초록 ▼

An agitation system including a motor that is capable of measuring the torque output of the motor required to mix a suspension. The motor is attached to an agitator which is placed in a suspension to be measured. The agitator is placed in the suspension and the agitation system is turned on for a pe

An agitation system including a motor that is capable of measuring the torque output of the motor required to mix a suspension. The motor is attached to an agitator which is placed in a suspension to be measured. The agitator is placed in the suspension and the agitation system is turned on for a period of time. This period determined by the type of agitator used and the characteristics of the suspension. When the suspension is well mixed and the torque measurement on the agitator becomes stable, the agitation system is stopped. The suspension is allowed to sit without agitation for a period of time and the agitation system is started again. After a period of time the agitation system is started and the amount of torque needed to begin turning the agitator is measured.

대표청구항 ▼

1. A method for determining a maximum allowable torque for agitating solids in a suspension, comprising: a) inserting an agitator, connected to a motor unit, into a suspension sample, said sample being in a container;b) agitating said suspension for a first period of time until solids in said suspen

1. A method for determining a maximum allowable torque for agitating solids in a suspension, comprising: a) inserting an agitator, connected to a motor unit, into a suspension sample, said sample being in a container;b) agitating said suspension for a first period of time until solids in said suspension are uniformly dispersed in the liquid;c) stopping said agitating for a second period of time to allow the solids to settle;d) agitating said suspension after said second period of time;e) measuring an amount of torque required to start the agitator after said second period of time; andf) repeating steps c)-e) until a maximum allowable torque to restart the agitator is reached. 2. The method according to claim 1, wherein steps c)-e) are repeated a plurality of times and wherein said second period of time of step c) is progressively lengthened. 3. The method according to claim 1, wherein steps c)-e) are repeated a plurality of times and wherein an increasing amount of an additive is added during each of said step c). 4. The method according to claim 1, wherein the agitator is inserted into the container so that the agitator is about 1/16 to ¼ in. from a bottom of said container. 5. A method for optimizing a suspension of solids in a solution, comprising: a) inserting an agitator, connected to a motor unit, into a suspension sample, said sample being in a container;b) agitating said sample for a first period of time until solids in said suspension are uniformly dispersed in the liquid;c) stopping said agitating for a second period of time to allow the solids to settle;d) adding an amount of at least one of an additive or an additional amount of said solids to said suspension;e) agitating said suspension after said at least one of said additive or said additional amount of said solids is added;f) measuring an amount of torque required to start the agitator after said at least one of said additive or said additional amount of said solids is added; andg) repeating steps c)-f) to thereby determine an optimal amount of said at least one of said additive and said solids in said suspension. 6. The method according to claim 5, wherein steps c)-e) are repeated a plurality of times and wherein said second period of rest of step c) is progressively lengthened. 7. The method according to claim 5, wherein steps c)-e) are repeated a plurality of times and wherein an increasing amount of said at least one of said additive and said solids is added during each of said step c). 8. The method according to claim 5, wherein the agitator is inserted into the container so that it agitator is about 1/16 to ¼ in. from a bottom of said container.