Cementing Services
Detail
Description
AZAD Services uses state-of-the-art pumping, blending and transport equipment to provide customers with total capabilities in well stimulation. Highly trained crews deliver each treatment under the direction of experienced supervisory personnel who are charged with responsibility of providing the utmost in service to each customer. Treatments are designed and tested with the aid of computer programs. AZAD engineers analyze these designs and works directly with the customer to provide a treatment that will result in optimum well productivity.
Equipment Specifications
Twin cement pumper, with dual diesel engines Allison transmissions and triplex pumps. Pumpers are equipped with 2/41 fluid ends and state of the art Automatic Density Control mixing system. Its basic operating principle is as follows: The cement flow rate is controlled and adjusted via automatically controlled valve by the computer. The slurry densitometer detects the actual density and feeds the measured value back to the computer. A water flow meter mounted on the mixing system measures the water flow rate and sends the measured value to the computer. With the water rate and the desired density, slurry design and measured density, the computer calculates the required cement value position. A command signal is sent to the hydraulic actuating system to adjust the opening of the bulk cement-metering valve and thus controls the slurry density to the set range. The system displays and records the slurry density, discharge rate, total volume, and pressure and bulk deliverabilit
Cementing Software
Cementing Software Assists engineers in calculations of volumes, pressure, material required for cementing operations. This eliminates time-consuming tasks and error’s in performing the calculations and raises the quality of work. AZAD engineers will perform quickly the design of cement jobs using the advanced engineering features and animated flow visualization of the software to accurately model the cement placement by addressing the U-tubing phenomena, dynamic pressures, equivalent circulating densities (ECD’s) and formation breakdown pressure