Why let lost circulation slow you down?
Talk to an expert today and discover how our lost circulation control solutions can transform your operations.
Next generation fiber technology proven to effectively seal formation fractures improving fluid loss, loss of circulation, and return to surface properties in spacers, primary cementing, and helps prevent the need for costly remedial cementing operations. It offers dramatic improvements for areas of lost circulation in porous formations, by bridging gaps as well as aiding in support/suspension of the slurry design, with the additional benefits of improved bond logs, filter cake stability, and consistent slurry fluidity.
FOV-4 is a multi-modal LCM that is made up of multiple particulates that are distributed to fill and close off a fracture’s matrix, flexible to conform to a fracture’s profile, and rigid and flaked to bridge off a fracture’s interface. The inorganic materials dynamically suspend in spacer and cement slurries alike to optimally flow through pump truck plumbing and casing floats. This material doesn’t appear to have any effect on Total Thickening Times and is a great “all in one bag” solution to help gain efficiency at the bulk plant. This product has shown to pair perfectly with cement slurries as well as MS Spacer or RiSeal Spacer.
This material LCM product sports an assortment of different particle sized particulates that aid in plugging down hole fractures. The organic material draws deeply on particle packing to help clog up unwanted downhole chasms. FOI-4 is a robust and versatile LCM has the ability to free flow through bulk plants without clogging them even with concentrations up to 10 lb/bbl. It dynamically suspends in spacer and cement slurries alike to optimally flow through pump plumbing while headed downhole. This material has shown to retard CMT, but through Riteks slot testing efforts, it has shown to be the most efficient way to clog up a 3mm slot to date. This product has shown to pair perfectly with MS Spacer or RiSeal Spacer.
Solubond Fibers are an Innovative fiber technology that functions as an acid soluble Lost Circulation Material (LCM) where losses are an issue, but acid solubility is key. These fibers offer increased circulation by bridging and plugging off voids, fractures, and all types of permeable formations, and are compatible with cement and other fluids. These fibers offer low loading levels that range from 0.25 – 1pps and up to 5ppb in spacers. while being noncorrosive to equipment, and maintaining high-solubility in diluted hydrochloric acid (HCl) & formic acid (HF).
But there’s a solution to mitigate these losses, enhance operations, and save valuable resources.
Imagine having access to solutions that not only strengthen the near-wellbore formation matrix but also effectively seal off natural or induced fractures. This transformation will result in improved zonal isolation, better bond logs, and increased operator efficiency.
Built to improve tensile strengths in cement, our advanced fiber technology can also seal formation fractures, bridge and plug off voids, all while maintaining compatibility with cement and other fluids. Plus, it features a specialized coating that affords it the highest fiber count in the industry, offering superior suspendability. You’ll find that RadiLock and Solubond fibers far surpass any other fiber technologies on the market.
By integrating these innovative solutions into your operations, you can eliminate the high loading levels of competitive LCM’s and even the need for stage tools when coupled with one of our sealing spacer technologies. Plus, when the rate of cement leak off to the formation is improved, excess cement volumes can be lowered, reducing overall job costs.
We understand the complexities and challenges of the oil and gas industry. Our commitment is to provide advanced solutions that address your unique needs.
Talk to an expert today and discover how our lost circulation control solutions can transform your operations.
Start a conversation today and get a chemical solution designed to help you optimize efficiency and maximize performance.