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We Have Stormwater Nutrient Credits Available

Does your community or project need a stormwater pond? To maximize design flexibility for its partners, National Stormwater Trust has created the Stormwater Nutrient Credit (SNC) market, a first-of-its-kind trading program that allows public and private developers to meet a portion of their stormwater treatment requirements by purchasing credits generated off-site.

DYK: Stormwater Nutrient Credits Can Help Your Development and the Environment

National Stormwater Trust (NST) proactively manages the collection, storage, and discharge of stormwater utilizing real-time data in a wireless, automated operating system. Also called “Smart Ponds,” NST-managed stormwater facilities utilize Continuously Monitored and Adaptive Control (CMAC) technology to improve treatment performance and reduce flooding by controlling water levels and increasing the storage capacity of the facilities by drawing down water levels prior to forecasted rainfall.  CMAC-equipped stormwater facilities are about 50 percent more effective in treating stormwater than conventional facilities and enable verification of water treatment performance in real time.

Through an agreement with the Florida Department of Transportation (FDOT), NST converts conventional FDOT stormwater ponds into regional Smart Ponds that generate Florida government-approved Stormwater Nutrient Credits (SNCs). NST offers the one-stop convenience of long-term stormwater compliance for developers seeking to purchase SNCs, and the knowledge that NST is providing the latest state-of-the-art stormwater technology and scientific and financial resources to provide green infrastructure solutions to Florida.

Purchasing SNCs is almost always more cost effective than 100 percent onsite stormwater compliance for construction projects, and can reduce the space required for stormwater management onsite. The additional space can be used for other purposes.

National Stormwater Trust has a limited amount of Stormwater Nutrient Credits available immediately in the Tampa Bay Watershed and has access to thousands of additional FDOT stormwater ponds across Florida to generate credits and meet your smart stormwater management needs. Bring the future of stormwater management to your project with regional Smart Ponds that improve water quality and flood protection resiliency in Florida communities.

For more information about National Stormwater Trust, to purchase Stormwater Nutrient Credits, or to talk to us about building a credit-generating project on your property, please contact: Jeff Littlejohn at jml@nationalstormwater.com

Will New Stormwater Rule Be Ratified by Lawmakers?

On March 22, the Florida Department of Environmental Protection (FDEP) hosted a Public Hearing on its Proposed Rule where it discussed four Lower Cost Regulatory Alternatives and listened to about two and half hours of public testimony. On Friday, March 24, the FDEP issued a Notice of Change to the rule. Along with some minor edits, the Notice of Change included two key modifications that warrant discussion.
 
First, the FDEP expanded the “grandfathering provisions” of the Proposed Rule to allow projects with existing Conceptual ERPs to continue to rely on current stormwater requirements through the remaining phases of construction. This approach is consistent with prior revisions of stormwater regulations, including the most recent change to the Statewide ERP in 2013.
 
Second, the FDEP modified the post-development treatment requirements in Section 8.3 of the Applicant’s Handbook Volume I. Specifically, the “baseline” post-development treatment performance standard of 80% TN annual average load reduction was changed to 55%. For OFWs, the 95% TN standard was changed to 80%, and the 95% TP standard was changed to 90%. For impaired waters, non-OFW and OFW waters were split into different performance categories. The new post-development treatment performance standards for impaired/non-OFW waters are 80% TN and 80% TP. For impaired/OFW waters, the standards are 95% TN and 95% TP. The remaining performance standards were unchanged, including the “pre-post” development loading standards and the application of basin-specific performance criteria from adopted TMDLs.
 
The Notice of Change started a new 21-day public comment period, which expires April 14. After the public comment period closes, the proposed rule will still require legislative ratification prior to it becoming effective. The Statement of Estimated Regulatory Cost appears to be largely unchanged. Unless there is a rule challenge, there is still potentially a path to completion this session.
 
National Stormwater Trust, Inc. appreciates all of the hard work that FDEP staff, the TAC members, and all stakeholders have invested in this rule over the last two years.

For additional updates, please follow National Stormwater Trust on LinkedIn. For details about the Proposed Rule and how it might impact your current or future project, contact Mark Thomasson, P.E., LEED AP or Jeff Littlejohn, P.E. at NST.

National Maritime Executives Learn About Florida ‘Smart Ponds’

Seaport executives, energy leaders and environmental experts gathered in Tampa Bay for the inaugural summit of the American Association of Port Authorities Port Opportunities with Energy, Resilience and Sustainability (POWERS) summit for a deeper dive on emerging sustainability solutions in the port industry.

Florida stormwater and water resources expert Jeff Littlejohn took center stage during the summit to share how National Stormwater Trust (NST) is helping Florida seaports improve water quality while also protecting against flooding with smart stormwater management technology.

In Florida, resiliency is key to protecting seaports.

Sunshine, beaches and low taxes often attract new residents and visitors to Florida, but this southern, peninsular state also receives some of the nation’s most extreme weather events. From heat to raging hurricanes like Hurricane Ian, extreme weather events are a threat that stretches from Florida’s sandy white beaches to the global supply chain.

Understanding that seaports are the gateway for America’s economy, many Florida seaports have seized upon opportunities to further strengthen their resiliency against extreme weather events, and they’re doing so while ensuring that nearly 100 percent of their available land can continue to be used to meet the unprecedented expansion of containerized cargo calling on these ports.

For example, Port Tampa Bay, JAXPORT, SeaPort Manatee, and Port Canaveral, all members of the Florida Ports Council, have teamed up with NST to utilize Smart Pond stormwater technology to improve water quality and flood protection.

Here’s how it works: a Smart Pond is connected to live weather forecast data and uses that information to control valves to lower its water level before a storm arrives. While the sun is still shining, it can drain itself to increase its flood storage capacity.

“During Hurricane Ian, the water level in our National Stormwater Trust Smart Pond was automatically lowered by almost four feet before the first hurricane bands began to impact the region. That extra storage enabled the capture of over 175,000 cubic feet of untreated stormwater, preventing its discharge into the neighboring community and nearby Tampa Bay,” said Paul Anderson, CEO, Port Tampa Bay.

Port Tampa Bay Secures Second ‘Smart Pond’

With port executives from around the country attending the American Association of Port Authority (AAPA) Port Opportunities with Energy, Resiliency and Sustainability (POWERS) summit at host seaport Port Tampa Bay, National Stormwater Trust, Inc. revealed the recent installation of a second Smart Pond to further strengthen water quality and flood protection near the port and Tampa Bay.

Resilient and sustainable, Smart Ponds allow seaports to protect the environment from untreated stormwater and shield against extreme weather events, while also ensuring that nearly 100 percent of a port’s available land can be dedicated to meeting expansion demands for cargo calling on ports.

“Seaports are the gateway for America’s economy, and resilient, green infrastructure that protects America’s ports is essential,” said Jeff Littlejohn, P.E., Co-Founder of National Stormwater Trust (NST). “Port Tampa Bay is leading by example and embracing the future of stormwater management with two Smart Ponds that are improving water quality while also providing flood protection.”

Installed at the beginning of January, the second Smart Pond is located near Port Tampa Bay on State Road 676. It joins Port Tampa Bay’s first Smart Pond, installed near the entrance of Port Tampa Bay on South 22nd Street last June. The first Smart Pond quickly demonstrated its value, successfully capturing more than 175,000 cubic feet of stormwater during Hurricane Ian, reducing flooding in neighborhoods and businesses surrounding Port Tampa Bay and preventing this untreated runoff from flowing into Tampa Bay.

The inaugural Smart Pond at Port Tampa Bay was recently awarded an Environmental Stewardship Award from the Florida Recycling Partnership for its protection of preventing untreated stormwater from flowing into Tampa Bay during Hurricane Ian.

Here’s how NST’s Smart Ponds work: They use real-time weather forecasting and automated control system from OptiRTC to lower water levels before a storm arrives. While the sun is still shining, a Smart Pond can drain itself to increase its flood storage capacity. A Smart Pond is also in constant communication with professional stormwater managers and can even be remotely controlled. These innovations result in dramatic improvements to water quality treatment and flood protection performance.

NST Smart Ponds have been installed at Florida Department of Transportation Ponds as part of a multi-year program to improve stormwater management across Florida. NST has also installed Smart Ponds for the award-winning Babcock Ranch, and Smart Ponds are in development at JAXPORT, Port Canaveral and The Villages, among other locations.

New Stormwater Rules in Florida’s Near Future

New stormwater rules aimed at reducing the impact of nutrient pollution in Florida’s waterways are on the horizon, and they’re the most significant stormwater rules in a decade. The new rules stem from the 2020 Clean Waterways Act, which was signed into law by Governor Ron DeSantis.

Following a year of Technical Advisory Committee meetings and an additional year of rule development workshops, the new rules are near the end of the rulemaking process.

National Stormwater Trust co-founder and former Florida Department of Environmental Protection Deputy Secretary Jeff Littlejohn, P.E. will lead an in-depth discussion on the new rules on Thursday, February 16 for the Florida Engineering Society and American Council of Engineering Companies of Florida.

Be sure you’re ready for the new rules, and register for this webinar today.

Port Tampa Bay Secures Second ‘Smart Pond’ To Further Improve Water Quality, Build on Flood & Climate Resiliency

‘Smart Pond’ Revealed During American Association of Port Authority POWERS Conference Focusing on Resiliency & Energy Security

TAMPA, Fla. (January 25, 2023) – With port executives from around the country attending the American Association of Port Authority (AAPA) Port Opportunities with Energy, Resiliency and Sustainability (POWERS) summit at host seaport Port Tampa Bay, National Stormwater Trust, Inc. revealed the recent installation of a second Smart Pond to further strengthen water quality and flood protection near the port and Tampa Bay.

Resilient and sustainable, Smart Ponds allow seaports to protect the environment from untreated stormwater and shield against extreme weather events, while also ensuring that nearly 100 percent of a port’s available land can be dedicated to meeting expansion demands for cargo calling on ports.

“Seaports are the gateway for America’s economy, and resilient, green infrastructure that protects America’s ports is essential,” said Jeff Littlejohn, P.E., Co-Founder of National Stormwater Trust (NST). “Port Tampa Bay is leading by example, and embracing the future of stormwater management with two Smart Ponds that are improving water quality, while also providing flood protection.”

Installed at the beginning of January, the second Smart Pond is located near Port Tampa Bay on State Road 676. It joins Port Tampa Bay’s first Smart Pond, installed near the entrance of Port Tampa Bay on South 22nd Street last June. The first Smart Pond quickly demonstrated its value, successfully capturing more than 175,000 cubic feet of stormwater during Hurricane Ian, reducing flooding in neighborhoods and businesses surrounding Port Tampa Bay and preventing this untreated runoff from flowing into Tampa Bay.

The inaugural Smart Pond at Port Tampa Bay was recently awarded an Environmental Stewardship Award from the Florida Recycling Partnership for its protection of untreated stormwater from flowing into Tampa Bay during Hurricane Ian.

Here’s how NST’s Smart Ponds work: They leverage a real-time weather forecasting and automated control system from OptiRTC to lower water levels before a storm arrives. While the sun is still shining, a Smart Pond can drain itself to increase its flood storage capacity. A Smart Pond is also in constant communication with professional stormwater managers and can even be remotely controlled. These innovations result in dramatic improvements to water quality treatment and flood protection performance.

NST Smart Ponds have been installed at Florida Department of Transportation Ponds as part of a multi-year program to improve stormwater management across Florida. NST has also installed Smart Ponds for the award-winning Babcock Ranch, and are in development at JAXPORT, Port Canaveral and The Villages, among other locations.

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ABOUT NATIONAL STORMWATER TRUST®:

Providing public and private organizations with unparalleled stormwater infrastructure solutions and improving water quality for the communities we serve. Visit us at NationalStormwater.com.

Babcock Ranch Boasts Latest Stormwater Technology

While Florida continues to dig out from the devastation caused by Hurricanes Ian and Nicole, many are looking for ways to improve the resiliency of their communities before the next storm season.

Alongside the recovery and rebuilding, many assessments about “what worked and what didn’t” are coming to light. When it comes to dangerous stormwater, new cutting-edge Smart Pond stormwater systems installed at Port Tampa Bay and at Babcock Ranch performed exactly as they were designed.

In the case of the Port Tampa Bay Smart Pond, neighboring homes and businesses avoided flooding, and 175,000 cubic feet of untreated stormwater was prevented from flowing into Tampa Bay.

Bottom line: NST’s Smart Pond systems strengthened the resiliency of both communities.


The success was such a ray of sunshine on an otherwise dark chapter that it’s garnered attention across the board.


“We couldn’t be more pleased with the performance of our six NST Smart Ponds that were in the path of Hurricane Ian. Our primary focus is improving water quality. But when a storm of that size is headed towards Florida, our objective shifts to protecting communities and the environment from the flooding impacts of stormwater,” said Jeff Littlejohn, National Stormwater Trust Co-Founder.


The Results Are In

• Tampa Bay & Port Tampa Bay Area: The water level in this Smart Pond was automatically lowered by almost four feet before the first hurricane bands began to impact the region. That extra storage enabled the Smart Pond to capture more than 175,000 cubic feet of untreated stormwater, preventing its discharge into the neighboring community and nearby Tampa Bay.
• Babcock Ranch: NST Smart Ponds in this Southwest Florida residential community near the Caloosahatchee River used live rainfall forecasts to project the impact of the storm before its arrival. This
real-time flood forecasting capability gave the community’s leaders assurance that its large lakes had adequate storage to contain the stormwater and protect the homes, roadways, and schools.

“This confirms for the me the value of smart stormwater technology,” said Syd Kitson, Chairman and CEO, Kitson & Partners. “As our community grows, we look forward to continued collaboration with NST to incorporate their Smart Pond technology.”

Babcock Ranch is the brainchild of Kitson, a 64-year-old former professional football player who made his name in the 1980s with the Green Bay Packers. He went on to found a real estate development company, Kitson & Partners, and Babcock Ranch is one of firm’s showcase projects.

Jennifer Languell is a sustainability engineer who helped design Babcock Ranch, and resident. “We felt you could develop and improve land, not just develop in a traditional way where people think you are destroying the land. We have a lot of open spaces. We have a lot of trails. We have
a lot of parks,” she says. “The things that we do, you don’t see. The strength of the buildings, or the infrastructure that deals with stormwater, or the utilities. You don’t see that stuff,” she says. “Which is good, because most people don’t need or want to think about it.”


How Smart Ponds Work

Most Floridians are familiar with traditional stormwater ponds. They are all around us in residential communities and commercial developments alike. Traditional ponds hold rain and stormwater runoff, however, in large storms, these ponds often overflow and flood the surrounding area with untreated stormwater.

The latest innovation in stormwater management is to connect a pond to live weather forecast data and use that information to project water levels and, if necessary, automatically lower its water level before a storm arrives.

Florida Recycling Partnership Foundation Presents Environmental Stewardship Award to National Stormwater Trust for Its Port Tampa Bay Smart Pond

Smart Stormwater Pond Prevented 175,000+ Cubic Feet of Untreated Stormwater From Flowing Into Tampa Bay During Hurricane Ian

TALLAHASSEE, Fla. (November 22, 2022) – State-of-the art ‘Smart Pond’ stormwater technology installed earlier this year adjacent to Port Tampa Bay was recently honored with the Environmental Stewardship Award from the Florida Recycling Partnership Foundation for safely capturing and preventing over 175,000 cubic feet of untreated stormwater from flowing into Tampa Bay during Hurricane Ian.

Award recipient National Stormwater Trust, Inc. (NST) primarily focuses its Smart Ponds on improving water quality. But when a storm the size of Hurricane Ian turns towards Florida, NST’s objectives shift to protecting communities and the environment from the flooding impacts of stormwater.

Prior to Hurricane Ian making landfall, the Tampa Bay area Smart Pond (State Road 45/1701 Maritime Blvd.) was lowered by almost four feet to provide extra storage capacity. This allowed for the capture of over 175,000 cubic feet of untreated stormwater, preventing it from flooding homes and businesses in the area and from flowing into Tampa Bay.

“This technology is creating a better net gain for the environment, with more nitrogen treatment, and is increasing the amount of usable space for Port Tampa Bay,” Port Tampa Bay Environmental Director Christopher Cooley said about NST Smart Ponds. “Port Tampa Bay is a leading supporter of this environmentally-friendly innovation.”

HOW SMART PONDS WORK:

Most Floridians are familiar with a traditional stormwater pond. They are all around us in residential communities, commercial and business districts, airports, seaports and similar developments. Traditional ponds hold rain and stormwater runoff. However, in large storms, these ponds often overflow and flood the surrounding area with untreated stormwater.

The latest innovation in stormwater management is to connect a pond to live weather forecast data and use that information to project water levels and, if necessary, automatically lower its water level before a storm arrives. While the sun is still shining, an NST Smart Pond can actively drain itself to increase its flood storage capacity while in constant communication with professional stormwater managers who can oversee its performance and even remotely control the pond. These are exactly the steps that National Stormwater Trust engineers took in advance of Hurricane Ian’s landfall.

Florida Recycling Award Details

“Improving stormwater quality is our primary goal, but during tropical events, it becomes a life and safety imperative to capture dangerous runoff so that it doesn’t harm Floridians, communities and our natural resources,” said Jeff Littlejohn, National Stormwater Trust Co-Founder. “We’re honored to receive the Environmental Stewardship Award, and look forward to helping more communities connect to this cutting-edge technology.”

The Florida Recycling Partnership Foundation annually recognizes companies, organizations and government entities that have made a significant impact in recycling, as well as water reuse, energy efficiency, sustainability and environmental stewardship. The award was presented during a ceremony at the Florida Capitol on November 18.

 

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ABOUT NATIONAL STORMWATER TRUST: Providing public and private organizations with unparalleled stormwater infrastructure solutions and improving water quality for the communities we serve. Visit us at www.NationalStormwater.com.

 

Smart Pond Technology in Florida

National Stormwater Trust is working with businesses, local governments, and residential communities across Florida to deploy the latest smart stormwater technology from OptiRTC, the leader in forecast-based control of stormwater infrastructure. Additional Smart Ponds are scheduled for installation in the Tampa Bay area and will soon be in communities like the LeeVista Center in Orlando, JAXPORT, Port Canaveral, and Seascape in Florida’s Panhandle, and America’s favorite retirement community – The Villages.

 

We're Proud to Partner With Some of the Top Brands In Florida

How Smart Ponds Work

Most Floridians are familiar with a traditional stormwater pond. They are all around us in residential communities, commercial and business districts, airports, seaports, and similar developments. Traditional ponds hold rain and stormwater runoff. However, in large storms, these ponds often overflow and flood the surrounding area with untreated stormwater.

 The latest innovation in stormwater management is to connect a pond to live weather forecast data and use that information to project water levels and, if necessary, automatically lower its water level before a storm arrives. While the sun is still shining, an NST Smart Pond can actively drain itself to increase its flood storage capacity while in constant communication with professional stormwater managers who can oversee its performance and even remotely control the pond. These are exactly the steps that National Stormwater Trust engineers took in advance of Hurricane Ian’s landfall in Southwest Florida.

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