates — is not an effective way to manage flowback operations.

If you want to take flowback forward, it’s time to explore eFlowback with EnerCorp.

Download 5 Ways to Take Flowback Forward with eFlowback today and learn how you can enhance your operations at the wellsite while reducing your equipment footprint, personnel costs, and environmental impact.

Will our claims that eFlowback reduces methane emissions stand up to an independent third-party study?

At EnerCorp, we believe in always backing up our word with data. It’s not enough for us to tell you that eFlowback minimizes methane emissions as compared to standard sand knockouts — we wanted to show you the hard evidence.

Read the results of the study below and learn just how much we can minimize environmental impact with our technology, and how we’re moving the industry forward as a whole.

Read the results

The job site of the future is here

Introducing EnerCorp’s eFlowback technology

EnerCorp puts the E in eFlowback, taking flowback forward

ECONOMICAL

Environmentally friendly

Efficient

Exceptionally safe

Enables enhanced decision making

More than just point solutions

eFlowback is an entire digital flowback ecosystem

The benefits of eFlowback vs. traditional flowback are clear

REDUCE HUMAN AND ENVIRONMENTAL EXPOSURE ON LOCATION:

DELIVER INDUSTRY-LEADING SAND CAPTURE EFFICIENCY:

PROVIDE CONSISTENT AND RELIABLE SERVICE:

ENHANCE ACCESS TO DATA AND ANALYTICS:

RECEIVE INDUSTRY-LEADING VALUE FOR SAND MANAGEMENT SERVICES:

Enter the job site of the future with eFlowback today

Feel like your flowback operations are stuck in the previous century?

Will our claims that eFlowback reduces methane emissions stand up to an independent third-party study?

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