Abstract
VNIIKRneft' has developed a modified clay powder based on Cherkask bentonite with one ton of solution resulting in 20-28 cubic meters of powder per TU 39-08-123-77 formula. The modification stems from the type of bentonite treatment used. Bentonite is used in the amount of 3-5% of the total mass and the treatment involves the use of 0.3% calcium soda, copolymer methacrylic acid with M-14VV methacrylate. These reagents induce processes of change within the clay. The carbonate-nitrate activity serves to penthiatize the clay particles and the reagent solution which accompany the process of coagulation in the polymer structure, and in turn, increases the incidence of viscosity in the newly emerging systems. Tests indicate that the use of modified clay powder enhances drill bit pass-through. The large quantity of drilling solution resulting from one ton of modified clay powder further enhances the practical aspects of this system and reduces overall expenditures for solution treatment and clay powder while permitting the reduction of expenditures for other chemical reagents. Such economic benefits have been confirmed by industrial testing.
Citation Formats
Matytsyn, V I, Kosivchenko, A M, Ryabchenko, V I, and Shishov, V A.
Industrial testing of modified clay powders by the ''Permneft''' organization.
USSR: N. p.,
1980.
Web.
Matytsyn, V I, Kosivchenko, A M, Ryabchenko, V I, & Shishov, V A.
Industrial testing of modified clay powders by the ''Permneft''' organization.
USSR.
Matytsyn, V I, Kosivchenko, A M, Ryabchenko, V I, and Shishov, V A.
1980.
"Industrial testing of modified clay powders by the ''Permneft''' organization."
USSR.
@misc{etde_6066063,
title = {Industrial testing of modified clay powders by the ''Permneft''' organization}
author = {Matytsyn, V I, Kosivchenko, A M, Ryabchenko, V I, and Shishov, V A}
abstractNote = {VNIIKRneft' has developed a modified clay powder based on Cherkask bentonite with one ton of solution resulting in 20-28 cubic meters of powder per TU 39-08-123-77 formula. The modification stems from the type of bentonite treatment used. Bentonite is used in the amount of 3-5% of the total mass and the treatment involves the use of 0.3% calcium soda, copolymer methacrylic acid with M-14VV methacrylate. These reagents induce processes of change within the clay. The carbonate-nitrate activity serves to penthiatize the clay particles and the reagent solution which accompany the process of coagulation in the polymer structure, and in turn, increases the incidence of viscosity in the newly emerging systems. Tests indicate that the use of modified clay powder enhances drill bit pass-through. The large quantity of drilling solution resulting from one ton of modified clay powder further enhances the practical aspects of this system and reduces overall expenditures for solution treatment and clay powder while permitting the reduction of expenditures for other chemical reagents. Such economic benefits have been confirmed by industrial testing.}
journal = []
volume = {8}
journal type = {AC}
place = {USSR}
year = {1980}
month = {Jan}
}
title = {Industrial testing of modified clay powders by the ''Permneft''' organization}
author = {Matytsyn, V I, Kosivchenko, A M, Ryabchenko, V I, and Shishov, V A}
abstractNote = {VNIIKRneft' has developed a modified clay powder based on Cherkask bentonite with one ton of solution resulting in 20-28 cubic meters of powder per TU 39-08-123-77 formula. The modification stems from the type of bentonite treatment used. Bentonite is used in the amount of 3-5% of the total mass and the treatment involves the use of 0.3% calcium soda, copolymer methacrylic acid with M-14VV methacrylate. These reagents induce processes of change within the clay. The carbonate-nitrate activity serves to penthiatize the clay particles and the reagent solution which accompany the process of coagulation in the polymer structure, and in turn, increases the incidence of viscosity in the newly emerging systems. Tests indicate that the use of modified clay powder enhances drill bit pass-through. The large quantity of drilling solution resulting from one ton of modified clay powder further enhances the practical aspects of this system and reduces overall expenditures for solution treatment and clay powder while permitting the reduction of expenditures for other chemical reagents. Such economic benefits have been confirmed by industrial testing.}
journal = []
volume = {8}
journal type = {AC}
place = {USSR}
year = {1980}
month = {Jan}
}