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Create your storm water retention system in storage chambers in just a few clicks! Our online tool, consisting of three modules, will guide you with recommendations towards an optimized design and will allow you to obtain a complete layout of your project!
You wish to achieve a basic design?
In a few minutes, the basic design module allows you to obtain a design according to Soleno’s recommendations, which takes into account pre-established criteria and certain project-specific information.
Our recommendations will guide you towards an optimized design and allow you to obtain a complete layout of your project with only a few information in hand:
Once the module is completed, you will receive by email:
You wish to change certain basic criteria?
It is possible to do this by taking a few more minutes!
The detailed design module is optional and allows you to customize your basic design, created in the previous module, by modifying certain basic criteria.
Our recommendations will guide you towards an optimized design, according to your new criteria, and will allow you to obtain a complete layout of your project.
Once the module is completed, you will receive by email:
You don’t know your retention volume? Let us help you!
The retention volume estimation module* is optional and allows you to estimate the retention volume required for the surface to be developed.
This module has been meticulously created in collaboration with a recognized partner J.F.Sabourin and associate inc. (JSFA), an engineering consulting firm offering services in the fields of water resources, municipal engineering and the environment.
You have questions or want to discuss your design with an expert? Go to our Find an Expert section or write us at servicetechnique@soleno.com
Discover a simple tool for designing your project. Watch the demo
Do you still have questions? Consult our FAQ section.
Made of polypropylene (PP), HydroStor retention chambers are easy to install, thanks to their lightweight, and represent considerable savings in terms of time, labor and heavy equipment. Their use make it possible to absorb heavy rainfall while avoiding sudden floods.
2 models available:
The 2 retention chambers meet the CSA B184.2, ASTM F2418 and ASTM F2787 standards and withstand CL-625, H-25 and HS-25 loads.
WANT TO LEARN MORE? CLICK HERE TO SEE THE PRODUCT PAGE!
Made of high-density polyethylene (HDPE), StormChamber retention chambers offer the best ratio of cost-cubic meter (cubic foot) of stored water and are the only ones on the market that allow installation on multiple levels. The backfill depth can be up to 4.88 m (16 ft), about twice as much as injected polypropylene chambers allow. HDPE’s resistance to northern climate temperature changes is far superior to that of polypropylene.
3 models available:
The 3 retention chambers meet the ASTM F2922 and ASTM F2787 standards and withstand CL-625, H-25 and HS-25 loads.
WANT TO LEARN MORE? CLICK HERE TO SEE THE PRODUCT PAGE!
Made of high-density polyethylene (HDPE) and installed upstream of a system, the pretreatment unit has excellent resistance to de-icing salts, abrasives, chemical agents and vibration. It is designed to be perfectly adapted to all types of pipes while maintaining network watertightness and it is lighter than traditional systems that favour on-site installation.
WANT TO LEARN MORE? CLICK HERE TO SEE THE PRODUCT PAGE!
Soleno is proud to have been able to count on the expertise of J.F Sabourin et associés inc. (JFSA) in the planning and realization of the design tool for stormwater retention systems in storage chamber.
JFSA is an engineering consulting firm providing services in the field of water resources, municipal engineering and the environment. Their expertise, acquired over the years, allows them to offer quality services and to distinguish themselves through intelligent, innovative and responsible solutions that adapt to the specific needs of each of their customer.
Hydrostor_HS31_System_with_Pretreatment_Unit.PDF Hydrostor_HS31_System_with_Settling_Row.PDF Hydrostor_HS75_System_with_Pretreatment_Unit.PDF Hydrostor_HS75_System_with_Settling_Row.PDF Hydrostor_HS180_System_with_Pretreatment_Unit.PDF Hydrostor_HS180_System_with_Settling_Row.PDF Hydrostor_HS290_System_with_Pretreatment_Unit.PDF Hydrostor_HS290_System_with_Settling_Row.PDF
Hydrostor_HS31_System_With_Pretreatment_Unit.DWG Hydrostor_HS31_System_with_Settling_Row.DWG Hydrostor_HS75_System_with_Pretreatment_Unit.DWG Hydrostor_HS75_System_with_Settling_Row.DWG Hydrostor_HS180_System_With_Pretreatment_Unit.DWG Hydrostor_HS180_System_with_Settling_Row.DWG Hydrostor_HS290_System_with_Pretreatment_Unit.DWG Hydrostor_HS290_System_with_Settling_Row.DWG
