| Line 291: | Line 291: | 
|  | over 30 years, and permeable interlocking concrete pavers |  | over 30 years, and permeable interlocking concrete pavers | 
|  | can have a design life of 20 to 25 years or greater. |  | can have a design life of 20 to 25 years or greater. | 
|  | + |  | 
|  | + | Prefabricated modular infiltration chambers are gaining | 
|  | + | acceptance because they are easy to integrate with parking | 
|  | + | lot functions. These subsurface systems are typically installed | 
|  | + | over a coarse granular reservoir to provide water storage and | 
|  | + | allow infiltration into native soils. Infiltration chambers under | 
|  | + | conventional asphalt systems work well on sites where parking | 
|  | + | demand does not allow space for a stormwater feature. | 
|  | + |  | 
|  | Using LID techniques to manage stormwater can also |  | Using LID techniques to manage stormwater can also | 
|  | eliminate or reduce the need for an on-site storm sewer |  | eliminate or reduce the need for an on-site storm sewer | 
| Line 298: | Line 307: | 
|  | negates the need to replace on-site piping, thereby saving |  | negates the need to replace on-site piping, thereby saving | 
|  | long-term infrastructure replacement costs. |  | long-term infrastructure replacement costs. | 
| − | Prefabricated modular infiltration chambers are gaining
 |  | 
| − | acceptance because they are easy to integrate with parking
 |  | 
| − | lot functions. These subsurface systems are typically installed
 |  | 
| − | over a coarse granular reservoir to provide water storage and
 |  | 
| − | allow infiltration into native soils. Infiltration chambers under
 |  | 
| − | conventional asphalt systems work well on sites where parking
 |  | 
| − | demand does not allow space for a stormwater feature.
 |  | 
|  |  |  |  | 
|  | ===Landscaped areas=== |  | ===Landscaped areas=== |