CENTRAFLOW
Better cement. Stronger wells.
CE-BOND redistributes annular flow to improve cement placement in challenging wells, including highly deviated and extended reach applications.
Why cement placement becomes difficult.
In deviated and eccentric wellbores, uneven annular geometry can create significant differences in circumferential flow velocity, increasing the risk of poor low-side displacement.
Technology, field evidence and specialist engineering.
Use the dedicated pages below for the detailed CE-BOND technical basis, selected field case histories and Centraflow engineering support.
Technology
How CE-BOND works, self orientation, flow testing, modelling, installation and application inputs.
Explore technology →Case Studies
Selected field evidence across different casing sizes, well geometries and operating environments.
View case studies →Engineering
Specialist support around cement placement, cement evaluation, annular flow modelling and technical assurance.
Explore engineering →Specialist cement placement engineering, beyond the product.
Centraflow also supports operators with focused engineering around cement placement, cement evaluation, annular flow modelling, centralization, casing movement and technical assurance. The engineering starts with the well challenge, not with a predetermined technology.
- 01Cement placement engineering
Review geometry, standoff, fluid hierarchy, rates and displacement risk.
- 02Cement evaluation
Interpret acoustic and ultrasonic response and translate findings into placement lessons.
- 03Annular flow modelling
Assess eccentric annulus hydraulics and circumferential velocity distribution.
- 04Technical assurance
Independent review of cementing and barrier programmes before execution.
Contact Centraflow
Contact us for CE-BOND application support, technical discussions, partnerships or general enquiries. For a specific well or project, provide the available application details below.
Centraflow · Energivegen 10, 4056 Tananger, Norway
centraflow.no