CU-Structural Soil | Westchester County, NY & Bergen County, NJ | Ascape Landscape
CU-structural soil added to trees in a landscape in Edgewater, NJ.

CU-Structural Soil in New Jersey, New York, and Connecticut, including Bergen and Westchester Counties

Request a Quote Call (845) 353-6500

CU-Structural Soil in New York, New Jersey & Connecticut, Including Westchester & Bergen Counties

Our team can supply and install CU-Soil for you.

CU-Structural Soil was developed by Cornell University to safely support paved areas yet still provide street trees enough room to grow roots. Not only does this significantly help trees grow and live for years, but it also reduces sidewalk failure resulting from root systems. Here at Ascape Landscape, we offer a CU-Structural Soil service, where we'll begin with a consultation to discuss your project and how this engineered soil can help. Then, our team can just supply it or both supply and install it for you. It's also important to mention that we have authorization from Amereq, Inc., Cornell's exclusive licensee, to produce and provide CU-Soil.

We offer our CU-Structural Soil service in Tarrytown, Elmsford, and surrounding areas in Westchester County, NY, Alpine, Allendale, and surrounding areas in Bergen County, NJ, and Greenwich, Stamford, and nearby areas in Fairfield County, CT. You can reach us at (845) 353-6500 to schedule a consultation and reap the benefits of this revolutionary soil for your next project.


We Begin Our CU-Structural Soil Service With a Consultation

Upon signing up for our CU-Structural Soil service, we'll begin with a consultation to discuss your project and goals. Whether you need it to safely hold pavement loads for a parking lot, sidewalk, or any other area, plus allow for tree root growth - our team will help figure out how CU-Soil can help. Then, we'll determine how much soil you need to reach your goals. That way, you can meet pavement installation requirements and minimize the risk of trees upheaving it later, as it'll provide more than enough space for the roots to grow and thrive.

How much CU-Soil you need to support a tree depends on its crown projection. So, we usually use two cubic feet of soil per square foot of its projected crown.


Our CU-Soil Options

CU structural soil being performed in a landscape in Alpine, NJ.

If you can handle the installation but need someone to supply CU-Soil for your project, we offer this option with our service. On the other hand, we can also install it for you. Our team is highly trained and knowledgeable on the proper installation of CU-Structural Soil, so if that's what you need, we've got you covered.


We Have Authorization From Amereq, Inc. To Produce & Provide CU-Structural Soil

CU-Structural Soil is a high-quality product, and Cornell University wants to maintain that reputation. So, it has been licensed by Amereq, Inc. to ensure quality and that it meets specific standards. Because of this, it's important to mention that at Ascape Landscape, we have authorization from Amereq, Inc. to produce and provide CU-Soil. That way, you can rest easy knowing you're receiving the real thing, and you can trust us to be your CU-Structural Soil provider.


Need CU-Soil for your project? Call us to sign up for our CU-Structural Soil service today.

Do you need CU-Soil for your project? If so, you've come to the right place! At Ascape Landscape, we've been authorized by Amereq, Inc. to produce and supply CU-Structural Soil, which will benefit both pavement quality and tree growth. We'll discuss your project goals and see how this soil can help. Whether you are just looking for a supplier or you need someone to supply and install the soil, we offer both options.

We offer our professional CU-Structural Soil service in Tarrytown, Elmsford, and surrounding areas in Westchester County, NY, Alpine, Allendale, and surrounding areas in Bergen County, NJ, and Greenwich, Stamford, and nearby areas in Fairfield County, CT. Call us at (845) 353-6500 to sign up today and use soil capable of supporting pavement loads while helping trees stay long-lasting and grow expansive root systems!

preloader
 
Uh Oh! You forgot some important information.