Method and apparatus for production of perfect well treatment fluid solutions

The method of treating a subterranean well with an increased viscosity liquid solution and reducing clogging of formations or gravel packs, with such solution, comprising the steps of:

• (1) mixing dry viscosity-enhancing particles into a liquid phase to produce a dispersion of the dry particles in the liquid phase;
• (2) mixing the dispersion until at least hydration of the viscosity-enhancing particles is initiated, thereby forming an interface between the particles and the liquid phase;
• (3) subjecting the dispersion to concurrent mechanical and hydraulic shearing forces sufficient to break down the interface and perfecting the dissolution of the viscosity-enhancing particles in the liquid phase;
• (4) introducing the resultant perfect solution into a subterranean well for treatment of at least a portion thereof;
• and
• (5) removing the perfect solution from the well and filtering entrained contaminate particulates therefrom to permit re-introduction of the perfect solution into a subterranean well.

The method of preparing a well treatment fluid comprising a perfect solution of viscosity-enhancing particles in a liquid phase, comprising the steps of:

• (1) dispersing the viscosity-enhancing particles in the liquid phase;
• (2) mixing the dispersion until at least hydration of the viscosity-enhancing particles is initiated, thereby forming an interface between the particles and the liquid phase;
• and
• (3) subjecting the dispersion to concurrent mechanical and hydraulic shearing forces sufficient to break down the interface and completing the dissolution of the viscosity-enhancing particles in the liquid phase.

The method of preparing a well treatment fluid comprising a perfect solution of water soluble polymer particles in an aqueous fluid comprising the steps of:

• (1) dispersing the polymer particles in the aqueous fluid;
• (2) mixing the dispersion until at least hydration of the soluble polymer particles is initiated, thereby forming an interface between the polymer particles and the aqueous fluid;
• and
• (3) subjecting the dispersion to concurrent mechanical and hydraulic shearing forces sufficicent to break down the interface and perfecting the dissolution of the polymer particles into the aqueous solution.