TWD $8,684,982
Machine Location:4111 Marathon BlvdAustin, Texas, USA 78756(Opens in a new tab)
Seller Information
View Seller Information
General
Stock Number
15263995
Condition
Used
Description
2012 Total Fracturing Blender
Type: Used
Condition: Excellent
Location: USA
2012 Total Fracturing Blender Benefits
Precise Fluid Formulation: Fracturing blenders allow operators to accurately blend different components, including water, proppants (such as sand), and chemicals. This precision in fluid formulation is essential for creating a fracturing fluid that can effectively fracture the reservoir rock.
Customization: Fracturing blenders offer flexibility in adjusting the composition and concentration of the fracturing fluid based on the specific geological and reservoir conditions. This customization ensures optimal fracturing performance.
Enhanced Fracture Propagation: The blended fluid, injected at high pressure, creates fractures in the reservoir rock. Proper fluid formulation from the blender helps optimize fracture propagation, creating pathways for hydrocarbons to flow more easily to the wellbore.
Proppant Mixing: Fracturing blenders mix proppants with the fracturing fluid. Proppants keep the fractures open after the injection pressure is released, allowing oil and gas to flow more freely. Effective proppant mixing improves fracture conductivity and hydrocarbon recovery.
Increased Production: By creating more and better-connected fractures, fracturing blenders can significantly increase the production rates of oil and gas wells, leading to higher overall well productivity.
Improved Reservoir Drainage: Hydraulic fracturing with the help of blenders can access a larger portion of the reservoir rock, effectively draining more hydrocarbons and maximizing recovery.
Reduced Flow Resistance: The fractures generated by the fracturing process help reduce the flow resistance of hydrocarbons within the reservoir rock, allowing them to flow more easily to the wellbore.
Unconventional Reservoirs: Fracturing blenders are especially useful in extracting hydrocarbons from unconventional reservoirs, such as tight sands and shale formations, where natural permeability is low and hydraulic fracturing is required to release trapped hydrocarbons.
Economic Benefits: The increased production rates achieved through effective hydraulic fracturing can lead to substantial economic benefits for oil and gas companies and the regions where extraction takes place.
Optimized Well Performance: Properly designed and executed hydraulic fracturing using blenders can extend the productive life of a well, leading to prolonged hydrocarbon extraction and maximizing the return on investment.