Improved Water Based Mud Using Solanum Tuberosum Formulated Biopolymer and Application of Artificial Neural Network in Predicting Mud Rheological Properties

Improved Water Based Mud Using Solanum Tuberosum Formulated Biopolymer and Application of Artificial Neural Network in Predicting Mud Rheological Properties

~ 649f0db4b9128a6b1f62e9ae14a97d5a.200x200
Drilling fluids are the most important materials in drilling operations, therefore improving the properties of these fluids are very essential in order to meet up with the increase in demands and required standards. In this experimental study, Solanum tuberosum formulated biopolymer was used to improve the water based mud rheological properties and artificial neural network predicted data for...
 
Published at Society of Petroleum Engineers
Published in 2019
 
Download 1.53 MB
 
 
 
Tomiwa, Oguntade, Oluwatosin, Rotimi, Temiloluwa, Ojo, Oluwasanmi, Olabode, Joy, Idaka
olabode oluwasanmi » Olabode oluwasanmi holds a bachelors and PhD in petroleum engineering from covenant University and a Master degree in same field from University of Ibadan. He has supervised 20 undergraduate student project, provided theoretical and practical assistance to post graduate students (10 till date), and trained foreign interns on Eclipse software for reservoir simulation. He currently teaches... view full profile
olabode oluwasanmi
 
Other publications by this author (view profile)
 
 
Effect of Horizontal Well Length Variation on Productivity of Gas Condensate Well
 
Production forecast for niger delta oil rim synthetic reservoirs
 
Dataset on the beneficiation of a Nigerian bentonite clay mineral for drilling mud formulation
 
Effect of foam and WAG (water alternating gas) injection on performance of thin oil rim reservoirs
 
Enhanced Oil Recovery of Medium Crude Oil Using Nanoparticles and Polymer
 
PREDICTING POST BREAKTHROUGH PERFORMANCE OF WATER AND GAS CONING
 
OPTIMIZING THE MOVEMENT OF PEOPLE AND GOODS IN A LOCAL COMMUNITY USING TRANSPORTATION MODEL
 
Predicting the Effect of Well Trajectory and Production Rates on Concurrent Oil and Gas Recovery from Thin Oil Rims.
 
OPTIMAL SIDETRACK TIME EVALUATION BY SEGMENTED PROXY MODEL
 
The Comparative Analysis of Bonny Crude Oil Using Simple Distillation and Pre-flash Model for Maximum Distillate Cuts Recovery (Crude Oil Topping Refinery)
 
ASSESSMENT OF SANDING POTENTIAL OF UNCONSOLIDATED SANDSTONE RESERVOIRS USING MODIFIED HOEK-BROWN FAILURE CRITERION
 
Investigating the potential of Calophylluminophyllum plant base oil for oil and gas drilling mud operations
 
Challenges and Prospects of Converting Nigeria Illegal Refineries to Modular Refineries
 
LAPLACE TRANSFORM DECONVOLUTION AND ITS APPLICATION TO WELL TEST DATA ANALYSIS
 
Optimizing Productivity in Oil Rims: Simulation Studies on Water and Gas Injection Patterns
 
The effect of chemically enhanced oil recovery on thin oil rim reservoirs
 
Optimizing Productivity in Oil Rims: Simulation Studies on Horizontal Well Placement under Simultaneous Oil and Gas Production
 
Production of fuel-blends from waste tyre and plastic by catalytic and integrated pyrolysis for use in compression ignition (CI) engines
 
Modelling Low Salinity Water Flooding as a Tertiary Oil Recovery Technique,
 
The influence of surfactant concentration and surfactant type on the interfacial tension of heavy crude oil/brine/surfactant system
 
A binary mixture of sesame and castor oil as an ecofriendly corrosion inhibitor of mild steel in crude oil
 
Effect of water and gas injection schemes on synthetic oil rim models
 
Recovery Potential of biopolymer (B-P) formulation from solanum tuberosum (waste) starch for enhancing from oil reservoirs.
 
Nano Augumented Biosurfactant Formulation for Oil Recovery in Medium Oil Reservoirs.