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Soil Testing Challenges |
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We were not the first contractor to look at this job. Previous contractors had done soil testing and pronounced the site suitable for the construction of a 4 acre fishing lake. We had our doubts and decided to do a thorough soil test with a core drilling machine. |
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Get it right the first time! |
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This site was in the flood plain of the Trinity River. As such, a variety of different soil types had been deposited rather randomly over the centuries. Our initial testing with a backhoe resulted in mixed results. Core samples obtained with the drilling machine validated our concerns. Sand was prevalent at the lower depths and the lake would never hold water using conventional construction methods. |
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Lake Site |
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Mature oak trees and flat terrain in the flood plain. This view is looking south from the future spill way. |
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First step |
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Top soil is removed and stockpiled. It will be spread over the site during the final phase to insure a lush grass cover. Many contractors cut corners and skip this step. |
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Existing small tank |
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This small, shallow existing tank will be depened and incorporatedinto the new lake. |
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Excavation underway |
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Looking south from the spill way area as construction proceeds. |
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Dozers at work |
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Nick in the foreground pushing dirt with the Cat D6H, JD 700 and JD 850 in the background |
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A scraper saves time and money |
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Reynolds 10 yd scraper at work. Though not viable on every project, a scraper is the most economical way to move large amounts of dirt in a short time. This saved our client money and allowed the project to progress at a much faster rate. |
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Tons of dirt on the move |
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You have to have the right equipment for the big jobs. 3 tractors can move tons of dirt in a days time. |
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Dirt everywhere! |
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Sometimes it is hard to visualize the final product when all you can see is big piles of dirt wherever you look. This stage is where experience comes into play. We see past the piles of dirt and can visualize the final product. |
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Scraper at work |
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The scraper at work in the bottom of the lake is dwarfed by the scale of the project. |
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The lake appears |
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Approaching the final stages of construction, the shape of the lake begins to emerge. The owners house is partially visible in the trees at the top of the picture. He is going to have a great view of the finshed lake construction. |
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Bird's eye view |
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Equipment seems small compared to the scope of this lake building project. |
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View of lake ready for liner installation. |
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The huge piles of dirt on the banks will be used to cover the plastic liner once it is in place. |
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Liner installation crew at work |
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Digging the anchor trench. |
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The trench is used to anchor the plastic liner in place. It is backfilled once installation is complete. |
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Liner crew works on spillway-- compare this view to the third picture in this gallery. |
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The piles of dirt on the lake banks will be used to cover the liner to a depth of one foot. This will protect the liner from UV deterioration. |
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Placing one foot of fill on top of the liner. |
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Liner installation nears completion. |
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Liner done |
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Liner is complete. Some water due to recent rains. There is still a large amount of fill dirt to be distributed in this picture. Rain water must be pumped out before the fill dirt is pushed in. |
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Fill dirt on top of liner |
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One foot of fill on top of liner |
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End of the pumping process |
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Most of the water from recent rains has been pumped out and fill is complete with the exception of this small arm of the lake. |
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Lake nearing capacity |
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After the lake was completed, it was pumped full using water from the near by Trinity River. This aerial shows the lake at about 3 feet from full capacity |
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Notice the final shaping of the banks and surrounding area. |
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All fill has been distributed and the final grading of the banks is complete. The area is now ready for seeding. |
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Lake with Trinity River and Owner's residence in foreground |
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