Soil stabilization method

1. A method of full-depth road reclamation comprising:

crushing an existing flexible pavement section and predetermined portion of underlying road bed;

pulverizing the crushed flexible pavement section and predetermined portion of underlying road bed;

uniformly blending the pulverized flexible pavement section and predetermined portion of underlying road bed;

providing a soil stabilizer comprising 28-30 percent silicon dioxide by weight and 8.5-9.5 percent sodium oxide by weight in an aqueous solution; and

applying the soil stabilizer to the uniformly blended flexible pavement section and predetermined portion of underlying road bed in two steps, the steps comprising:

(i) a first step of applying a mixture of the crushed, pulverized, and uniformly blended flexible pavement section and underlying road bed and the soil stabilizer to the road bed at a rate of one gallon of the soil stabilizer per every 42-74 square yards of road surface; and

(ii) a second step of applying the soil stabilizer to the road bed at a rate of one gallon of the soil stabilizer per every 275-700 square yards of road surface.

2. The method of claim 1 wherein the road bed is compacted after each of the steps of applying the soil stabilizer.

3. The method of claim 2 wherein the grade and slope of the road bed is finished before the second step of applying the soil stabilizer.

4. The method of claim 3 wherein the road bed is compacted after the second step of applying the soil stabilizer until the surface of the road bed is dry.

5. The method of claim 4 wherein the soil stabilizer is diluted in a ratio of about one 55-gallon drum of the soil stabilizer per 5,000 gallons of water before the two application steps.

6. The method of claim 1 wherein the providing step comprises providing a soil stabilizer comprising about 28.4 percent silicon dioxide by weight and about 8.7 percent sodium oxide by weight in an aqueous solution.

7. A method of full-depth road reclamation comprising:

crushing an existing flexible pavement section and predetermined portion of underlying road bed;

pulverizing the crushed flexible pavement section and predetermined portion of underlying road bed;

uniformly blending the pulverized flexible pavement section and predetermined portion of underlying road bed;

providing a soil stabilizer comprising silicon dioxide and sodium oxide wherein the average weight ratio of silicon dioxide to sodium oxide is between 3.2 and 3.3; and

applying the soil stabilizer to the uniformly blended flexible pavement section and predetermined portion of underlying road bed in two steps, the steps comprising:

(i) a first step of applying a mixture of the crushed, pulverized, and uniformly blended flexible pavement section and underlying road bed and the soil stabilizer to the road bed at a rate of one pound of the soil stabilizer per every 9-18 square yards of road surface; and

(ii) a second step of applying the soil stabilizer to the road bed at a rate of one pound of the soil stabilizer per every 60-160 square yards of road surface.

8. The method of claim 7 wherein the road bed is compacted after each of the steps of applying the soil stabilizer.

9. The method of claim 7 wherein the soil stabilizer is diluted in water before the steps of applying the soil stabilizer.

10. The method of claim 9 wherein the grade and slope of the road bed is finished before the second step of applying the soil stabilizer.

11. The method of claim 10 wherein the road bed is compacted after the second step of applying the soil stabilizer until the surface of the road bed is dry.

12. The method of claim 7 wherein the providing step comprises providing a soil stabilizer comprising about 28.4 percent silicon dioxide by weight and about 8.7 percent sodium oxide by weight in an aqueous solution.

13. A method of full-depth road reclamation comprising:

crushing an existing flexible pavement section and predetermined portion of underlying road bed;

pulverizing the crushed flexible pavement section and predetermined portion of underlying road bed;

uniformly blending the pulverized flexible pavement section and predetermined portion of underlying road bed;

providing a soil stabilizer comprising 28-30 percent silicon dioxide by weight and 8.5-9.5 percent sodium oxide by weight in an aqueous solution; and

applying the soil stabilizer to the uniformly blended flexible pavement section and predetermined portion of underlying road bed at a rate of about 0.005 gallons of the soil stabilizer per square yard per inch thickness of road bed.

14. A kit for full-depth road reclamation comprising:

a soil stabilizer comprising 28-30 percent silicon dioxide by weight and 8.5-9.5 percent sodium oxide by weight in an aqueous solution; and

instructions for a method of full-depth road reclamation, the method comprising:

(i) crushing an existing flexible pavement section and predetermined portion of underlying road bed;

(ii) pulverizing the crushed flexible pavement section and predetermined portion of underlying road bed;

(iii) uniformly blending the pulverized flexible pavement section and predetermined portion of underlying road bed;

(iv) providing a soil stabilizer comprising 28-30 percent silicon dioxide by weight and 8.5-9.5 percent sodium oxide by weight in an aqueous solution; and

(v) applying the soil stabilizer to the uniformly blended flexible pavement section and predetermined portion of underlying road bed in two steps, the steps comprising:

(a) a first step of applying a mixture of the crushed, pulverized, and uniformly blended flexible pavement section and underlying road bed and the soil stabilizer to the road bed at a rate of one gallon of the soil stabilizer per every 42-74 square yards of road surface; and

(b) a second step of applying the soil stabilizer to the road bed at a rate of one gallon of the soil stabilizer per every 275-700 square yards of road surface.