decreasing of water loss and mud cake thickness by cmc nanoparticles in mud drilling

Authors

r. saboori

chemical and petroleum eng. school, shiraz university, shiraz, iran. s. sabbaghi

nano chemical eng. dep., shiraz university, shiraz, iran. d. mowla

chemical and petroleum eng. school, shiraz university, shiraz, iran. a. soltani

south zagros oil and gas production company.

abstract

cmc polymer is used as an additive to decrease water loss and mud-cake-thickness in mud drilling. in this study, the effect of cmc and cmc nanoparticles on water loss and mud-cake-thickness in mud drilling is investigated. cmc nanoparticles are made by using of ball milling and their size is measured by particle size analyzer. cmc and cmc nanoparticles which were prepared by hamilton batch mixer and with certain percent suggested by api, were added to the water-based mud drilling. the amount of water loss and mud cake thickness was measured by filter press. it was found that adding cmc nanoparticles in comparison with conventional cmc resulted in desirable reduction of amount of water loss and mud cake thickness.

Upgrade to premium to download articles

Sign up to access the full text

Already have an account?login

similar resources

Decreasing of water loss and mud cake thickness by CMC nanoparticles in mud drilling

CMC polymer is used as an additive to decrease water loss and mud-cake-thickness in mud drilling. In this study, the effect of CMC and CMC nanoparticles on water loss and mud-cake-thickness in mud drilling is investigated. CMC nanoparticles are made by using of ball milling and their size is measured by Particle size analyzer. CMC and CMC nanoparticles which were prepared by Hamilton batch mixe...

full text

Decreasing of water loss and mud cake thickness by CMC nanoparticles in mud drilling

CMC polymer is used as an additive to decrease water loss and mud-cake-thickness in mud drilling. In this study, the effect of CMC and CMC nanoparticles on water loss and mud-cake-thickness in mud drilling is investigated. CMC nanoparticles are made by using of ball milling and their size is measured by Particle size analyzer. CMC and CMC nanoparticles which were prepared by Hamilton batch mixe...

full text

Effect of Polyanionic Cellulose Polymer Nanoparticles on Rheological Properties of Drilling Mud

Polyanionic cellulose polymer is used as an additive in drilling mud in order to decrease water loss and mudcake- thickness. In this study effect of bulk and nanosize polyanionic cellulose on water loss and mud-cakethickness in mud drilling is investigated. Polyanionic cellulose nanoparticles are made by using of ball milling. Size of nanoparticles is measured by Particle size analyzer. Polyani...

full text

Potential Evaluation and Optimization of Natural Biopolymers in Water-Based Drilling Mud

Drilling cost optimization has always been an important issue in the petroleum industry. In order to save costs and create new markets for local materials, Ofo (D. micocarpum) and food gum (C. populnea) powders were evaluated in this study at high temperature as alternative to imported chemical additives in water based drilling fluid. The base mud composed of alkali beneficiated local clay, ach...

full text

effect of polyanionic cellulose polymer nanoparticles on rheological properties of drilling mud

polyanionic cellulose polymer is used as an additive in drilling mud in order to decrease water loss and mudcake- thickness. in this study effect of bulk and nanosize polyanionic cellulose on water loss and mud-cakethickness in mud drilling is investigated. polyanionic cellulose nanoparticles are made by using of ball milling. size of nanoparticles is measured by particle size analyzer. polyani...

full text

Experimental Determination of the Temperature Suppression in Formation of Gas Hydrate in Water Based Drilling Mud

The aqueous mixtures of light gas molecules under low-temperature and high-pressure conditions are candidates to form gas hydrate clathrates. The formation of gas hydrate may lead to various problems and extra charges in natural gas production and processing. The presence of hydrate crystals forming a stable solid phase can potentially block the wells, pipes, and process facilities. To avoid su...

full text

My Resources

Save resource for easier access later


Journal title:
international journal of nano dimension

جلد ۳، شماره ۲، صفحات ۱۰۱-۱۰۴

Hosted on Doprax cloud platform doprax.com

copyright © 2015-2023