ASLA Annual Meeting

Each year, the American Society of Landscape Architects holds its annual meeting. This year it will be in Phoenix, Arizona with the theme: "Beyond Boundaries: Design, Leadership, and Community." According to ASLA's website, more than 5,000 Landscape Professionals will be at this one location to view all the exciting new technologies and techniques that will keep their business on the forefront of innovation.

Pacific Interlock Pavingstone will be presenting Hydro-Flo Technology Pavers at the Expo on Saturday and Sunday (September 29 & 30). This technology can help us to re-imagine paving. We know that all the impervious surfaces we have created have brought great successes for mankind, but they are also creating some issues. Hydro-Flo Technology can begin to counter some of those negative elements.

By allowing water to pass through the Paving Stones, we are not only able to replenish the groundwater supply, but we are doing it in a way that mimics natural processes. Our recipie contains 48% recycled material, so we are doing our part to help reuse what resources we have available, without having to take more.

The safety benefits and environmental advantages can speak for themselves. Stop by our booth (#1053) to see a demonstration and to renew your imagination for what paving technology could be.

For more information about ASLA or the conference, follow this link: http://www.asla.org/2012meeting/index.html

For more information on Hydro-Flo Technology, follow this link:
www.hydro-flotechnology.com

Hydro-Flo Pavers Expand Use in Santa Barbara

One of the largest installations of Hydro-Flo Pavers is the ongoing project at different areas around the University of California-Santa Barbara campus. As a part of the overall project, Hydro-Flo was recognized as an influencial part in helping the rennovation to recieve a Gold "STARS" Award from the UC Environmental Rating system.

UCSB has been constantly installing the pavers in new areas, with the most recent project being in front of Carillo Dining Commons. Continuing to use the SB Tan color, this area incorporates a pattern of 6x12 and 6x6 Estate series Pavers.

 

 

 

The great thing now is that projects in the area have seen what Hydro-Flo Pavers have done on the UCSB campus and are now beginning to use these unique permeable pavers to serve other sites around the city of Santa Barbara. The IV Loop and Santa Ynez apartment complexes have chosen to do just that.

With the one decision to incorporate Hydro-Flo Pavers into their extensive plaza and walkways, these apartment complexes are committing to "green" their previously impervious walking surfaces. These pavers will impact the community for many years to come as they have the potential to return millions of gallons of water to aquifers over the course of their lifetime. In addition, there will be some hidden benefits as well, such as reducing the slip hazard present on hardscape surfaces.
The IV Loop Project even features our new 8x16 Pavillion Paver in our Grey/Charcoal Color. Keep your eyes open for More Hydro-Flo Projects on the way! You'll really have to watch closely, since you can hardly tell our standard pavers from Hydro-Flo!



Palo Alto High- Stadium Entrance

As the Palo Alto School District continues to update and restore their schools, they are making an extra effort not only to complete the task, but to use this opportunity to create something that the district can be proud of.

Entrance pathway with athletic fields in background.

The disctrict was looking for soemthing to make the entrance to the Viking's Home Turf memorable. The Pavers create a unique entry point that will look beautiful and will stand the test of time. The Estate 3 pcs Pattern, which contains three differently sized pavers (12"x12", 6"x12", and 6"x6") creates an elegant entryway lined with a pattern that interests the eye.

Project underway, even in the rain!

 

Obviously, the job is incomplete in these pictures, but it should be done relatively soon. Then the Paly High Vikings will have a complete stadium facility.