top of page
RainReady Newark Logo

Phase 1
RainReady Newark Projects

The City of Newark is planning a robust green stormwater infrastructure program across the entire city and including a commitment to manage 213 acres of impervious surface in our combined sewer system areas alone. It is expected that the green infrastructure effort may encompass hundreds of projects. RainReady Newark will be heavily dependent on community engagement regarding location siting, GSI elements and additional active and passive recreation opportunities. 


RainReady Newark, Phase 1, includes nine projects selected from existing stormwater management plans and projects identified through outreach from our community partners. In total, these projects are expected to capture between 159,000 and 198,750 gallons of stormwater in a typical rainfall of 1 or 1.25 inches of water in 2 hours. 

 

The range of stormwater capture varies by site. Smaller projects, like Horatio Street may be expected to capture 5,000 to 6,500 gallons in a 1 or 1.25 inch 2-hour rainfall. Other projects, like the Bo Porter Sports Complex and the Ferry Street project, are expected to capture between 55,000 to 67,000 and 40,000 to 50,000 gallons, respectively, across the same parameters.  

bioswale.jpg
generic img.jpg

Lower Ferry St.
 

generic img.jpg

Foster St.
 

generic img.jpg

Dawson St.
 

DaytonFrelinghuysen-streetView.jpg

Dayton St. & Frelinghuysen Ave.

generic img.jpg

Mildred Helms Park
 

Homestead Park
 

Bo Porter Sports Complex
 

LATEST PROJECTS

Clinton-Badger Ave. Triangle

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Image of Clinton Badger AERIAL for poster.png
clintonBadgerImg2.jpg
Image of Clinton Badger BEFORE for poster.png

Lower Ferry St.

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

  • Enhanced Tree Trench

  • Stormwater Planter

  • Porous Concrete Panels

  • Stormwater Planter Bumpouts

FerrySt-streetView.webp
HoratioImg2.jpg
HoratioImg1.jpg
bioswale.jpg

Horatio St.

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Proposed GI Practice

  • Enhanced Tree Trench

  • Stormwater Planter

  • Porous Concrete Panels

horatio-streetView.jpg
tree-trench.webp
bioswale.jpg
HomesteadImg1.jpg

Foster St.

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Proposed GI Practice

  • Enhanced Tree Trench

Dayton-Foster-streetView.jpg
tree-trench.webp

Dawson St.

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Proposed GI Practice

  • Enhanced Tree Trench

Dayton-Foster-streetView.jpg
tree-trench.webp

Dayton St. and 
Frelinghuysen Ave.

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Proposed GI Practice

  • Enhanced Tree Trench

DaytonFrelinghuysen-streetView.jpg
tree-trench.webp

Mildred Helms Park

Legacy Project developed in collaboration with community partners. This project is currently under design review by the Newark Dept of Engineering. Project expected to capture 5,000 to 6,500 gallons of stormwater in a typical 1 to 1.25 inch rainfall over 2 hours.

Proposed GI Practice

  • Enhanced Tree Trench

DaytonFrelinghuysen-streetView.jpg
tree-trench.webp
bottom of page