The Stormwater Technology Revolution is Here
Stormwater design still relies on passive outfalls, weir walls and flashboard risers. Bring your stormwater system into the 21st century with smartPOND Real Time Optimization (RTO).
50% Detention Reduction + 20% Increase in Lot Yield = Improved Bottom Line
The purpose of on-site detention is to store water for a period of time before it drains or overflows off-site to the stormwater conveyance system (e.g., storm drain pipe, ditch, channel, etc.). Above and below ground detention basins are typically designed to remain dry between storm events (Dry Detention) or maintain a permanent wet pool for aesthetics or recreation (Wet Detention).
Generally, post developed runoff is detained so that there will be no increase in peak discharge and no increase in erosive velocity downstream of the project site during 2, 10, 50 and 100-yr recurrence interval storm events.
With a real-time, dynamically adjustable slide gate valve, the smartPOND RTO system delivers maximum allowable outflow rates, thereby reducing detention volume requirements by up to 50%, depending on site-specific hydrologic characteristics and regulatory agency criteria.
When programmed with hydrologic inputs, i.e., pre vs post peak discharge rates for selected design recurrence intervals and the stage versus storage relationship of the detention basin, the system measures water surface elevation (WSE) at given time increments and determines inflow rate. System logic then controls the slide gate valve opening ensuring outflow always matches allowable discharge, thus optimizing detention storage and eliminating unused space.
Stacking Up The Benefits
- Reduce Detention Volume by 25-50%
- Maximize Developable Space/Lot Yield
- Save Money by Reducing Infrastructure Costs
- O&M alerts
- Robust Components
- Self-Contained, Ready to Install System
How About Maintenance?
Owners/Operators have access to device health and monitoring data 24/7. Desired alerts can be sent via SMS text messages or email regarding battery or other information. An on-board camera is available allowing daily or on-demand photographs to be taken of the pond and surrounding area.
CASE STUDY: Nolensville Town Center, Nolensville TN
Land Innovations in Nashville Tennessee is known for being forward thinking and maximizing land use by creating multifunctional stormwater facilities. When designing the Nolensville Town Center Project land use was posing a problem, there wasn’t enough amenity space. To solve the problem, the design team turned to smartPOND RTO. Incorporating stormwater automation into their design, they were able to turn their stormwater pond with steep side slopes into an amenity pond and expanded park space during dry weather. SmartPOND’s Real Time Optimization application allowed for a 20% reduction in total detention volume through its proprietary software that maximizes release rates and creates a more efficient stormwater facility.
Stormwater Real-Time Optimization.
The future of stormwater management is here.
Stormwater ponds are a sunk investment on your property. Limit the liability with SmartPOND Real Time Optimization. SmartPOND’s proprietary technology reads environmental conditions in real time and reacts according to regulatory requirements allowing it to increase efficiency and reduce pond size resulting in more developable space.
Every SmartPOND installation includes remote monitoring and maintenance for the first year for free to ensure performance, with affordable maintenance and monitoring packages for long-term reliability.
SUPPORT MATERIALS
What is smartPOND and how does it work?
smartPOND is an adaptive, automated stormwater management system designed to optimize detention, infiltration, and drainage. It uses sensors, real-time data monitoring, and remote control capabilities to improve water quality and reduce maintenance while ensuring compliance with evolving regulations.
Does smartPOND help with regulatory compliance?
Yes, smartPOND is designed to meet evolving stormwater regulations, including batch detention requirements per the Texas Commission on Environmental Quality (TCEQ) Edwards Aquifer Protection Plan (EAPP). It also adapts to new pollutant standards, making compliance easier.
What hardware options are available for smartPOND?
smartPOND offers three automated stormwater control solutions:
Automated Valves: 6–12” butterfly valves with full connectivity and sensor spools.
Automated Weirs: 24” x 24” rotary weirs for surface release and water elevation control.
Automated Gates: 36” x 16” slide gates for bottom release and flow regulation.
What makes smartPOND a cost-effective solution?
smartPOND reduces detention pond sizes, cutting land development costs. It eliminates the need for frequent media replacements and minimizes manual inspections, lowering long-term operational expenses. Its automation ensures optimized water management, improving efficiency while reducing labor costs.
How does smartPOND compare to traditional stormwater control systems?
Unlike traditional fixed stormwater controls, smartPOND is fully programmable and can adjust to changing regulations for pollutants like phosphorus, nitrogen, and metals. It also offers automation, remote monitoring, and real-time maintenance alerts, reducing manual inspections and operational costs.
What stormwater applications is smartPOND best suited for?
smartPOND is ideal for batch detention for water quality, real-time optimization for smaller detention ponds, and predictive weather management. It can be used in retention, detention, and rainwater harvesting systems.
How is smartPOND installed and maintained?
smartPOND features a plug-and-play design, making installation simple and requiring no complex wiring. It has modular components that can be easily replaced, and routine inspections can be monitored remotely via an onboard camera. Automated alerts notify users about upcoming maintenance needs.
What are the key benefits of using smartPOND?
smartPOND provides superior water quality control with a 91% Total Suspended Solids (TSS) removal rate, reduces detention volume by up to 50%, minimizes maintenance, and allows for real-time optimization. It also helps developers save space and costs by decreasing the required detention pond size.
How does smartPOND improve water quality?
smartPOND achieves a 91% TSS removal rate, a 32% Total Nitrogen (TN) removal rate, and a 57% Total Phosphorus (TP) removal rate. By automating detention and infiltration, it enhances pollutant removal without
Can smartPOND operate remotely?
Yes, smartPOND offers real-time remote monitoring and control. Users can track water levels, gate positions, temperatures, and maintenance records through an online dashboard. Alerts are sent via email or smartphone to notify operators of system updates.
LET’S TALK : LUNCH & LEARN
If you and your team would like to learn more about smartPOND, Batch Detention, Stormwater Management, or any of the wide variety of products and services we offer, schedule a LUNCH & LEARN today.