Eliminating corrosion, neutralize hazardous acid gas, and preventing the formation of a production-impairing scale.
Preventing bacterial degradation and reducing the souring of drilling mud.
Adjusting and regulating the degree of acidity or alkalinity of drilling fluids.
Counteracting the formation of foam, which can negatively affect the production process as a result of liquid carryover.
Eliminating formation fluid loss caused by the liquid phase of drilling fluid.
Improving air or gas drilling across
Increasing the viscosity of water-based drilling mud to enhance the hole cleaning.
Sealing loss zones and preserving operational integrity.
Freeing pipe with spotting or soaking agents for all types of drilling fluids.
Reducing the coefficient of friction for minimizing torque and drag while drilling with water-base fluid.
Drilling effectively with scavengers which are effective at all pH levels found in most drilling fluids.
Reducing interfacial tension between water/oil, water/air, water/solid, and other contacting surfaces.
Inhibiting the deposition of mineral scales.
Improving the thermal stability in higher temperature environments, and increasing the
Increasing contact with formation waters to enhance water-sampling performance.
Controlling formation pressures, facilitating the pulling of dry pipe and preventing formation caving.
Helping in modifying the relationship between the viscosity and the percentage of solids in drilling fluids.
Minimize lost circulation, strengthening unstable
Inhibiting reactive shales with a suite of environmentally, low-toxicity and acceptable additives.
Improving the hole-cleaning and solids-suspension capability of drilling fluids.