Acid / Chemical Treatment Products

products are temporary diverting materials used to improve the distribution of treating fluids across multiple perforations or openhole intervals. During placement, Div+ and RapidVert+ are solid non-toxic particles capable of blocking perforation tunnels, formation faces, and fractures near the wellbore. After a pre-determined length of time, the diverter will hydrolyze into a clear, non-hazardous liquid. This process is driven simply by time and bottom-hole temperature, meaning that no additional remedial work is required. blends are optimized for transport and plugging performance in the low rate/high leakoff environment of acid/chemical treatments.

Key Design Factors

Maximize matrix conductivity

Particles designed for optimized transport in low rate/low viscosity applications

Reduced time/expense

Benefits and Outcomes

Ensure acid/chemicals are distributed evenly across entire stimulated interval

Increased duration between treatments

Predictable time to production

The low rate designs that are often associated with acid and chemical treatments can make it difficult to determine the effectiveness of diversion by traditional pressure response analysis alone. As such, encourages our customers to also determine success based upon long term production analysis. Treatment effectiveness can be determined by analysis of the rate and magnitude of production decline. The Chart above illustrates the shallow decline rate when using optimized diversion materials such as Div+ and RapidVert+ versus using traditional diverters. The reduced decline frequently means periodic treatments are needed less often, substantially reducing operating costs.

DiverterPlus develops custom products to address our customer’s challenges and also aids in the design, implementation, and performance analysis of these products to optimize our customer’s operations from start to end. In addition, we provide objective consultation about what we can do for customers who are unaware of solutions that we may come up with.