Baker Beach and Lands End and is part of the Golden Gate National Recreation Area. It was once used as a campsite for Chinese fishermen who anchored their boats in the cove. Cost of this project is $8M. Our undertaking encompasses, stabilizing existing access roads by installing soil nails over the area of 7444 sft on Wall 1, 2, 3, & 4, and following construction surface fluting surface walls to simulate with the ocean weaves to enhance the beauty of the nature, transformation of existing parking lot by adding more parking spaces, installing new architectural colored concrete (craftsmen non-slip large ground profile) benches to be used for vista plaza, installed all essential sewer and water, electrical and irrigation utility enhancements, construction of asphalt access road, grating gutters, installation of sewage system involving the integration of duplex grinder submersible sewage ejector pumps, boasting an impressive flow rate of 75-GPM, operating at 3450-RPM, and driven by a 12-HP motor. Undoubtedly, a crowning achievement of our project was the implementation of a SCADA system. This system adeptly monitors a variety of parameters, including sump water levels, pump alarms, pump runtime, and pump volume as gauged by the flow meter. This comprehensive approach stands as a testament to our dedication to excellence. All final finish items ensure seamless functionality for visitors and surrounding areas.
Our Undertaking Encompasses:
We undertook the meticulous establishment of essential catch basins, integrating hydrodynamic separators within manholes, and incorporating valves with an array of functions, including backflow prevention mechanisms and pressure measurement capabilities. For the storm drainage network, we skillfully implemented 8-inch pipe culverts to facilitate efficient water flow management. In the construction of buildings and a bathhouse, we artfully integrated 90-degree sweep fittings, culminating in capped features that harmoniously blend functionality and visual appeal. To ensure an unwavering domestic water supply, we expertly laid down 2-inch PVC pipes. Furthermore, our efforts extended to the exacting calibration and optimization of utility vaults, valves, covers, and cleanouts. In the context of storm drain systems, we judiciously integrated 45-degree WYE connections, enhancing drainage efficiency. Employing the Riprap method-A, with a width spanning 24 inches. Additionally, our approach encompassed the utilization of perforated outlets within the storm drain system. A significant facet of our endeavor encompassed the strategic construction of U-channel basins, coupled with the implementation of the specialized 604-C catch basin. Notably, a cornerstone of our work lay in the incorporation of the Reduced Pressure Pump (RPP) assembly, a pivotal element in meeting the exacting standards set by the local water district. We also introduced the Double Check (DC) valve assembly, complete with an Outside Screw and Yoke (OS&Y) mechanism. For the utility trench system, we adhered to the esteemed Caltrans standard by employing imported bedding material. Our commitment to durability and functionality was further underscored by the use of galvanized and stainless steel vaults, along with manhole covers engineered to withstand H20 loads. A pivotal facet of our comprehensive work involved the integration of duplex grinder submersible sewage ejector pumps, boasting an impressive flow rate of 75-GPM, operating at 3450-RPM, and driven by a 12-HP motor. Undoubtedly, a crowning achievement of our project was the implementation of a SCADA system. This system adeptly monitors a variety of parameters, including sump water levels, pump alarms, pump runtime, and pump volume as gauged by the flow meter. This comprehensive approach stands as a testament to our dedication to excellence.
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4600 Roseville Rd. Suite 140
N Highlands, CA 95660