The CO-Acid multi component, semi-synthetic product series consists of highly inhibited, reduced hazard, multi-component acid systems designed for use in all production optimization and stimulation applications. These uniquely designed acid blends result in extremely versatile systems that have all the desirable properties of any acid system available on the market today. Due to the synergistic effect of the inorganic and organic acids incorporated many of the typical damaging properties associated with high strength acids are alleviated, resulting in fewer hazards and reduced additive loadings. CO-Acid systems can be customized to suit any application or formation as required.
Product Line
Multi Component Acid System
Fracturing Spearheads
High strength acid system permits more efficient logistics (less loads to location)
Stable - NO component separation allows for long-term storage of product in tanks
CO-Sol is a customized solvent blend that can be used on its own, or with stimulating fluids such as acids. It has been designed to account for the typical properties expected from a solvent system such as paraffin and asphaltene dissolution, but also has very high water-wetting characteristics to alleviate ‘oil-wetting’ formation damage commonly associated with oil producing wellbores. In addition, CO-Sol incorporates a unique blend of surfactants to help keep the formation face water wet and ensure continued production or injection.
Mutual Solvent Blend
CO-Sol II is a unique, customized mutual solvent blend that can be diluted with water, or with stimulating fluids such as acids. It has been designed to account for the typical properties expected from a mutual solvent system such as high water-wetting characteristics to alleviate ‘oil-wetting’ formation damage, but also has some paraffin and asphaltene dissolution abilities commonly associated with oil producing wellbores. In addition, CO-Sol II incorporates a unique blend of surfactants to help keep the formation face water wet and ensure continued production or injection.