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Efficient Water Pool Structure with Significant Savings in Water Volume and Resources

The Civil Structure of Water Pool by Changgen Yang features a unique design with a middle line height of rail, removable handrail, and efficient drainage system. The use of ejected concrete and concrete lining ensures waterproofing. The innovative structure reduces the total volume and surface area of the water pools, saving resources and making it easier for maintenance. With smooth water flow in a semi-round pool, this design offers multiple advantages for efficient water management.

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Efficient Water Pool Structure with Significant Savings in Water Volume and Resources

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  1. Civil Structure of Water Pool Changgen Yang

  2. EH middle line Height of rail Ejected Concrete Concrete Removable handrail Drainage Ditch Cable Ditch

  3. Pure water Concrete Lining Waterproof either in or out of concrete Thickness: 0.70 m Ejected Concrete AD support Concrete Ejected Concrete Scale

  4. 1# & 2# water pool and veto structure 2.93 m 10.14 m 2.93 m rock PMT A D A D 4.14 m 4.14 m

  5. 2.93 m 10.14 m 3# water pool and veto structure rock 2.93 m PMT A D A D 10.14 m A D A D 4.14 m

  6. Main advantages: • The total volume for three water pools decreases about 515 m3. This means that the same volume rock will not be dug and we will save 515 m3 pure water for each experiment period. • It is more easy to dig this water pool than the base line, especially for the pool corners. • The total surface area for three water pools reduces about 308 m2 (side area 205 m2 , up and down area 103 m2) . So we can save the liner about 256 m2. • With the current PMT density of about one PMT per 2.4 m2, about 100 PMTs could be saved to increase the present PMT density. • It is obvious that water flows more smoothly in this new structure. The water flow in a semi-round pool rather than a rectangular pool.

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