Infrastructure Improvements through Recovery Funds

Infrastructure Improvements through Recovery Funds

On November 19, 2024, the Volusia County Council approved a list of 16 infrastructure and mitigation projects aimed at repairing storm-damaged infrastructure and reducing future flood risks. These projects, funded through the Community Development Block Grant - Disaster Recovery (CDBG-DR) program the County received, are part of the community’s long-term recovery efforts following Hurricane Ian in 2022.

The approved projects total more than $50 million in federal grant funding, with the remaining costs for each project covered by local cost-sharing agreements. While these projects were submitted by municipalities and will be implemented within incorporated areas, Volusia County will be the entity responsible for overseeing and managing each project on behalf of the municipalities. This ensures consistent project execution, regulatory compliance, and proper coordination of flood mitigation efforts across the county. The projects focus on stormwater infrastructure improvements, wastewater system resilience, canal stabilization, and lift station replacements, all aimed at enhancing flood resilience and protecting communities from future storm impacts.

Additionally during this meeting, the Council approved a $18 million reallocation of the federal grant funds from planning, rental repair, and new multi-family construction to increase total mitigation funding to $110.9 million. This move expands available resources for a second round of infrastructure and mitigation projects in 2025, further strengthening flood resilience across the county.

Click on each approved project below to learn more about it.

On This Page:

• Daytona Beach – Lift Station 15 Replacement Project
• Daytona Beach – Lift Station 17 Replacement Project
• Daytona Beach – Lift Station 18 Replacement Project
• Daytona Beach – Lift Station 22 Replacement Project
• Daytona Beach Shores – Sewer Improvements & Retrofit North of Dunlawton Avenue
• Daytona Beach Shores – Masterstation, Lift Station & Forcemain Improvements & Upgrades
• Edgewater – Mitigation Canal Armoring
• Edgewater – Floodproofing and Hardening of Wastewater Treatment Plant & Operations Building
• Holly Hill – Chemical Tank Replacements
• Holly Hill – Storm Sewer Pipe Lining
• New Smyrna Beach – Corbin Park Stormwater Improvement Project
• Orange City – Mill Lake and Industrial Park Flood Mitigation and Recharge Project
• South Daytona – Lantern Park Stormwater Pond
• South Daytona – Sherwood Forest Stormwater Pond
• South Daytona – Aspen Stormwater Pond Expansion
• South Daytona – Stevens Canal Bank Stabilization

Daytona Beach – Lift Station 15 Replacement Project

CDBG-DR Funding: $1,925,000

Lift Station 15, located at 301 Wilson Street, was built in 1959 and serves approximately 3,500 structures in Daytona Beach. Its location within a FEMA Special Flood Hazard Area (SFHA) A makes it highly vulnerable to flooding, and its outdated infrastructure increases the risk of sewage overflows during storms. A failure at this station could lead to wastewater backups into homes, businesses, and streets, creating public health risks and environmental contamination.

This project will replace Lift Station 15 with a modern, flood-resistant system that includes high-capacity pumps, reinforced infrastructure, and waterproofing to prevent stormwater intrusion. An emergency generator will be installed to ensure continuous operation during power outages. These upgrades will protect residents from wastewater-related flooding, improve environmental safety, and enhance the reliability of Daytona Beach’s wastewater system during extreme weather events.

Daytona Beach – Lift Station 17 Replacement Project

CDBG-DR Funding: $1,575,000

Lift Station 17, located at 326 Parkway Street, was built in 1950 and is situated within a FEMA Special Flood Hazard Area AE, making it highly vulnerable to flooding. Its outdated design and lack of flood protection increase the risk of sewage overflows during heavy rainfall, which could impact surrounding homes and businesses. A failure at this station would lead to wastewater backups, environmental contamination, and public health concerns.

This project will replace the aging lift station with a flood-resistant, high-capacity system designed to handle increased stormwater volumes. It will also include an emergency generator to maintain functionality during power outages. These upgrades will enhance wastewater management, reduce the risk of system failures, and ensure reliable service for Daytona Beach residents during extreme weather events.

Daytona Beach – Lift Station 18 Replacement Project

CDBG-DR Funding: $1,575,000

Lift Station 18, located at 708 Madison Avenue, was constructed in 1950 and serves a large portion of Daytona Beach. Positioned within a 100-year FEMA floodplain, the station is highly susceptible to flooding, which increases the risk of wastewater overflows impacting more than 3,300 nearby structures. Without upgrades, heavy rainfall and storm surges could cause system failures, leading to sewage backups, environmental contamination, and public health risks.

This project will replace Lift Station 18 with a modern, flood-resistant system, featuring high-capacity pumps, reinforced structural components, and improved waterproofing. An emergency generator will be installed to ensure the station remains operational during power outages. These upgrades will enhance wastewater system reliability, reduce flood-related disruptions, and provide long-term protection for residents and businesses.

Daytona Beach – Lift Station 22 Replacement Project

CDBG-DR Funding: $1,950,000

Lift Station 22, located at 703 N Beach Street, was built in 1950 and is situated within a FEMA Special Flood Hazard Area AE, making it highly susceptible to flooding. The station’s aging infrastructure poses a significant risk of sewage overflows, which could affect more than 600 nearby structures during heavy rainfall or storm events. A failure at this station could lead to sewage backups, road closures, and environmental contamination, creating serious public health concerns.

This project will replace Lift Station 22 with a flood-resistant, high-capacity system designed to withstand extreme weather conditions. It will also include an emergency generator to ensure uninterrupted operation during power outages. These improvements will enhance wastewater system reliability, reduce flood-related risks, and protect the surrounding community from wastewater overflows.

Daytona Beach Shores – Sewer Improvements & Retrofit North of Dunlawton Avenue

CDBG-DR Funding: $1,907,000

The sewer system north of Dunlawton Avenue in Daytona Beach Shores has aged significantly and struggles to handle increasing stormwater volumes. During heavy rainfall and storm surges, stormwater infiltrates the deteriorating sewer lines and manholes, overwhelming the system and causing wastewater overflows. These failures create public health hazards, road closures, and environmental contamination, impacting residents and businesses in the area.

This project will rehabilitate and waterproof the city’s aging sewer infrastructure, preventing stormwater from infiltrating the system and reducing the risk of sewage backups during storms. These upgrades will enhance sewer reliability, improve wastewater management, and ensure long-term flood resilience for Daytona Beach Shores.

Daytona Beach Shores – Masterstation, Lift Station & Forcemain Improvements & Upgrades

CDBG-DR Funding: $3,709,767

The sewer force mains and lift stations along SR A1A in Daytona Beach Shores are outdated and highly vulnerable to failure, particularly during hurricanes and heavy rainfall events. Many of these systems are aging beyond their intended lifespan, increasing the risk of wastewater spills, backups, and service disruptions that could impact thousands of residents and businesses. A failure in this system could cause raw sewage overflows, environmental hazards, and significant health risks in the barrier island community.

This project will replace aging force mains, upgrade all 12 city-owned lift stations, and install emergency power generators to ensure continued operation during storms and power outages. These improvements will modernize the city’s wastewater infrastructure, prevent service disruptions, and enhance resilience against extreme weather events, ensuring reliable wastewater management for Daytona Beach Shores.

Edgewater – Mitigation Canal Armoring

CDBG-DR Funding: $3,071,000

The Travelers-Umbrella Canal and Unity-Vista Canal in Edgewater serve as vital drainage channels, helping to manage stormwater runoff and reduce flooding in surrounding neighborhoods. However, years of erosion and sediment buildup have weakened the canal banks, reducing their capacity to handle heavy rainfall. During major storms, these conditions cause water flow blockages, bank collapses, and increased flood risks for nearby homes and infrastructure.

This project will stabilize the canal banks, reinforce drainage structures, and improve overall stormwater flow, ensuring these waterways can efficiently manage storm runoff. By preventing further erosion and enhancing drainage capacity, these improvements will reduce flooding risks, protect nearby properties, and strengthen the city’s resilience to future storm events.

Edgewater – Floodproofing and Hardening of Wastewater Treatment Plant & Operations Building

CDBG-DR Funding: $1,575,000

The Edgewater Wastewater Treatment Plant and Operations Building suffered severe flooding during Hurricane Ian, leading to a 72-hour shutdown that disrupted wastewater services for the community. Without proper flood protection, future storms could cause similar failures, threatening public health, environmental safety, and essential city operations.

This project will floodproof and harden the facility by elevating critical infrastructure, installing waterproof barriers, and reinforcing electrical systems to withstand extreme weather. These improvements will ensure continuous operation during storms, reduce the risk of service disruptions, and enhance the city’s ability to manage wastewater effectively in flood-prone conditions.

Holly Hill – Chemical Tank Replacements

CDBG-DR Funding: $600,000

The Holly Hill Wastewater Treatment and Water Treatment Facilities rely on chlorine and sulfur dioxide tanks for water purification and wastewater treatment. However, these tanks are currently at risk of flooding, which could lead to chemical spills, system failures, and potential contamination of the water supply during major storms.

This project will elevate and reinforce the chemical tanks, install protective barriers, and upgrade metering pumps and monitoring systems to improve safety and efficiency. These upgrades will ensure uninterrupted water and wastewater treatment operations, reduce contamination risks, and enhance the city’s resilience to storm-related flooding.

Holly Hill – Storm Sewer Pipe Lining

CDBG-DR Funding: $4,081,180

The storm sewer system in Holly Hill, particularly east of Ridgewood Avenue, has aged significantly, leading to cracks, leaks, and structural failures in underground pipes. These deteriorating conditions allow stormwater to seep into surrounding soil, weakening roadways, causing sinkholes, and reducing overall drainage capacity. During heavy rainfall, this can lead to street flooding and property damage, as stormwater cannot properly flow through the compromised system.

This project will repair and reinforce 4.2 miles of storm sewer pipes using a specialized lining process that strengthens the existing infrastructure without requiring full replacement. These improvements will enhance stormwater drainage, reduce the risk of road failures and localized flooding, and extend the lifespan of the city’s storm sewer system, ensuring better flood resilience for residents and businesses.

New Smyrna Beach – Corbin Park Stormwater Improvement Project

CDBG-DR Funding: $6,000,000

The Corbin Park neighborhood in New Smyrna Beach experienced severe flooding during Hurricane Ian, with more than 50 homes impacted due to inadequate stormwater infrastructure. The area lacks sufficient drainage capacity, causing stormwater to pool in streets and residential properties during heavy rainfall, increasing the risk of property damage and road closures.

This project will install new drainage pipes, stormwater inlets, backflow preventers, and outfall structures to redirect stormwater away from homes and into designated retention areas. These improvements will significantly reduce flooding risks, improve water flow, and enhance the neighborhood’s overall flood resilience, protecting residents from future storm events.

Orange City – Mill Lake and Industrial Park Flood Mitigation and Recharge Project

CDBG-DR Funding: $15,268,656

The Mill Lake and Industrial Park areas in Orange City have long faced recurrent flooding issues due to insufficient stormwater drainage and low-lying terrain. Heavy rainfall events have overwhelmed existing drainage systems, causing water to accumulate on roadways, residential properties, and industrial sites, disrupting businesses and increasing flood risks for nearby communities.

This project will construct new stormwater retention ponds, upgrade pump stations, and install additional drainage infrastructure to improve stormwater management and reduce the frequency and severity of flooding. Additionally, the project will include a groundwater recharge component, helping to improve water quality and reduce strain on the aquifer. These upgrades will protect residential and commercial properties from flooding, enhance stormwater storage capacity, and improve long-term water resource sustainability in Orange City.

South Daytona – Lantern Park Stormwater Pond

CDBG-DR Funding: $3,150,000

The Lantern Park neighborhood in South Daytona has experienced chronic flooding, with streets and homes frequently inundated during heavy rain events. The area’s existing stormwater system lacks sufficient retention capacity, causing stormwater to accumulate in residential areas, leading to property damage, road closures, and safety hazards.

This project will construct a new three-acre stormwater retention pond designed to capture and store excess stormwater runoff, preventing it from pooling in streets and yards. The new pond will improve drainage efficiency, reduce localized flooding, and enhance the community’s resilience to heavy rainfall events, protecting homes and infrastructure from future storm impacts.

South Daytona – Sherwood Forest Stormwater Pond

CDBG-DR Funding: $1,125,000

The Sherwood Forest neighborhood in South Daytona has faced severe flooding issues, particularly during Hurricane Ian, when rising water levels led to emergency rescues of residents. The area lacks a dedicated stormwater retention system, causing excessive runoff to flow directly into streets and homes during heavy rain events.

This project will construct a new stormwater retention pond and install a pump station to improve drainage and prevent future flooding. By capturing and controlling stormwater runoff, this project will reduce flood risks, protect residential properties, and enhance the neighborhood’s overall storm resilience.

South Daytona – Aspen Stormwater Pond Expansion

CDBG-DR Funding: $1,000,000

The Big Tree Village neighborhood in South Daytona has experienced significant flooding, with stormwater runoff overwhelming streets and properties due to limited retention capacity in the existing Aspen Stormwater Pond. Without sufficient drainage, heavy rainfall events have caused standing water, property damage, and restricted roadway access.

This project will expand the Aspen Stormwater Pond and replace the existing pump station with a higher-capacity system, improving the area’s ability to retain and drain stormwater efficiently. These upgrades will reduce flood risks for more than 225 homes, enhance stormwater storage capacity, and provide long-term protection against heavy rain events.

South Daytona – Stevens Canal Bank Stabilization

CDBG-DR Funding: $2,500,000

The Stevens Canal in South Daytona serves as a primary stormwater drainage route, but years of erosion and structural degradation have weakened its banks, reducing its ability to effectively channel stormwater. During heavy rain events, sections of the canal have collapsed, creating blockages that increase flood risks for nearby neighborhoods. These conditions have contributed to roadway flooding, property damage, and drainage inefficiencies throughout the area.

This project will stabilize the canal banks using reinforced materials and erosion-control measures, ensuring that stormwater can flow efficiently and safely away from residential areas. By preventing further erosion and improving water conveyance, this project will reduce flooding risks, enhance drainage capacity, and provide long-term protection for homes and infrastructure in South Daytona.