We deliver
Production Flow Recovery
Our Production Flow Recovery (PFR) method allows you to maximise your wells’ potential – ensuring optimal production rates without the limitations of solids.
PFR is an evolution in solids management, informed by years of experience and data
Instead of restricting production to avoid sand, PFR delivers optimal rates, improved process integrity and reduced erosion on downstream equipment – boosting both production output and revenue.
We apply the PFR methodology to all solids management challenges.
Learn how to maximize production rates with PFR, contact us here.
Solids producing wells
Eliminate choked back or shut-in wells: Our method ensures the continuous removal of solids upstream the separator, thereby increasing production rates and reservoir permeability.
Optimised production
Coiled tubing flowback
No downtime: Informed by real-time solids data, our technology enables better decision making and a more efficient Coiled Tubing clean-out.
Coiled tubing
Online separator jetting
Optimised production during jetting operations of production separators. Our approach eliminates downtime and the HSE risks associated with manually emptying separators.
Online jetting
Produced water management
Our solids removal solution improves water quality and eliminates the cost of sand eroding re-injection pumps.
Produced water
Plug & abandonment
We eliminate the need for discharge to sea and enable environmentally responsible P&A operations
P&A
“We are very satisfied with FourPhase’s removal efficiency, which we estimated to 99%, as opposed to your competitor’s cyclone that we measured to between 85 - 95%”
- Major Norwegian Operator, Engineer Well Operations
- Major Norwegian Operator, Engineer Well Operations
Delivering PFR to your well
Across all applications the PFR methodology is delivered by our state-of-the-art, compact solids management technology.
Our separation systems are bespoke, enhance safety and deliver game-changing results to directly support your solids challenge.
Our separation systems are bespoke, enhance safety and deliver game-changing results to directly support your solids challenge.
See how our modular components can solve your solids issues
Case Studies
Case Studies
November 29 2022
November 29 2022
$17M production maintained - Online separator jetting
Case study - online desanding using DualFlow without shut down of production, maintaining $17M production.
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Case Studies
January 16 2023
January 16 2023
30% hydrocarbon production increase on a sand-producing gas well
Continuous production worth $2.0M/month was enabled using a DualFlow desander. The well produced 140Mscf/month of gas.
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Case Studies
September 27 2023
September 27 2023
Enabling production from a shut-in gas and condensate well
Enabling production from a shut-in gas and condensate well
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Case Studies
January 13 2023
January 13 2023
Efficient surface sand removal adds $2.6M monthly production
Achieve continuous flow from the well by managing sand production via inline de-sanding.
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Seeking cleaner, more sustainable solutions
Our PFR methodology and pioneering technology are designed with environmental performance in mind.
We can deliver measurable ESG-benefits from adopting a PFR approach to solids management.
We can deliver measurable ESG-benefits from adopting a PFR approach to solids management.
Enhance environmental performance with advanced technology
PFR is an evolution in solids management, informed by years of experience and data.
Instead of restricting production to avoid sand, PFR delivers optimal rates, improved process integrity and reduced erosion on downstream equipment – boosting both production output and revenue.
Overview
PFR can be applied to four key applications; production, coiled tubing, produced water, and online jetting
PFR is delivered by our state-of-the-art, compact solids management technology
PFR offers environmental benefits by increasing performance using existing infrastructure
PFR is delivered by our state-of-the-art, compact solids management technology
PFR offers environmental benefits by increasing performance using existing infrastructure
