ZOFS Engineering P.C.’s Post

#StormwaterManagement #NewYorkCity "New York City Department of Environmental Protection (DEP) Commissioner Rohit T. Aggarwala and Department of Design and Construction (DDC) Commissioner Tom Foley today joined with Brooklyn elected officials to announce that work is underway to install seven miles of porous pavement along area roadways to help better manage stormwater and reduce flooding and sewer overflows. DDC is managing the $32.6 million contract for DEP and construction is anticipated to be completed in the fall of 2025. “Climate change is bringing with it rainstorms that can overwhelm our sewers and cause flooding across the five boroughs, which is why we are investing in tools that will divert rainwater away from the sewer system, such as porous pavement,” said NYC Department of Environmental Protection Commissioner Rohit T. Aggarwala. “Brooklyn got hit particularly hard by Tropical Storm Ophelia last September and this new porous pavement will help to ease pressure on the sewer system and protect residents during future storms.” “We are delighted to work with our partners at DEP to bring seven miles of porous pavement to Brooklyn, and soon to other boroughs,” said NYC Department of Design and Construction Commissioner Thomas Foley. “Porous pavement is only one way DDC is implementing green infrastructure across the city to combat the effects of climate change and reduce flooding in our communities. This is the biggest porous pavement installation this City has seen and it will prevent millions of gallons of stormwater from overwhelming the sewer system annually. With this DDC design, we will implement porous pavement panels in precise areas, allowing for the absorption of stormwater, before they overwhelm catch basins. It will also save time and money, since porous pavement installations can prevent flooding without the need of going underground and expanding sewers.” ... Unlike traditional asphalt paved roadways, porous pavement allows stormwater to pass through and be absorbed naturally into the ground. This means less stormwater drains into the sewer system, which will help to prevent flooding, sewer backups into homes and businesses, and overflows into waterways. Porous pavement is installed along the curb line of a street, where the stormwater typically drains towards a catch basin on the corner, and can withstand the weight of motor vehicles, including trucks. DEP has piloted the use of several different types of porous pavement for a number of years in different boroughs, but this is the first large-scale implementation. Porous pavement cannot be installed on every block due to other conflicts in the streets and sidewalks, such as sewer and water mains, and private infrastructure. ..."

Cost and space savings shouldn’t come at the expense of efficiency and effectiveness. Our SWAT pros are experienced in designing stormwater systems to meet project and budget goals, without sacrificing performance. Discover the details in our newest case study: https://loom.ly/DgGI29k #StormWaterManagement #PumpSystems #StormwaterSolutions

Tuesday's webinar, Incorporating Low Impact Development and Green Infrastructure Practices for Enhanced Stormwater Management, is now available to view on our webinar dashboard: https://lnkd.in/gwhFE5mr Learning Objectives: • Learn what Low Impact Development and Green Infrastructure mean for residential and commercial project sites. • Gain an understanding of the regulations governing these practices and how they have been met with traditional construction methods. • Learn about porous pavement options and their benefits and limitations related to infiltration, runoff reduction, traffic, and performance. • Understand how to manage urban stormwater through the design of vegetated channels that replace hard-surface systems and mitigate flooding potential. #GreenInfrastructure #LowImpactDevelopment #geocells #PermeablePavers

New PDH Article Alert! We’re thrilled to share our latest article, "The Value of High-Rate Biofilters for Urban Stormwater Retrofits." Stay ahead of the curve and enhance your expertise with insights that could transform your approach to stormwater projects. Click the link below to dive into the full article! https://hubs.ly/Q02Pn5By0 #CivilEngineering #StormwaterManagement #PDH #EngineeringExcellence #UrbanPlanning

Small footprint, big results. Our Ultrawell dry well has the capacity to manage high volumes of stormwater while occupying minimal space, making it an economical solution for a wide range of stormwater goals. More details can be found in our case study: https://loom.ly/yURcLbc #StormwaterManagement #DryWells #Infiltration

Last night, the City of Cape Canaveral took an enormous step toward smarter growth management and a more resilient future, as Council unanimously approved Ordinance No. 10-2023 on its second and final reading, creating the Mixed-Use (MXU) Future Land Use Category in the City’s Comprehensive Plan. Most planners reading this are familiar with the benefits that come along with mixed-use development. As a City that takes pride in our unique sense of place, we were able to craft a policy that goes above and beyond... While promoting mixed-use development, the Ordinance also puts into place numerous policies intended to facilitate responsible growth that is also environmentally conscious. In order to achieve densities above what is currently permitted, developers will be asked to meet certain benchmarks related to green stormwater infrastructure, EV charging readiness, flood management, and more. MXU not only offers flexibility that allows for creative, high-quality design, but strongly incentivizes the use of low-impact development practices. I am proud to be a part of the team that helped craft this policy, and I'm excited to see where this will take us going forward! Zachary Eichholz Alexis Miller #MXU #MixedUse #SmartGrowth #SustainableGrowth #UrbanPlanning #FuturePlanning #CityPlanning #Resilience #LID #CityofCapeCanaveral

🚧 Making Strides in Stormwater Resiliency! 🌊 The City of Miami Beach's West Avenue North Neighborhood Utility & Stormwater Resiliency Improvements project is well underway, tackling the challenges of sea level rise head-on. Rising seas, high groundwater, and deteriorating infrastructure have plagued the West Avenue Basin with frequent flooding. But with CES at the helm, a comprehensive resiliency project is in motion. Utilizing advanced Stormwater and Hydraulic Modeling and Incremental Adaptation design solutions, CES developed a robust plan to upgrade the stormwater drainage system, including almost two miles of new piping and box culverts. A cutting-edge stormwater pump station, capable of handling 120,000 GPM, is taking shape on West Avenue between Lincoln Road and 17th Street, promising enhanced flood protection and water quality treatment. Stay tuned for more updates as the CES Consultants and Ric-Man FL, Inc. D/B Team work towards a more resilient and sustainable future for Miami Beach! 🌴🔧 #TeamCES #StormwaterResiliency #SustainableInfrastructure #ResilientCommunities #CESSolutions #SLRMitigation #IncrementalAdaptation #InfrastructureImprovements #ProtectingOurCommunity #MiamiBeach 

🚧 Building for a Better Tomorrow: Road Culvert Drainage 🌧️ This essential infrastructure plays a crucial role in road construction by managing water flow, preventing erosion, and enhancing road safety. A well-designed culvert ensures that rainwater is efficiently redirected, minimizing the risk of flooding and road damage. By investing in robust drainage solutions, we’re not only protecting our roads but also contributing to the longevity and sustainability of our transportation network. Stay tuned for updates as we make progress on this important project! 💧👷♂️ #Infrastructure #RoadSafety #SustainableConstruction #CivilEngineering #DrainageSolutions #RoadConstruction #InfrastructureDevelopment #CommunitySafety #WaterManagement #ConstructionUpdates #EnvironmentalSustainability #SmartInfrastructure #RoadInfrastructure #EngineeringExcellence #FloodPrevention #ConstructionLife #SustainableInfrastructure #QualityConstruction #ProjectManagement #CulvertSystem #SafetyFirst #BuildingBetterCommunities #36YearsStrong #BuildingSuccessSince1988 #BuildYourDreamWithUs Rosettee Construction

Ever thought about how your city handles those massive downpours? When it rains, it pours—literally. And with climate change making storms more intense, urban areas are under more pressure than ever to manage stormwater. But how prepared is your city to deal with the next big storm? Think about the last time your street turned into a mini river after a heavy rain. Frustrating, right? Flooded roads, soggy basements, and closed businesses can turn life upside down. No one wants to face that chaos. Here's where geotechnical and civil engineering step in to save the day. Engineers use smart designs and tech to create stormwater management systems that keep cities dry. These include everything from underground storage tanks to green roofs. Take the example of New York City. They’ve adopted green infrastructure solutions like rain gardens and permeable pavements. These methods help absorb rainwater and reduce runoff, making the city more resilient to heavy rains. Another great example is Rotterdam in the Netherlands. Known for its innovative approach, the city has constructed water plazas that act as parks during dry weather but can store excess rainwater during storms. This dual-purpose design is a win-win for urban areas. By investing in these advancements, cities can better handle the challenges posed by extreme weather. This not only protects property and infrastructure but also enhances the overall quality of urban life. So, next time it rains cats and dogs, think about all the hard work that goes into keeping those floodwaters at bay. Is your city making the right moves to stay ahead of the storm? #UrbanPlanning #GeotechnicalEngineering #FloodControl #SustainableCities #StormwaterManagement

Did you know that smart stormwater management isn't about turning what we often see as a nuisanceexcess rainwaterinto a valuable resource for our communities and the environment? In the face of changing weather patterns and the quest for sustainable urban development, the approach to stormwater management is undergoing a radical transformation. From expansive parking lots to the sprawling rooftops that define our urban environment, the challenge is clear: how do we mitigate the impact of land development on our natural water flows? The key lies in proactive design standards, assessing downstream risks with a critical eye, and early collaboration among professionals. #StormwaterManagement #LandDevelopment