Advance Technique to Increase Production from Tight Formations Using HiWAY Flow-Channel Hydraulic Fracturing Technique
Journal Title: Journal of Advanced Chemical Engineering - Year 2017, Vol 7, Issue 1
Abstract
Hydraulic fracturing treatments are accomplished to create a highly conductive flow path from the reservoir to the wellbore. Maximum success requires stimulating all perforation in the treated interval. However, performing such coverage is challenging in unconventional reservoirs because fracture opening pressures can vary widely within the perforated interval. A new fracturing service that employs an innovative diverting agent improves production from established fields and allows operators to develop areas that previously were not economically viable. HiWAY flowchannel fracturing technique specially increases fracture conductivity. It has also been proven to lower the risk of the screen out (premature job termination because of rapid pressure increase produced by a sudden flow restriction), allowing jobs to be placed more reliably. On average, the HiWAY fracturing technique increases production more than 20%, while usage 40% less prop pant. Moreover, compared with slick water treatments, the technique can use up to 25% less water. The result is higher short and long-term production, simplified logistics, a smaller operational footprint, and significantly reduced environmental impact. This paper is going to discuss about the hydraulic fracture process, reason of hydraulic fracturing, new technique i.e., HiWAY Flow-Channel Fracturing technique, and the results of two well stimulation treatment which was done through the HiWay flow-channel Fracturing technique, that proving the increase of oil production over extended periods even with decreasing reservoir pressure near wellbore.
Authors and Affiliations
Ahammad Sharif MD, Nagalakshmi NVR, Srigowri Reddy S, Vasanth G, Kundan Kumar, Sachin Krishnan
Keywords
Related Articles
- EP ID EP356354
- DOI 10.4172/2090-4568.1000165
- Views 34
- Downloads 0
Artificial Neural Network Modelling for the Removal of Fe (III) from Aqueous Solutions Using Chitosan Magnetite Nano Composites (CMNs)
A two-layer Artificial Neural Network (ANN) model was engendered to soothsay the deliberation efficacy of Fe (II) particles from fluid arrangement utilizing chitosan magnetite nano composites (CMNs). The sorbet stock arr...
Heat and Mass Transfer for Hartmann and Dufour’s Effects on Irreversibilities at Double-Diffusive Natural Convection in a Square Cavity
In this paper, entropy generation of double-diffusive natural convection in a 2D dimensional enclosure with magnetic and Dufour effects has been numerically performed. Dirichlet boundary conditions for temperature and so...
Control of Chemical Reaction of Aluminium Nanoparticles by Silicon Polymer Coating
By using silicon polymer, the chemical reaction of Aluminium nanoparticles was controlled, especially, the corrosion reaction was reduced. The coverage of the silicon polymer film on Al nanoparticles was controlled, whic...
Evaluation of Design and Operational Parameters of Pilot Single Stage Stabilization Pond for Treatment of Brewery Waste Water Effluent
The suitability of waste stabilization pond (WSP) as a cheaper alternative in the treatment of brewery wastewater effluent was investigated. A pilot WSP was designed and constructed and test run for the treatment brewery...
Treatment of Simulated Waste Water Containing Methyl Red by Advanced Oxidation Process
Advanced oxidation process is one of the promising technologies to eliminate the toxic pollutants, total organic contents etc. from waste water. Attempts are being made from previous few years on treatment of waste water...