EcoMap California

Table of Contents

Tours

  1. 2022 USGBC-LA Sustainable Innovation Awards Tour

    Check out the 2022 USGBC-LA Sustainable Innovation Awards virtual tour featuring the most sustainable buildings & projects in SoCal in 2022!

    Stops

    1. Avion Burbank

      2022 USGBC-LA Sustainable Innovation Awards
      Merit Health & Wellbeing 

      Avion Burbank—which has earned LEED Gold—is redefining the local business market in Burbank, California. The masterplan environment consists of 17 buildings spanning over a million square feet of creative industrial, office, retail, and hospitality. In addition to going above and beyond to reduce water-energy consumption, this project designed amenities for the modern professional lifestyle at the intersection of live, work, play with outdoor recreation and green spaces that cater to humans and their pets.


      Innovation to reduce its energy footprint includes: on-site solar, smart meters, electric vehicle charging stations for cars and installed at truck bays, reflective roofing materials and hardscaping, efficient plumbing, and irrigation systems.


      Innovation was also applied to designing amenities for fostering a modern, healthy, community-oriented lifestyle. Features that were implemented include walking and bike paths, a dog park, outdoor meeting areas, and additional parking near the Metrolink to motivate public transportation use.


    2. West Hollywood Aquatic and Recreation Center

      2022 USGBC-LA Sustainable Innovation Award
      Honor Health & Wellbeing

      The recently completed West Hollywood Aquatics and Recreation Center (ARC)  cultivates a strong community by providing improved recreation facilities and venues for the city’s 35,000 active residents. 

      Situated on a difficult urban site and straddling an existing roadway, the facility includes a 17,000-square-foot, multisport court; two rooftop swimming pools; community meeting rooms, a daycare facility, outdoor recreation and observation decks, an enclosed parking garage, and a small public access television studio.

      The ARC building is linked to the West Hollywood Park public open space by a dynamic grand stair.  The exterior stair is designed to become a center for social activity and a focal point for the park, as well as to provide exterior access from the park to the rooftop aquatics facilities and tennis courts.

      The project was designed and built for energy efficiency and green building best practices, including a rooftop photovoltaic system.  The project was certified as a LEED-NC v4 Gold project in September 2022.


    3. Campbell Collective

      2022 USGBC-LA Sustainable Innovation Awards
      Honor for Water
      Project of the Year


      The Campbell Collective project is a single-family house built in 1947 in Los Angeles. Upon purchase eight years ago, the soil was barren and degraded.The owner applied permaculture design techniques, created a closed-loop water system, and implemented design features to regenerate the property and achieve a net-positive energy and net-positive water outcome––despite being in a drought-stricken region.

      The owner and project team designed a circular water system with the following steps: solar-powered atmospheric water generating machines (which capture humidity from air) is purified and sent to laundry which is then fed to irrigate landscape––it was also tested to be clean for drinking; grey water systems from the bathroom and kitchen also irrigate landscape including the twenty organic mature fruit trees and multiple raised garden beds; sink-over-toilet provides reclaimed water to the toilet; ultra low-flow shower head further reduces consumption; foot-controlled faucet pedal for the kitchen reduces water use when washing dishes.
      The project collects 2080 gallons of rainwater from the rooftops, stores it in catchment containers, and re-uses it for irrigation.Design features to reduce home energy loads: insulation in walls, attic, and under the floor, shaded trees, roof overhangs, and heat pump HVAC. Additional solar was installed. Smart plugs, a smart thermostat, and meters and help occupants monitor and control energy use. Operable windows in each room provide natural daylight, fresh air, cooling.Emergency resiliency plan: portable freezer that is charged with portable power station/batteries, which are powered by solar energy and contains frozen soups made from garden during harvest.
      The owner invited neighbors to a stakeholder meeting for consulting on the needs of the neighborhood prior to planning the living building activities. He hosted sustainability and wellness events to foster community and advocacy for his project from “urban gardening” to “children-gardening education day” “bike rides around the wetland creek”.
      He trades home-grown fruit with vendors at the farmer’s market and a local restaurant to reduce his food waste from the abundance of his trees and encourages passerbys to pick ripe fruit from his front orchard. He converted a garage into an art studio and made a workshop area for neighbors to use for making furniture and to host workshops.
    4. LAX Automated People Mover

      2022 USGBC-LA Sustainable Innovation Awards
      Honor in Equity & Environmental Justice

      The Los Angeles International Airport (LAX) Automated People Mover (APM) is a public transportation project that will enhance the LAX traveler experience by giving guests safe, comfortable and free access to terminals and provide the long-awaited connection to the regional transportation system. The project provides a much-needed alternative transportation option to LAX employees and passengers, and will reduce vehicle traffic in the LAX area and surrounding communities. 

      Investing over $585 million in local, small, women, minority and veteran-owned businesses, the project will create more than 2,000 construction jobs, with 30% of those opportunities being reserved for residents of Los Angeles as well as highly impacted communities near LAX. 

      The project is on track to achieve both an Envision Gold Certification in late 2022 and a LEED Platinum Certification for the project’s Maintenance & Storage Facility in early 2023.


    5. Slauson Connect Recreation Center

      2022 USGBC-LA Sustainable Innovation Awards
      Honor in Equity & Environmental Justice


      The project site occurs north of Slauson Avenue between Normandie Boulevard, and Budlong Avenue. The overall site, an abandoned rail right-of-way and brownfield site is 81 feet wide by 1,250 feet long totaling 2.3 acres. Approximately 40% of the site area is comprised of the Metro Rail to River Bike Trail project and approximately 60% is the Slauson Connect project site. The site is owned by LA Metro and will be leased to the City via the Department of General Services. The proposed site is an urban infill site, substantially surrounded by light industrial, commercial, and residential uses in a highly urbanized area. In addition to the restrictions of the narrow width of the site, soil remediation will also be required.


      The Slauson Connect Recreation Center project will increase the availability of recreational opportunities and open space, and provide childcare facilities, and media art-focused afterschool programs in an underserved neighborhood in South Los Angeles. The 16,000 square foot multifaceted facility will also house flex spaces to accommodate a variety of recreation related programs. 


      Sustainable design features for the project include photovoltaic panels and energy efficient mechanical, electrical and plumbing systems to meet net zero energy needs, all electrical power to meet the City’s decarbonization standards, an intensive vegetated roof garden available to the community, a stormwater treatment system with cisterns for urban runoff collection from both Normandie and Budlong, and a public park integrated with Metro’s bikeway. The project will be designed and constructed in order to obtain a Gold level certification for the Leadership in Energy and Environmental Design (LEED) rating system of the latest USGBC requirements and Living Building Challenge ZNE certification. 


    6. [H2] Innovation Experience

      2022 USGBC-LA Sustainable Innovation Awards
      Energy/Operational Carbon
      Project of the Year

      SoCalGas is constructing a green hydrogen microgrid and home as part of its [H2] Innovation Experience. The renewable hydrogen microgrid for the [H2] Innovation Experience is a proof-of-concept project for resilient, clean energy using an electrolyzer to convert solar energy to green hydrogen and a fuel cell to supply electricity to a home, neighborhood, or small business. 

      SoCalGas’ [H2] Innovation Experience is the first project of its kind in the U.S. aiming to show how carbon-free gas made from renewable electricity can be used in pure form or as a blend to fuel clean energy systems of the future. The [H2] Innovation Experience, which will be completed in Q4 2022 in Downey, California, is the first fully integrated demonstration project with solar panels, a battery, and electrolyzer to convert solar energy to green hydrogen and a fuel cell to supply electricity for the home. Green hydrogen will also be blended with natural gas and used in the home's heat pump HVAC unit, water heater, clothes dryer, and gas stove. The home will function and feel just like a regular home at approximately 2,000 sq. ft.but use reliable and clean energy 24 hours a day, 7 days a week, 365 days a year.

      SoCalGas research has shown that with clean fuels like renewable natural gas and green hydrogen, coupled with carbon management, California can reach 100% net zero goals more affordably, more equitably and with less risk of power disruptions, customer conversion barriers, and technological limitations. This home will be a proof of concept that can be replicated and scaled to make a global impact.


    7. SBCCD Campus Envision Sustainable Infrastructure

      2022 USGBC-LA Sustainable Innovation Award
      Portfolio Award

      Sustainable Development Strategy Award


      Founded in 1926, the San Bernardino Community College District (SBCCD) is seeking to lead the journey in campus-wide sustainability to improve the affordable education and career training they provide to more than 24,000
      students each year.They have turned their attentions to building a resilient and regenerative infrastructure using the Envision Sustainable Infrastructure framework. In line with the California's ambitious goal of achieving carbon neutrality by 2045, the District has undertaken a series of innovative approaches to how to retrofit expand, and prepare their campuses for a climate-fueled future of California droughts, wildfires, and heat waves that will affect their operations.

      The District has undertaken a thorough strategic sustainability planning process to establish a set of sustainability goals to guide future campus investments. Their 24,000 students, staff & faculty are committed to doing their part to promote sustainable practices and policies.

      As the District sought to invest in modernizing their campus infrastructure,there was a demand for a framework that captured a stakeholder-driven approach that connects back to benefiting their community, boosting quality
      of life for all, economic prosperity and job creation, and supporting a climate-resilient future for the District.

      The 3 net zero campus building projects were all done through an innovative approach to project delivery called “progressive design/build.” This allows for closer integration of design, scope, and budget (and frankly, is needed to pull off such complex projects.)By combining the Envision process into this progressive design/build approach, it increases opportunities for partnering with the community since the entire design team gets to work with them from the outset. Their voices and concerns are brought into the process at the beginning.
    8. BVC Career Pathways 2

      2022 USGBC-LA Sustainable Innovation Awards
      Portfolio Award

      Sustainable Development Strategy Award


      The design of Career Pathways 2 at SBVC comprising two buildings, AlliedHealth and Aeronautics, started with the College’s ambitious Zero Net Energy goal for each of those buildings individually. The project used the district recommended EUI target of 45 kBtu/sf/yr as a baseline for each building then drove the building predicted EUI down to the lowest level possible using energy modeling practices. Both buildings take big steps towards decarbonization and future proofing by embodying building electrification while meeting the ZNE goal. The mechanical system selections resulted in eliminating onsite fossil fuel consumption hence eliminating any Scope 1emissions related to stationary combustion.Energy conservation measures were well integrated into the designs through compact building massing effectively incorporating architectural strategies like high performing envelope with cool roofs and walls, climate informed fenestration types, sizes & orientation, and exterior solar shading. Active engineering systems such as efficient lighting with reduced light power densities beyond T24 requirements, mechanical system selection of high efficiency Air Cooled VRF system, with fresh air provided by Heat pump DOAS unit system and efficient electric DHW heating further helped in driving the pEUI down to 34 Kbtu/sf/yr for Allied Health and 33 Kbtu/sf/yr forAeronautics. To meet the operational ZNE goal, about 108% of the estimated energy consumption of the two buildings will be o
      set using 270 KW DC renewable system spanning over the parking lot in between the two buildings and a total of 136 KW renewable system on the building rooftops.

      Along with the Campus’s stringent focus towards sustainability, the project’s desire of Zero Net Energy, along with Sustainability certification goals of LEED
      and Envision Certifications have been the key drivers towards the energy innovation. To meet the ZNE target, the team developed a matrix system including parameters like Indoor Environmental Quality, Energy and Emissions,Life Cycle Cost, O & M and Impact of strategies on design, to evaluate different energy reduction and production strategies.
    9. San Bernardino Valley College - Technical Education Project

      2022 USGBC-LA Sustainable Innovation Awards
      Portfolio Award

      Sustainable Development Strategy Award


      San Bernardino Valley College is setting out to establish a high-performance and demonstrative Technical Education Facility, launching its net-zero pilot program. Envisioned as a circuit of sorts, cultivating a highly connected “State-of-the-Art Educational Facility”, “Enriching Student Experience”, “Demonstrating Leadership in High-Performance Design”, fostering “Partnership with Industry”, and “Enhancing Community Relationships”. The 108,000 GSF building houses a robust automotive and EV, electricity, machining, HVAC&R, water, and emerging technologies program. The $70.8M construction project anticipates completion in the summer of 2023. Once contained in a windowless block building with little clue of its function, the new facility is in every sense the inverse, focusing on visual, spatial, and educational connectivity, reflecting its significance to both campus and community. Highly transparent entry and exhibit spaces, a multi-functional lobby, and visually connected circulation, lab, and collaborative sticky spaces throughout provide numerous opportunities to showcase program work and demonstrate the projects numerous sustainability strategies. The building envelope is envisioned as a skin, likened to an automobile body, taking its form in response to function, environment, circulation, views, education, and user experience. The dynamic and industrial architectural and material language of metal paneling, daylight walls systems, shade components, and perforated panels result in an expression that while driven by function and sustainability, is contextual and familiar within the campus context. At the edge of the central academic neighborhood, the projects south and west edges focus on the pedestrian experience. Comfortable landscaped areas flow into an existing campus bio-garden, while the building entry plaza supports a variety of campus and industry events. Along the north and east edges of the site, the utilitarian nature of the automotive yard is well suited with neighboring welding and future aeronautics programs.

      The design for the Technical Building Project is envisioned to serve as a Living Lab, maximizing efficiency and environmental stewardship in a demonstrative way. The building management system will communicate energy, water and carbon emissions data directly to an interactive display in the lobby allowing building users to understand the variety of sustainability attributes. Data gathered will be shared with industry partners and used by the campus to study the impact and effectiveness of the strategies. Select strategies noted below support net zero ready energy and LEED Gold targets, result in an anticipated 31% below Title 24, and low EUI of 29 kBTU/sf/year, providing an expected $25,961 annual utility savings

      • High performance building envelope & solar response façade.
      • Solar chimneys combined with natural ventilation
      • Underground water storage
      • All Electric mechanical design
      • Rooftop Solar
      • Solar Glazing Canopy
      • Solatubes
      • High velocity, low speed fans
      • Modular Wetlands
      • Direct/Indirect Evaporative Cooler and Heat Recovery Chiller
      • DC power and battery storage demonstration
    10. California Air Resources Board Southern California Headquarters, Mary D. Nichols Campus

      2022 USGBC-LA Sustainable Innovation Awards
      Honor in Energy/Operational
      Project of the Year


      Designed by the design-build team comprised of the general contractor, architect, and MEP engineer, the new 403,306 SF Mary D. Nichols Campus for the California Department of General Services, California Air Resources Board (CARB) is one of the largest and most advanced vehicle emissions testing and research facilities in the world. The headquarters centralizes the organization’s previously scattered locations into a single 19-acre site in Riverside, housing more than 450 employees. Recently accomplishing LEED Platinum® certification, the facility is also designed with the intent to comply with CalGreen Tier 2 standards and the International Living Future Institute’s Net Zero certification. The unique three-story, pinwheel-shaped building strives to create a beautiful destination, be a good neighbor within the city and provide a compelling environment that will bring people together and foster a strong sense of pride and place for CARB and its employees.

      Contributing to occupant comfort as well as building performance, the architectural form lends itself to easy circulation, views, daylighting, and self-shading, and features abundant open and green spaces, as well as a nature walk around the perimeter of the property. The massing of the office building is consolidated into three stories that extend in three directions parallel to light duty testing, chemistry, and toward the conference buildings. This creates a smaller building footprint on the site and shortens horizontal circulation networks, while using vertical connectivity to increase proximity between offices, testing areas, support spaces, and laboratories, resulting in increased flexibility, optimized adjacencies, and greater opportunities for interaction. The office is the nexus of the overall building, a “Central Command Control,” and a crucial link between all the key components of the CARB mission—testing, chemistry analysis, compliance, education, and outreach. A variety of types and scales of meeting spaces, as well as coffee bars and cafés promote interaction and collaboration, especially for staff who circulate between the various departments throughout the day. Overall, the planning creates an efficiency of motion, which works to increase productivity and connectivity between teams. 

      The layout of the office building establishes two principal outdoor spaces—the main courtyard to the east and a more private courtyard to the west. Shading provided by the building and large trees create comfortable respite spaces. In addition, the lunchroom spills out onto the lower level of the main courtyard, with tables and a terraced seating area. The main courtyard also serves as overflow space for large gatherings occurring in the auditorium, with flexibility for catered events to make use of the adjacent lunchroom. Incorporating direct vehicular access into the main courtyard from the north provides additional flexibility for event programming. This securable entry will allow controlled access for demonstration vehicles, food trucks, and other event or maintenance related equipment.