Filter Cake Breakers

Improve productivity
Baroid’s breaker systems aid in the removal of filtercake and potential causes of formation damage to the reservoir in order to improve productivity or injectivity of treated wells. Our systems are designed to provide an effective clean-up and encourage maximum performance from a wide variety of well and formation types. 

Effective well clean-up
Baroid’s breaker systems have the ability to treat an entire section of the borehole rather than just localized areas within the well. By enabling the fluid to be placed across the entire interval of interest before the acid is released, our systems are much more effective towards the filtercake and other acid soluble damaging solids, and you are left with a more effective well clean-up.

N-FLOW™ Filter Cake Breaker Systems
Baroid’s N-FLOW™ system provides optimal filter cake and formation damage removal.

Filter Cake Breakers

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Summary Summary BDF™-443 Filter Cake Breaker - Product Data Sheet
BDF™-443 Filter Cake Breaker Product Data Sheet
Summary Summary BDF™-442 Filter Cake Breaker - Product Data Sheet
BDF™-442 Filter Cake Breaker Product Data Sheet
Summary Summary Kazakhstan: N-FLOW™ 325 Filter Cake Breaker System Leads to Increased Production Rate
N-FLOW™ 325 Filter Cake Breaker System Leads to Increased Production Rate
Summary Summary N-FLOW™ 408 - Product Data Sheet
Delayed acid generating material for the slow release of acid in completion operations at elevated temperatures.
Summary Summary N-FLOW™ 325 - Product Data Sheet
Delayed acid generating material for the slow release of acid in completion operations at elevated temperatures.
Summary Summary N-FLOW™ Delayed Reaction Filter Cake Breaker Systems - Sales Data Sheet - A4
Baroid’s N-FLOW™ Filter Cake Breakers offer the advantage of delayed breaker action for all types of completion operations. The action of N FLOW breaker systems can be retarded for several hours, depending on downhole temperatures and breaker formulations.
Summary Summary N-FLOW™ Delayed Reaction Filter Cake Breaker Systems - Sales Data Sheet
Baroid’s N-FLOW™ Filter Cake Breakers offer the advantage of delayed breaker action for all types of completion operations. The action of N FLOW breaker systems can be retarded for several hours, depending on downhole temperatures and breaker formulations.
Summary Summary Qatar: N-FLOW™ 325 Filter Cake Breaker Helped Operator Stimulate Fishbone Well
The operator wanted to drill and stimulate a multiple branch (“fishbone”) monolayer multilateral well in the Mishrif Formation.
Summary Summary North Sea: Successful N-FLOW™ 325 filter cake breaker treatment achieves high production rates for Statoil
Statoil’s challenge in the A-14H well in the Visund Field was to drill the long 8 ½ in x 9 ½ in hole section for the first time through the reservoir at high angle. They wanted to ensure that maximum communication between the reservoir formation water and the wellbore could be achieved.
Summary Summary Qatar: N-FLOW™ 325 Filter Cake Breaker Applied in Long Reservoir Helps Increase Production 75%
The operator wanted to stimulate the entire 3,741 m length of the reservoir by placing N-FLOW™ 325 filter cake breaker 325 inside the 8-1/2-in. open hole from 6,041 m to 4,923 m and inside the 6-5/8-in. perforated liner back to 2,300 m. Based on the Baroid global database, this would be the largest N-FLOW application performed to date. The calculated required volume was 159 m3 (1,000 bbl), including 10% excess, to stimulate 3,741 m of hole.
Summary Summary Indonesia: First Application of N-Flow™ Breaker System Filter Cake Removal in Indonesia
Halliburton Baroid’s technical team recommended solution was the N-Flow™ Breaker System in conjunction with a precursor acid system which was formulated with breakers designed for a safe and controlled reaction in formations with dominating sand lithology.
Summary Summary N-FLOW™ 325 breaker boosts production in 2,867-m lateral
Customized delayed-reaction N-FLOW™ 325 breaker system helps ensure effective filter cake removal throughout longest lateral in the Al-Khalij field
Summary Summary Production quadruples after N-FLOW™ 325 treatment
Delayed-reaction N-FLOW™ 325 breaker system helps increase production from 1,000 bbl/day to 4,000 bbl/day
Summary Summary N-FLOW™ 325 treatment boosts production from 100 bpd to 600 bpd
Delayed-reaction N-FLOW™ 325 breaker system helps increase production from 100 bbl/day to 600 bbl/day, saving US$500,000 in rig time
Summary Summary N-FLOW™ breaker treatment helps increase production rates
N-FLOW™ 325 Filter Cake Breaker System Yields Strong Production Increase on Four Uranium Extraction Wells
Summary Summary N-FLOW™ 325 Delayed-Reaction Breaker System Freed Differentially Stuck Pipe
N-FLOW™ 325 Delayed-Reaction Breaker System Frees Differentially Stuck Pipe
Summary Summary Drill-in fluid and delayed breaker deliver 104% return permeability
BARADRIL-N® drill-in fluid and N-FLOW™ 408 filter cake breaker help operator maximize productivity in a mature field
Summary Summary N-FLOW™ 325 Breaker System Frees Differentially Stuck Pipe in Depleted Sand, Saving USD 1.1M
Successful breaker treatment saves operator several days of rig time
Summary Summary INNOVERT® Solution Enables Operator to Complete Long Lateral Section in Combo Well
During well planning the customer decided to extend the well’s horizontal reservoir section from 17,751 ft (5,411 meters) to 27,751 ft (8,459 meters), with a lateral section of 18,674 ft (5,692 meters). This operation was the first time the customer had combined two reservoir intervals, and it involved running and installing the longest liner section in the UAE at the time: 18,824 ft (5,738 meters) of a 6-5/8-inch slotted liner.
Summary Summary N-FLOW™ Filter Cake Breaker Systems
Baroid’s N-FLOW™ system provides optimal filter cake and formation damage removal.
Summary Summary Filter Cake Breakers
Baroid�s chemical breaker systems (or emulsion breaker systems) aid in the removal of potential causes of formation damage to the reservoir in order to improve productivity of treated wells.
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