Fluid loss control additive
Control filtration in the DRILPLEX AR PLUS system.
The DRILPLEX mixed metal oxide water-based drilling fluid system, the current generation of mixed metal oxide (MMO) products, achieves unequaled solids suspension and still screens easily, even at high flow rates. The DRILPLEX system is ideal for an array of applications. Its water-based chemistry reduces costs and environmental impact, minimizes torque and drag, and limits the chance of hole erosion because it provides low to zero flow across the wellbore cross section.
The flow profile of the fluid in the annulus enables the DRILPLEX system to stabilize mechanically weak and poorly consolidated formations. The high viscosity of the fluid at low shear rates results in a stationary layer of fluid on the sides of the wellbore. This protective layer shields weak rock formations from erosion caused by the flow. The capacity of the fluid to stabilize these weak and unconsolidated formations is enhanced by the lower pump rates used with the DRILPLEX system.
The basic system contains essentially no components that can harm the environment; all its components are virtually nontoxic with low concentration of organic material. The primary fluid loss control additive is a starch derivative for minimal environmental impact.
More flexibility and options to drill unconsolidated formations with potential anionic characteristics.
The DRILPLEX system is a water-based drilling fluid system with unequaled solids suspension that still screens easily, even at high flow rates.
Highly effective drilling fluid eliminates mud losses and reduces average drilling time by 25%.
Unequaled solids suspension while still screening easily, even at high flow rates.
HDD Mining & Waterwell was invited to trial mining products on vertical hole in the upper northern region of Western Australia.
M-I SWACO suggested changing the drilling fluid system from the polymer-clay mud to the highly shear-thinning DRILPLEX system that was specially designed for drilling lost-circulation reservoirs.