Beyond water treatment, this project creates a public space where community members can learn about their water system, conservation, and the natural environment. The Education Center and demonstration rain garden are designed for the people of Rubidoux.

Education Center

Located near the front of the project site, the Education Center is a multi-purpose facility designed to serve the Rubidoux community for decades. It can host tours of the treatment facility, workshops on water conservation, community gatherings, and technical training sessions.

Multi-Purpose Room

Flexible space with divider wall, adaptable for classes, meetings, and events. Available for community rental.

Educational Signage

Lobby displays covering water sources, the treatment process, sustainability practices, and conservation tips.

Treatment Viewing

Interpretive features and viewing areas let visitors see the RO treatment process in action during facility tours.

Facility Rooms

Lobby, office, multipurpose room, restrooms, and storage form a complete facility for ongoing operations and public use.

Solar Energy

Solar panels are planned for the RO building roof, with the structural design already including a 2 psf allowance for the additional load. Jurupa Valley averages approximately 285 hours of sunlight per month during peak summer, making solar a practical offset for the facility's energy consumption.

Solar energy integration is part of Phase 2, contributing to the project's Envision Gold sustainability target.

Demonstration Rain Garden

A shallow, vegetated basin with engineered soil media designed to capture and filter stormwater. The rain garden borders two sides of the Education Center and extends along the street, serving as both a functional stormwater management feature and an educational demonstration of sustainable landscaping. Senior project Figure 26 documents the bioretention facility design with dimensions in feet.

Bioretention facility design drawing with dimensions labeled in feet
Bioretention Facility Design, units in ft

How It Works

Rainwater flows into the garden through 1-foot-wide curb cuts placed every 10 feet around the facility perimeter. The water slowly percolates through layered soil media and a subdrain, filtering pollutants naturally before reaching the groundwater. The garden handles approximately 33% of the site's stormwater flows.

6 ft Top Width
18" Engineered Soil Soil Media
2" Top Layer Mulch Layer
4:1 Side Slopes
6" Ponding Depth
1,752 sq ft Surface Area

Native Plants

Drought-tolerant species native to Southern California were selected to bloom at different times of year, providing year-round color and habitat for pollinators while requiring minimal water.

Lanceleaf liveforever (Dudleya lanceolata), a rosette-forming succulent

Lanceleaf Liveforever

Dudleya lanceolata

Succulent rosettes, drought-tolerant

White sage (Salvia apiana) with silvery aromatic foliage

White Sage

Salvia apiana

Silver foliage, spring blooms, pollinator favorite

Black sage (Salvia mellifera) with dark green leaves

Black Sage

Salvia mellifera

Dark leaves, attracts bees and hummingbirds

Hummingbird sage (Salvia spathacea) with magenta tubular flowers

Hummingbird Sage

Salvia spathacea

Magenta flowers, shade-tolerant ground cover

Why Native Plants?

  • Provide habitat for native pollinators
  • Require minimal supplemental irrigation
  • Demonstrate sustainable landscaping to visitors
  • Add year-round visual interest to the site