EcoMap California

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  1. 2024 California Green Building Awards

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    1. Los Angeles River Way, San Fernando Valley Completion (Vanalden to Balboa)

      The transformational bicycle path and greenway project along the Los Angeles River corridor has earned an Envision Gold award. The path links up with the existing active transportation network to enhance connections to transit, residential neighborhoods, schools, employment, parks, and other community amenities. The Los Angeles River Way, San Fernando Valley Completion (Vanalden to Balboa) Project repurposes a maintenance road beside the Los Angeles River channel and adds: Nearly 3 miles of bicycle and pedestrian pathways to the LA River BIkeway; Undercrossing of bridges and river parks; and On-street improvements to increase access and improve connectivity to adjacent communities in the Encino-Tarzana Community Planning Area. 

      More information can be found here

    2. UCLA Portfolio Award

      • 64 LEED buildings (2nd largest portfolio in CA): 17 Platinum, 35 Gold, 12 Silver
      • New construction min. LEED Gold, exceed Title 24 by 20%, and no fossil fuels to heat space or water.
      • Committed to sustainable procurement.
      • 54 Los Angeles Green Business certifications awarded in 2023-2024
    3. Port of Long Beach Fireboat Station 20

      The new Fireboat Station #20 Project will involve the construction of a two-story fire station building, fireboat bay enclosure, floating dock, positioning and fender piles, retaining walls, emergency generator and additional site improvements. The two new stations achieved a gold rating from the U.S. Green Building Council’s Leadership in Energy and Environmental Design Program by using water-saving technology, green-power generation, energy-efficient appliances, natural ventilation and other environmentally sustainable features.

    4. UCI Verano 8 Graduate Housing

      Set within an existing neighborhood of low-rise residences, UC Irvine Verano 8 Graduate Student Housing presents a new paradigm for graduate housing with a series of five higher-density residential buildings surrounding a vibrant community center that welcomes all. Home to 1,055 graduate students, the vibrant, student-centered residential complex supports UCI students’ priorities including community-building, affordability and wellness, and provides expanded amenities for the existing Verano neighborhood. The LEED v4 NC Platinum certified project stands out in areas of energy, water and occupant health and wellbeing.

       

      ENERGY: Verano 8 received all 18 possible LEED points for energy performance with a modeled 58% energy cost reduction. All-electric systems are used for space heating, cooling and hot water, including solar thermal hot water and a 134-kW roof-mounted, grid-connected photovoltaic (PV) system for clean energy production. Site energy use is estimated to be 23 EUI, and 19 net EUI with PV.

       

      WATER: The site design features water-efficient landscaping to reduce water for irrigation by 63%. Plumbing fixtures deliver a 44% domestic water savings reduction in the residential buildings. 

       

      HEALTH & WELLBEING: The project’s health-promoting design incorporates active stairs, biophilic design strategies, community gardens, and interspersed lounge spaces for planned and spontaneous gatherings in support of the physical, mental, and social health of all occupants. 

       

    5. University of California, San Diego - Franklin Antonio Hall

      A Home for Innovation The Jacob School of Engineering’s Franklin Antonio Hall at The University of California San Diego campus is designed to challenge the status quo with cutting-edge research. It’s a building that will break down the barriers between labs made for faculty and researchers to work on our most pressing issues and engineering solutions to society’s biggest challenges. Ranked as the #9 engineering school in the nation, this space will foster new ways of thinking, experiential learning, and engagement. It will educate tomorrow’s technological leaders, conduct leading edge research, and bring forward those innovations for the benefit of all society. From Inception to Industry We are building capacity to work across disciplines and industries in real time. The Institute for the Global Entrepreneur is a collaboration between The Jacobs School of Engineering and The Rady School of Management, that brings together aspiring startups, venture capital, and a team of experts on site to further the conversations of translating ideas into industry. A new 187,000 gsf USGBC Platinum Rated engineering facility is designed for collaborative research, active learning, and technology transfer. “Franklin Antonio Hall is designed to facilitate cross-discipline collaborations that are critical for solving the toughest health, energy, autonomy, security, communications, and materials challenges facing society.” Dean Albert Pisano

       

      Site Sustainability features include: 

       Exterior pervious surfaces and vegetation that reduce the heat island effect

       Improved stormwater quality utilizing bio-swales

       Provide native vegetation within a buffer zone to protect the California Coastal Commission designated sensitive habitat areas that surround the building

       Native and drought-tolerant plants were chosen to reduce both outdoor water usage and potential fire risks

       

      Building design includes a heat deflection wall to help protect it from fire risks Building Sustainability features include:

       Building materials with recycled content, low-VOC emissions, and FSC- or PEFC-certified wood

       Photovoltaic panels located on the roof of the building for on-site renewable energy

       Expanded metering that provides usage loads for HVAC, lighting, plug loads, and equipment

       An energy dashboard that demonstrates solar generation and usage to building users and visitors

       A modular heat pump chiller that utilizes the campus chilled water loop to produce heating and domestic hot water

       LED fixtures, dimming controls, and occupancy sensors

       On-site EV charging stations 

       Low flow fixtures to reduce water consumption by 40 percent 

       Condensate Recovery System which captures and redirects non-potable condensate to the campus Reclaimed Water Loop utilized for campus irrigation.

    6. Lakeside Branch Library, San Diego County

      Bioswale/Stormwater: There are three biofiltration basins on site – one on the south side of the building, one on the northwest side, and one on the west side of the parking lot. When it rains, all water that falls on to the roof, the sidewalks, and the parking lot is diverted to one of the biofiltration basins. The water filters through different layers of soil and sand, which help remove contaminants before it flows into pipes that are below ground.

      Lighting: All lighting in the building is LED, which uses a significantly less amount of electricity than traditional lighting. Additionally, all lights are connected to daylight and occupancy sensors, allowing them to dim or turn off when there is either enough natural light coming in through the windows, or there is nobody in the space. 

      Solar Power: The solar photovoltaic array on the roof of the building is designed to capture 100% of the energy that the building uses throughout the year.

      Water use: All of the landscaping on site utilizes native and drought tolerant plants. Most of the irrigation is drip irrigation, providing water directly where it is needed without over-watering the plans. Larger areas of landscaping that have grasses and sages have spray irrigation, which is designed to limit any water from getting on pavement. Inside the building, all plumbing fixtures including sink faucets, water closets and urinals are low-flow fixtures.

      All Electrical All equipment and appliances are electric

    7. 1021 O STREET OFFICE BUILDING

      Situated in the heart of Sacramento’s historic government center, the 1021 O Street State Office Building enables the continuity of the democratic process through purposeful design that is rooted in community and a paragon of sustainability. This 10-story, LEED Platinum, Net-Zero Energy and Carbon, all-electric building provides a transitional home for California’s Legislature and Executive Branch while the state’s 150 Capitol is restored and rebuilt.

      The design splits the building façade from north to south, creating a vibrant and verdant central opening known as “the Heart”, establishing vertical connections between the office floors via open stairways, great rooms with access to natural light, and views to the State Capitol. It also creates a flexible environment where state representatives and staff can hold meetings or do focused work. Lush outdoor terraces interspersed on different levels provide occupants with spaces for respite and a direct connection to nature.

      The building’s pedestrian-scaled, transparent base features two levels of publicly oriented space, a double-height main lobby, daylit waiting areas, and a suite of public hearing rooms where constituents can participate in government. The transparent glass façade provides an open and inviting public face that weaves together interior and exterior spaces. A two-story portico with expressive structural columns invites people into the main lobby.

      Inspired by nature and the unique place of Sacramento, the kinetic quality of the building enables a more verdant and calming environment that maximizes comfort, indoor air quality, access to daylight, and sweeping views to the State Capitol and downtown. Irresistible stairs at the center of building encourage physical activity while a third-floor café serves local and healthy foods. Biophilic design elements such as lush outdoor terraces, natural materials—including 100% FSC-certified wood—and a landscaped streetscape provide occupants with a direct connection to nature and the outdoors.

      Furthermore, products, materials, and systems were selected with high consideration of their extended performance and reliability, including more than 50 products with Health Product Declarations, 150 with Environmental Product Declarations (over 75 with material ingredient reporting) and other low-mitting certified products. Nearly 80% of construction waste was diverted from landfill totaling 2,844.34 tons.

      As one of California’s first Net-Zero Energy and Carbon, all-electric state office buildings, the design implements a rigorous approach to energy conservation through a high-performance façade, water-to-water heat pumps, and an innovative low-friction air delivery system. The building features 100% LED lighting, individual task lights, EV-charging stations and is powered by a dedicated off-site PV array. A centralized Building Management System enables real-time analysis of building performance and fine-tuning of mechanical systems while an interactive dashboard in the building lobby shares live metering of the building’s energy consumption and renewable energy generation with the public.

      After the new Capitol Annex project is finished, this building will accommodate up to 2,200 legislative and executive staff in a highly flexible, collaborative office space.

      Overall, the project serves as a benchmark for future California state office buildings, setting the standard for sustainable design, energy efficiency, and health and wellness.

       

    8. Bay Area Metro Center

      The Bay Area Metro Center is San Francisco’s newest public building. This repurposed 1940’s Navy warehouse brings together four of the Bay Area’s most progressive government agencies. The new joint headquarters houses the Metropolitan Transportation Commission, the Bay Area Air Quality Management District, the Association of Bay Area Governments and the San Francisco Bay Conservation and Development Commission. The co-location of complementary agencies has improved collaboration and improves efficiency by sharing resources and space. The joint headquarters responds to a state mandate, SB 375, requiring California’s urban areas to take action to promote sustainable travel and growth patterns and reduce greenhouse gas emissions. Sustainable design is the foundation of the transformation, and adaptive reuse of existing infrastructure was a powerful opportunity to conserve resources and maintain high-quality urban fabric. An important civic asset in the rapidly changing Rincon Hill and Transbay neighborhoods, the building is high density and transit-connected, providing significant environmental benefit by avoiding material and ecological costs that come with creating new buildings, infrastructure and hardscape. The Metro Center connects to a robust pedestrian, cycling and transit network, providing access to new retail amenities and by integrating into the surrounding community. Large, indoor bicycle storage and shower facilities are provided on-site; the building reconnects Main Street to Beale, by extending a large pedestrian pathway, integrated with outdoor space along the north side of the building. Building systems maximize passive opportunities and optimize active systems. Daylight is supplied from the central atrium, and tenant spaces are organized to access to exterior windows. Demand is further reduced with LED lighting, task lights, daylight controls and occupancy sensors. New condensing boilers, upgraded chillers and refurbished air handling units contribute to energy savings in addition to a 73kW capacity solar hot water system to meet approximately 60 percent of the domestic hot water demand. Overall energy use is reduced by approximately 34 percent compared to baseline code requirements. Potable water use is reduced by approximately 35 percent by installing efficient fixtures. Materials were screened for their impact on human and ecological health and finishes were selected with no or low emissions. Reclaimed wood for the central stair and guardrails was sourced from the former Transbay terminal building, and new timber was purchased with FSC certification. Finally, tenant improvement guidelines ensure new fit-ups and renovations align with the performance goals of the project.