The experimental variables that affect the acidization of sandstone cores in a permeameter are discussed. It was found that as HCl/HF acid mixtures are injected into porous sandstone cores a reaction front between selective minerals and the acid is formed. This reaction front and a corresponding permeability front move through the core with a constant axial velocity. The time for the permeability front to move through the core is defined as the break-through time. The breakthrough time is directly proportional to the core length but inversely proportional to the HF acid concentration and the rate of injection.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/21906/1/0000313.pd
A wide and comprehensive understanding of the chemical reactions and mechanisms of HBF4 is crucial a...
Matrix acidizing is an effective stimulation technique for carbonate reservoirs and it has been prac...
The most important concern of sandstone matrix acidizing is to increase the formation permeability b...
A new model has been developed which describes the acidization of sandstone cores. The results show ...
A model was developed for the acidization of various sandstone cores which successfully describes th...
Core flooding acidizing experiments on sandstone/carbonate formation are usually performed in the la...
Sandstone acidizing is a complex operation because the acidizing fluid reacts with a variety of mine...
Acid stimulation of sandstone reservoirs can lead to substantial production improvements of hydrocar...
textContrary to the traditional understanding of matrix acidizing of sandstone that the acid front ...
Abstract-A new model has been developed which describes the acidization of sandstone cores. The resu...
Formation matrix acidizing is an essential step in the life of any oil or gas production well. The s...
Determination of optimal acidizing conditions through laboratory experimental study is crucial for d...
Properties of rock, such as effective porosity, permeability and pore size distribution (PSD), are g...
Stimulation of the sandstone reservoir requires a mixture of acids such as mud acid, which assist in...
HEDTA proved to be efficient in dissolving ions like calcium, magnesium, sodium and potassium from s...
A wide and comprehensive understanding of the chemical reactions and mechanisms of HBF4 is crucial a...
Matrix acidizing is an effective stimulation technique for carbonate reservoirs and it has been prac...
The most important concern of sandstone matrix acidizing is to increase the formation permeability b...
A new model has been developed which describes the acidization of sandstone cores. The results show ...
A model was developed for the acidization of various sandstone cores which successfully describes th...
Core flooding acidizing experiments on sandstone/carbonate formation are usually performed in the la...
Sandstone acidizing is a complex operation because the acidizing fluid reacts with a variety of mine...
Acid stimulation of sandstone reservoirs can lead to substantial production improvements of hydrocar...
textContrary to the traditional understanding of matrix acidizing of sandstone that the acid front ...
Abstract-A new model has been developed which describes the acidization of sandstone cores. The resu...
Formation matrix acidizing is an essential step in the life of any oil or gas production well. The s...
Determination of optimal acidizing conditions through laboratory experimental study is crucial for d...
Properties of rock, such as effective porosity, permeability and pore size distribution (PSD), are g...
Stimulation of the sandstone reservoir requires a mixture of acids such as mud acid, which assist in...
HEDTA proved to be efficient in dissolving ions like calcium, magnesium, sodium and potassium from s...
A wide and comprehensive understanding of the chemical reactions and mechanisms of HBF4 is crucial a...
Matrix acidizing is an effective stimulation technique for carbonate reservoirs and it has been prac...
The most important concern of sandstone matrix acidizing is to increase the formation permeability b...