Site work and paving for a mixed-use development in San Antonio, Texas. Conceptual plans call for site work for a water / sewer project; road / highway; for paving for a road / highway; sidewalk / parking lot; and sidewalk / parking lot.

Update:https://www.sanantonio.gov/portals/0/files/budget/fy2025/Adopted-Budget.pdf Install an underground storm drain system which may include improvements to two low water crossings, reconstruction of existing roadside earthen ditches and associated roadway reconstruction, curbs, sidewalks, and driveway approaches as applicable. Project is included in City of San Antonio Fiscal Year 2025-2030 Page no 772 ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- https://www.spartnerships.com/newsletter/2024/tgi-12-20-2024/texas-government-insider-12-20-2024.html San Antonio investing $43.2 million for drainage infrastructure improvement The city of San Antonio will spend a combined $43.2 million to make significant drainage infrastructure improvements across several neighborhoods. Construction is expected to begin in fall 2025. The Wilcox Avenue Area Drainage project will cost $15.6 million to complete. The area's existing conditions are swamped with drainage and sidewalk access issues. The project will prioritize installing a storm sewer system and reconstructing the roadway to accommodate new infrastructure. In addition, the city will make utility adjustments, build sidewalks, install ADA-compliant ramps, build curbs and fix driveway approaches. Another $11.3 million will support the second phase of the South Pine Roadway Drainage project. The stretch of road frequently experiences flooding and lacks sufficient underground storm drainage infrastructure to accommodate heavy rains. In addition, the area has variable curb heights, cracking roadways and gaps in the sidewalk. To resolve drainage issues, San Antonio will install underground storm drains and build roadside curb inlets. Road improvements will include updated concrete sidewalks, curbs, ADA-compliant ramps and driveway approaches. Utility relocations are expected to be incorporated into the project's design as well. The city will spend $10.6 million to advance the first phase of the West Broadview Drive and Oakwood Drive Drainage project. The city will improve the area's insufficient drainage infrastructure by installing a new underground storm drain system and additional inlets. The project will also require reconstruction of the roadway and installation of curbs, sidewalks and driveway approaches. The first phase of the Valley Hi Area Drainage project will cost $5.7 million to rework critical neighborhood drainage and road infrastructure. Currently, the area's drainage system has deteriorated, leaving nearby residences and businesses vulnerable to flooding. San Antonio will focus on installing a new storm sewer system to protect residences and property from flood events. Like with the other projects, the drainage system will be supported with a fully reconstructed roadway, new sidewalks, ADA-compliant ramps, curbs, driveway approaches and adjusted utilities. ------------------------------------ https://www.spartnerships.com/newsletter/2024/tgi-11-01-2024/texas-government-insider-11-01-2024.html San Antonio plans reconstruction, drainage projects totaling $58.7 million San Antonio will invest $58.7 million to enhance road infrastructure and upgrade drainage systems in conjunction with the city’s Hazard Mitigation Action Plan. Construction is expected to begin in 2025. The city will spend $35.2 million to reconstruct and improve the Marbach Road Area drainage systems and infrastructure. Plans include improving the area’s sidewalks, curbs and driveway approaches. In addition, San Antonio will upgrade the segment’s existing undersized storm drain system. The drainage portion of the project will also require the city to reconstruct roadways, curbs, sidewalks and driveway approaches as necessary. San Antonio will use $11.7 million to upgrade an underground storm drain system as part of the Frio City Road Outfall project’s first phase. The existing roadway is old and has deteriorating pavement, broken sidewalks, poor drainage and non-ADA compliant ramps. The city will widen the road, sidewalks, buffer greenspace and driveway approaches as part of the storm drain improvement project. The city will allocate $6.1 million to install an underground storm drain system in the Southwell North Area. The project will feature an earthen channel outfall to direct water flow. Plans include reconstructing roadways, curbs, sidewalks and driveway approaches. The $5.7 million Valley Hi Area Drainage project will revamp the area’s drainage, water crossings and roadways. The current street has a deteriorated drainage system that is no longer capable of sufficiently managing flooding. The project will replace the drainage system, improve two low water crossings and reconstruct roadside earthen ditches. In addition, the city will reconstruct the roadway, adjust utilities and build sidewalks, ADA-accessible ramps, curbs and driveway approaches. ---------------------------------------------- Project (23-03947) - Install an underground storm drain system which may include improvements to two low water crossings, reconstruction of existing roadside earthen ditches and associated roadway reconstruction, curbs, sidewalks, and driveway approaches as applicable. This project is included in the city’s fy 2024-2029 Capital Improvement Programs. As of July 29, 2024, further details regarding construction and completion timelines have not been identified. *Project information has been obtained through a public capital improvement plan (CIP). A CIP is a financial schedule for short- and long-range projects which is updated regularly. Information listed in the CIP often evolves based on funding availability and the project details, including timeline and value, are subject to change. The content management team will continue to pursue additional details as they become available.