MFR High Temperature Profile Control Agent Experimental Evaluation

Zhen Zhong Fan; Li Feng Zhang; Qing Wang Liu

doi:10.4028/www.scientific.net/AMR.602-604.1250

Paper Titles

Study on the Biodegradability of Protein Fibers and Their Products in Activated Sludge
p.1227

Study of the Catalytic Effects of Trace Titanium on Oxidation of Pyronin B with Hydrogen Peroxide and its Application
p.1233

Preparation and Property Evaluation of Anionic Clean Fracturing Fluid
p.1238

Effects of Hydrolysis Parameters on TiO₂ White Pigment from Low Concentration Industrial TiOSO₄ Solution via Sulfate Process
p.1243

MFR High Temperature Profile Control Agent Experimental Evaluation
p.1250

Influences of Hydrolysis Temperature and Hydrolysis Time on Titanium White Pigment via Short Sulfate Process
p.1255

The New Synthesis of Organic Light-Emitting Material BHBT Monomer by Stille Coupling
p.1261

Removal of Chemical Oxygen Demand in Tannery Effluent by Flocculant
p.1265

Improved Synthesis of 3,3-Dimethyl-4-Pentenoic Acid Methyl Ester
p.1269

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MFR High Temperature Profile Control Agent Experimental Evaluation

Abstract:

MFR high temperature profile control agent consisted of 6.5% wood Fortunately sulfonic acid calcium (Ca-LS) and 6.5% crosslinker modified furfural resin (MFR),and the gel solution formed a stable performance gel in the 150~300°C.The higher the temperature, the shorter the gelation time; and the longer the heating time, the higher the gel strength. The gel is very stable at 300°C, and is well in acid and salt resistance. The core experiments showed that the blocking agent's blockage ratio is more than 99% ; the units of the breakthrough pressure was greater than 100 kPa / cm,which the gel solution is a good performance of high-temperature profile control agent.