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1. 2024 USGBC-CA Green Building Awards

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   1. May Lee State Office Complex

      2024 USGBC-CA Green Building Awards

      Merit in Energy/ Operational Carbon

       

      The State of California is taking some of the boldest steps in the U.S. toward decarbonizing buildings across the state and they are using their own projects as proof points. The 1.25M SF May Lee State Office Complex, a new home for 5,000+ state employees in Sacramento, is the largest all-electric, zero-carbon workplace campus in the U.S., providing a case study for how a campus of this scale and complexity can be decarbonized by a holistic approach to minimizing carbon footprint.

      Using an integrated approach to sustainability, the design leverages interrelated, high-performance strategies to exceed the State’s targets for energy and water use within a healthy and productive workplace environment. Decarbonization strategies inform the design holistically, from the envelope, structural, and MEP systems, to the use of shading, water conservation strategies, and materials selection. The project is also designed to achieve net-zero energy and carbon for the entire site via green energy procured through SMUD’s SolarShares Program. With these elements, the project will exceed Title 24 by more than 15% and achieve the lowest practicable EUI.

      Uniting various agencies within the California Department of General Services, this is the first development in the revitalized River District – an area of Sacramento being actively transformed from its industrial past into a modern, vibrant neighborhood adjacent to the downtown core. The

      campus features four mid-rise office buildings, a rich amenities program, lush landscaping, a new parking structure, and ample opportunities for micro- mobility and public transit. Together, these elements enhance and support connections between occupants, buildings, and the evolving urban fabric of Sacramento’s River District.

      The campus honors and reflects the neighborhood’s rich, historic context, while shifting the paradigm for what is possible in a state office building. The architectural expression of the four mid-rise office buildings conveys the significance of the civic functions housed within, while being authentic to place by reflecting the district’s eclectic, industrial character through the massing, façade design, and material choices.

      The buildings also share a design language and draw from the same family of material, color, and pattern combinations to ensure each has a recognizable and memorable presence. The modulation of scale and varied, yet complimentary, design aesthetic across the campus creates a sense of individuality without forgoing architectural continuity—a response to the character of the developing neighborhood and the community-building goals of the California Department of General Services.

      The scale of the large campus is broken down by a series of bridges and walkways that traverse the campus from west to east, strengthening connectivity between the four buildings. On the north side of campus, a three-story bridge links the northwest and northeast towers at levels five, six, and seven, while the covered walkway on the south side of campus links the east amenity podium to the west amenity podium on the second floors. To accommodate state employees’ needs around the clock, the amenity podium offers a large childcare center, a full-service coffee shop, a fitness center, and expansive indoor- outdoor dining hall.

       

   2. Contra Costa County Administration Building B

      2024 USGBC-CA Green Building Awards

      Honor in Zero Waste & Circular Solutions

      The Contra Costa County Administration Building (CCCAB), is the first government building to achieve TRUE Gold for Construction certification and is targeting LEED V4 Platinum certification.

      The project’s exceptional outcomes, include:

      • Diverting over 10,346 tons of material from landfills, achieving a 95.07% waste diversion rate.

      • Saving over $27,711 through reuse initiatives and reducing 8,504 metric tons of greenhouse gas emissions through recycling and composting — equivalent to taking 1,806 gasoline-powered cars off the road for one year.

      • Included several circular and reuse strategies implemented including salvaging and repurposing 3,430 pounds of marble from the original buildings for the new elevator lobbies. Resulting in 536 kg of CO2e in upfront embodied carbon emissions (A1-A3) saved.

      • 2,253 tons of concrete waste sent to ABM, where it was ground into aggregate base material. This material was then used as basement fill for the new building, closing the loop on waste management.

       

      The CCCAB implemented several unique steps to achieve its innovation in waste diversion and sustainability.

      Prodeck horizontal formwork system by Webcor replaced traditional plywood formwork, preventing 54,900 lbs of plywood waste from ending up in landfills and saved over $23,000 in the process.

      Various materials from the demolished buildings, such as office supplies, furniture, and appliances, were repurposed for use in the jobsite trailer, instead of being sent to landfill. Existing base rock was crushed and reused as fill for the demolished building’s basement and to build the foundation pad. 

       

      The project team took creative measures to cut down on on-going construction waste, such as reducing plastic bottle usage, repurposing construction gloves and wood into tables, and implementing QR codes to minimize paper waste.

       

      Significant salvaging of materials from the old structures played a critical role:

      • Marble panels from the old building were repurposed for the new elevator lobby

      • 1,500 granite blocks from the old jail transformed into granite pavers for the plaza

      • Perforated wood panels from the old council chambers reused as wood paneling in the new lobby.

      • Wood dunnage was also reused by a vendor for shipping panels, with 450 pieces of lumber, 60% recycled from previous jobs, reducing 10,908 lbs of waste. A major circular reuse strategy was the decision to retain most of the existing foundation of the tower and mid-rise building below grade, instead of removing and off-hauling it. This action, coordinated with the demolition subcontractor, structural engineer, and geotechnical engineer, and approved from an environmental perspective, avoided the generation of 1,744,080 lbs of concrete waste.

       

      This approach aligns with circular economy principles by focusing on retaining and optimizing the existing building stock. To address on-going waste, Contra Costa County Public Works Purchasing Department developed an Environmentally Preferable Purchasing Policy (EPP) and vendor portal.

       

      CCAB engaged the community by integrating sustainability with public education. Sustainability videos were developed to engage with the community about the project.

      The videos were produced in English (Sustainability Tour of New Satellite Administration Building and Public Plaza) and Spanish (Recorrido Por La Sostenibilidad Del Nuevo Edificio De Administración De Satélites Y La Plaza Pública). Clearly labeled bilingual signage marked waste collection points, ensuring all workers could easily follow waste management protocols. Educational initiatives included a dashboard that tracked diversion rates and zero waste goals, along with safety training focused on hazardous waste prevention. 

      The CMAA Northern California Chapter Sustainability Program also contributed to community education by presenting a Case Study in TRUE Certification, highlighting the circular economy solutions implemented in the project. The event attracted attendees from organizations like Amazon, Sacramento County Airports, and the California Department of Corrections, as well as students from Cal Poly and Cal State East Bay.

       

   3. Gateway to China Town

      2024 USGBC-CA Green Building Awards

      Merit in Zero Waste & Circular Solutions

       

      Situated in San Francisco's urban landscape, this Class A Historic asset, dating back to 1921, had fallen victim to neglect, underutilization, and vacancy. Its significance as a gateway to the culturally rich and lively Chinatown was overshadowed by its dilapidated state, worsened by the pandemic-induced biases affecting the neighborhood. With ground-floor retail struggling to regain traction after months of closure due to city protocols, the restoration project aimed to preserve the building's historical integrity while navigating local building codes and preservation guidelines. Moreover, the team sought to address social and economic concerns for both retail tenants and the building owner. A commitment to sustainability guided the decision to reuse at least 90% of the building's structural elements, mindful of the historical fabric. Despite its nearly century-old age, the focus was on efficiency improvements, energy reduction, and the strategic conversion of upper floors into much-needed, thermally comfortable housing units. The phased approach commenced with the third-floor units, benefiting from ample daylight and scenic views, aligning with the city's housing needs. The next phase involved increasing the appeal of ground floor retail and increasing accessibility on a high sloping street. All this time the building facade cleanup and restoration continued carefully.

       

      Restoration involved implementing sustainable practices, such as energy-efficient upgrades and reuse of existing materials reducing environmental impact but also lowers operating costs for the owner/occupants over time. Adding insulation to walls, floors, and roofs improved thermal performance without compromising the historic fabric of the building. Air leaks and cracks were sealed in the building envelope to improve energy efficiency and reduce drafts. HVAC systems were upgraded with energy- efficient models that can reduce energy consumption while maintaining indoor comfort levels. Lighting was also upgraded on the second/third floor with Code minimum fixtures and low-flow fixtures to reduce consumption and lower utility costs. 

      Historic materials embody the energy used to extract, manufacture, and transport them to the site. By retaining and refurbishing existing materials, the embodied energy is conserved, resulting in lower overall environmental impact compared to using new materials. Reusing the Structure, enclosure and materials as much as possible after careful survey was the team’s biggest goal. 

      Historic materials such as brick are often more durable than modern alternatives. By preserving these materials, the need for frequent replacements was minimized, reducing resource consumption and waste generation. The thermal mass properties of the existing enclosure helps to regulate indoor temperatures.
      

      The building occupies an existing urban lot, leaving surrounding green space intact. By choosing to restore rather than demolish, the team preserved green areas, like the park across the street promoting biodiversity in an urban environment. Restoring the project also involved reusing existing infrastructure rather than building new structures on undeveloped land. The building is also located in a walkable neighborhood with access to public transportation. By restoring the building into a mixed-use occupancy, the project team is promoting sustainable transportation options such as walking, cycling, and public transit, reducing the need for car-dependent lifestyles and associated habitat destruction. Renovating this historic building demonstrates a commitment to the local community to support economic recovery efforts after the pandemic. Retail tenants benefited from increased community engagement and support as the renovation project generated interest in the revitalized space. The renovation process provided an opportunity for the building owner and retail tenants to collaborate closely and address shared concerns. 

      Engaging tenants in the renovation planning fostered a sense of ownership and investment in the project's success. Upgrades such as touchless entry systems, improved ventilation, and enhanced sanitation protocols instilled confidence and mitigated concerns related to COVID-19 transmission.

       

      Restoring this dilapidated historic property in an urban setting has had far-reaching benefits for the building owner, occupants, and the surrounding community, contributing to economic, cultural, and social vitality. The restoration catalyzed broader revitalization efforts within the community inspiring other property owners to invest in restoration projects, leading to overall neighborhood improvement and economic development.

      The owner wanted to contribute to preserving the cultural heritage of the urban area, not only adding to the neighborhood's character and charm but also fostering a sense of pride and identity among occupants and the local community. A restored historic property, whose change of use from commercial to residential stands out in the market and has been able to attract tenants who value unique and well- maintained spaces thus reducing vacancy rates, leading to more stable rental income in a depressed commercial market. Restoration also led to an increase in the property's value due to improved aesthetics, structural integrity, upgrading amenities, improving safety standards, enhancing living conditions. And historical significance providing a better return on investment for the owner. Occupants benefit from modern comforts while still enjoying the historic charm and character of the building. 

      
      
      
      

       

   4. SFO Alaska Airlines T1 Lounge

      2024 USGBC-CA Green Building Awards

      Merit in Health & Wellbeing

       

      Alaska Air Group’s (AAG) newest lounge embodies innovation by promoting health and well-being in the built environment, inspiring the kinetic and visual synergy of sustainable design and construction to shape a new, lively world that empowers travelers, the community, and the greenery of planet earth. The 11,000 sq. ft. build-out within the San Francisco International Airport was for the relocation of the client’s existing lounge, mobilizing from Terminal 2 to Harvey Milk Terminal 1 while, in the process, recreating a whole new atmosphere for the client to deliver a premium experience. Along with AAG’s environmental commitment and equitable growth, the objective was to illustrate four unique visual narratives ideated around the concepts of ‘Come In,’ ‘Take A Breath,’ ‘Cut Loose,’ and ‘Help Yourself’. The team’s inspiration for health and well-being encompassed multiple design and construction strategies to provide users with a unique experience while creating a safe working environment for all stakeholders. Through sustainable innovation, the final product promotes health and well-being by creating a balance of auditory, visual, and thermal senses to enhance the experience for the enjoyment of the building occupants. 

      Project-specific health and well-being enhancements included a strategic approach for acoustics, low- emitting materials, and an indoor air quality plan to deliver the new lounge with innovation. With 47 million travelers annually, the inherent nature of reimagining the new lounge was to provide guests with an accommodating space within SFO.

      The objective was to create a seamless, cohesive visual narrative
      diversified around the concepts of ‘Come In,’ ‘Take A Breath,’ ‘Cut Loose,’ and ‘Help Yourself’ with a vibrant reflection of San Francisco to offer a unique experience catered to various necessities. Each section
      incorporated unique biophilic designs using low-emitting materials and a project-specific indoor air quality
      plan promoting a safe and healthy construction site to deliver a superior environment for building occupants. The first floor, ‘Come In,’ welcomes guests into a calming oasis of peace and tranquility. This entrance disassociates the busy nature of the airport through the utilization of sound-absorbing acoustic ceiling tiles with key features of low-energy lighting, custom metal twists, and custom wood slates, directing visitors to explore the upstairs.

      For concentration and productivity, ‘Take a Breath’ provides a peaceful and quiet atmosphere with controls of reverberance and noise build-up. Biophilic designs of nature, lighting, and curves soften the space. ‘Help Yourself’ illustrates a cozy, restful, and colorful ambiance with design acoustics to welcome the light reverberance of casual conversations at comfortable volume. The farthest area from the entrance invites users to ‘Cut Loose’ using community
      amenities, including a bar and group seating areas, with careful acoustic considerations.

      The SFO Alaska Airlines Lounge T1 Lounge project exemplified exceptional team collaboration for the implementation of health and well-being strategies. This process included the engagement of AAG, WDA, Turner, and Arup, ensuring a diverse exchange of ideas and early identification of challenges through
      design, construction, and completion. Key team collaboration to implement strategies included involving all stakeholders from the outset, aligning the team on project goals, and integrating diverse perspectives into the process. WDA engaged Arup as LEED consultant for the green building program, aiming to
      promote innovation, health, and well-being. Turner, in alignment with the outline of the scorecard for the
      LEED Gold requirements, remained in constant communication with the team regarding materials and
      resources, construction activities, air quality assessments, and documentation of EPDs/LEM to provide input on critical decisions, particularly those affecting indoor air quality, material selection, and acoustic design.

      Sound control in the open lounge environment was a key challenge, as voices traveled to a distance of 60
      feet away. To help address this, WDA designed a 40-foot laser-cut metal acoustic wall of the Golden Gate
      Bridge as a central feature between the quiet lounge program and the active bar area. The custom metal
      acoustic wall and wood slats evoked movement for design intent. Turner installed the one-of-a-kind mural,
      partition framing, millwork, and the acoustical ceiling system.

   5. The Village SF Wellness Center

      2024 USGBC-CA Green Building Awards

      Merit in Environmental Justice

       

      The Village SF integrates impactful strategies to achieve its sustainability and environmental justice goals. One of its key sustainability features is the use of mass timber framing, which significantly reduces the building’s carbon footprint by sequestering carbon, a more environmentally friendly alternative to traditional steel framing. The project also incorporates a “breathing skin” design with operable windows and a vertical terracotta lattice to reduce reliance on artificial heating, cooling, and lighting. The building’s systems include advanced HVAC, all-electric appliances, and a green and white cool roof to minimize energy consumption and operational carbon. Together, these features create a highly efficient, resource-saving facility addressing both operational and embodied carbon.

      The Village SF also emphasizes equity and environmental justice. Led by Friendship House, the project serves the American Indian/Alaska Native community, addressing systemic inequities by providing essential services, such as medical care, substance abuse treatment, and cultural healing spaces. It also prioritizes environmental justice by integrating traditional indigenous practices and nature-based solutions. A rooftop garden will produce over 4,000 pounds of traditional foods annually, while a tree canopy and green workforce initiative will help capture carbon and provide economic opportunities through job training in green industries.

      The Village SF’s holistic approach to sustainability and social justice earned them the Green Building Initiative’s 2023 ACCESS award. This program annually provides a complementary Green Globes assessment and certification to a project creating positive impacts for its local community.

      • The use of native-sourced Mass Timber framing significantly reduces the project's carbon footprint by sequestering carbon as compared to traditional steel framing. 

      • The LCA found that the total carbon emissions avoided is equivalent to the amount sequestered by 328 acres of forest per year.

      • The project's design includes a “breathing skin” envelope with operable windows and vertical terracotta lattice. 

      • These features will modulate airflow and access to daylight which reduces the need for artificial heating, cooling, and lighting. 

      • Other sustainability features include advanced HVAC systems, all electric appliances, a green and white cool roof, low-carbon concrete, and a rainwater catchment system. 

      • There are plans for planting a tree canopy to enhance the areas carbon capture capacity, reduce urban heat island effect, and enhance air quality. 

       

   6. Gradient Canopy

      2024 USGBC-CA Green Building Awards

      Honor in Health & Wellbeing 

      Google’s Gradient Canopy office in Mountain View, California is a flagship example of how Google approaches circular building design in a holistic way — with an emphasis on adaptable workspaces, reducing construction waste, and incorporating healthy, reclaimed, and responsibly sourced materials.

      Gradient Canopy is LEED Platinum certified, and is one of the largest buildings to attain the International Living Future Institute (ILFI) Living Building Challenge (LBC) Materials Petal Certification. From the outset, Gradient Canopy was designed to reduce the demand for new materials as workforce needs evolve by prioritizing a flexible workspace environment featuring partition walls that can be easily adjusted.

      Circularity goals were incorporated into each and every material decision throughout design and construction, and all permanently installed building products were reviewed for ingredient health; the first step in unlocking the circular economy is choosing materials that are safe for human and environmental systems. More than 30 reclaimed materials are incorporated throughout the building and approximately 99% of the new lumber used for the building (both temporary and permanently installed) was procured from responsibly managed forests certified by the FSC. Finally, the team diverted more than 90% of construction waste from disposal through sorting waste materials onsite, which helps recycle materials that might otherwise go to landfills. This amounted to nearly 23,000 metric tons (51,000 pounds) of diverted construction waste.

       

      Gradient Canopy is one of Google's first ground-up developments, providing an opportunity for Google to take human-centered, circular design to a new scale, from concept through operations. Throughout design and construction, the Gradient Canopy project team vetted every material considered for permanent installation in the building and onsite against the LBC’s Red List, which represents worst-in- class chemicals that negatively impact human and environmental health. In total, the team reviewed the ingredients of more than 8,000 products, working closely with manufacturers to drive transparency in the building industry.

      Because we can't change the chemistry of materials once they are in our buildings, prioritizing safer materials in the first place enables reuse in a circular future. The team also reduced waste from the start by leveraging prefabricated materials whenever possible to reduce scrap, and worked closely with manufacturers to minimize single use packaging wherever possible. 

      Additionally, the building features more than 30 products from salvaged sources, including reclaimed wood, bike racks, lockers, carpet, and tiles that would have otherwise gone to landfill.

      Ultimately, these strategies work to advance Google's commitment to accelerate the circular economy in order to achieve net-zero carbon emissions.

      Gradient Canopy was driven by audacious goals around innovation and sustainability in the built environment. From the start, it was critical that whatever solutions we developed provided benefits not just to us, but to the industry at large and our local community. By encouraging manufacturers to incorporate Declare labels and other third-party certifications in their product lines, the project team worked to expand the impact of their efforts by bringing healthier and more transparent options to the building product market.

      Gradient Canopy is also home to the Google Visitor Experience, which is a new destination for everyone — neighbors, visitors, and Googlers.

      With a variety of programs and spaces designed to foster connection, the public spaces aim to enrich and enhance a sense of community for everyone who visits. Snaking around the building and through the 18-acre site is a dedicated Green Loop with bicycle and pedestrian paths. Here everyone can benefit from the drought-tolerant native landscaping and public art – built with upcycled and healthy materials – that makes up the building’s exterior public spaces.

      Google's Gradient Canopy office in Mountain View, CA expands the boundaries of sustainable design with flexible workspaces, healthy and reclaimed materials, and public spaces the whole community can enjoy. Gradient Canopy is LEED Platinum, and is one of the largest buildings to attain the International Living Future Institute (ILFI) Living Building Challenge (LBC) Materials Petal Certification.

      From the outset, Gradient Canopy was designed to reduce the demand for new materials as workforce needs evolve by prioritizing a flexible workspace environment featuring partition walls that can be easily adjusted. Circularity goals were incorporated into each and every material decision throughout design and construction, and all permanently installed building products were reviewed for ingredient health.

      The building features a dragonscale solar roof, equipped with solar panels that use the latest building integrated photovoltaic technology. The dragonscale solar is the result of years of product development at Google, collaboration with partners, and examining prototypes from manufacturers all over the world.

      Coupled with the canopy’s pavilion like rooflines, the panels let us capture the power of the sun from multiple angles. The dragonscale solar roof is expected to generate  approximately 40% of the building’s annual energy, per our predictive models.

      Gradient Canopy uses municipal and on-site generated recycled water for toilets, irrigation, and cooling, which is expected to help reduce the average annual potable water usage by approximately 40%.

      The building captures all of the rainwater from the roof and most of the stormwater from the site for treatment and reuse in cisterns that can hold up to 721,000 gallons.

      On Gradient Canopy's four vegetated acres, we worked to reestablish ecosystem elements once prevalent in Silicon Valley, including oak woodlands, willow groves, chaparral, and grasslands.

      The landscape is composed almost entirely of native species, including approximately 400 native trees and pollinator- friendly native plants. The goal is to revive the area’s ecological heritage and bolster the human experience, while creating thriving, functional landscapes for a biodiverse constellation of species.

   7. Westlands Solar Park

      2024 USGBC-CA Green Building Awards

      Honor in Environmental Justice

      Westlands Solar Park (“WSP”) represents a groundbreaking approach to sustainable development, making substantial contributions toward the State of California's clean energy goals to use 60 percent renewable energy resources by 2030.

      WSP is one of the largest permitted solar parks in the U.S. that has the potential to grow to more than 2,700 megawatts (2.7 gigawatts) of renewable energy potential at full buildout which could provide clean energy to more than 650,000 homes. The master-planned solar park encompasses more than 20,000 acres in California’s San Joaquin Valley in western Fresno and Kings Counties and is designed to open in phases to meet the needs of public and private utilities and other energy consumers. 

      In addition to environmental restoration of selenium contaminated, non-productive farmland into a productive, solar energy-generating landscape, WSP exemplifies social sustainability by creating a significant number of local jobs. During the construction of the 250MW Aquamarine project, for example, the project created 500 jobs and provided training through apprenticeships, fostering a skilled workforce in renewable energy.

      WSP has a completed and certified programmatic environmental impact report by S & P Global for the entire project. And by supporting public and private utilities and using innovative solar photovoltaic technology, WSP has gained recognition as one of the few renewable energy zones identified as a Competitive Renewable Energy Zone (CREZ) through the Renewable Energy Transmission Initiative (RETI)
      process.

      Westlands Solar Park (WSP) implemented several strategies that have contributed to its innovation and success:

      Repurposing Contaminated Farmland: A key innovative step in WSP’s development is the repurposing of over 20,000 acres of unusable, selenium-contaminated farmland in California’s San Joaquin Valley. By transforming this previously unproductive land into a solar powerhouse, the project addresses environmental restoration while also creating a renewable energy solution. This repurposing represents a sustainable approach that helps reduce the environmental impact of land use.

      Phased Development for Scalability: WSP’s phased approach to construction, starting with the 250- megawatt (MW) Aquamarine project, allows the park to scale its capacity gradually, accommodating the growing demand for clean energy while managing project complexity.

      Battery energy storage systems: The utility-scale battery energy storage systems allow for WSP solar generation the flexibility to for essential applications such as peak shaving. 

      Integration into Competitive Renewable Energy Zones (CREZ): The site was strategically chosen within a CREZ, a designation from California’s Renewable Energy Transmission Initiative (RETI), which allows for optimized connection to the state’s electrical grid.

      Strong Public-Private Partnerships: WSP benefits from a broad coalition of support from various stakeholders, including local labor unions, environmental groups (e.g., Defenders of Wildlife, Sierra Club), and public utilities. These partnerships have driven both financial investment and regulatory support for the project.

      
      Workforce Development: The project’s collaboration with the International Brotherhood of Electrical Workers (IBEW) Local 100 to provide apprenticeships and training programs for the solar industry is another significant driver of building this large-scale development.
      
      The successful implementation of strategies at Westlands Solar Park (WSP) was the result of effective collaboration across multiple teams and stakeholders, each contributing to the project’s innovation and scale.

      1. Public-Private Collaboration: WSP brought together public agencies, private developers, environmental groups, and local communities. As the project’s developer, we partnered with the Westlands Water District and various governmental entities to repurpose contaminated farmland, turning it into a productive solar park. The project received backing from state authorities through its designation in a Competitive
         Renewable Energy Zone (CREZ), streamlining grid access and permitting processes.
      2. Stakeholder Engagement for Regulatory Approvals: The project's success hinged on continuous engagement with regulators and civic groups. We worked closely with both federal and state bodies to
         obtain environmental approvals and manage land use efficiently. The completed environmental impact assessments allowed the project to proceed with minimal delay.
      3. Labor & Workforce Development: The collaboration between our company and local labor unions, particularly IBEW Local 100, was a vital component of WSP’s implementation. More than 500 construction workers were employed during the initial phase.
      4. Cross-functional Teams for Technology & Infrastructure: Engineering, environmental, and operational teams worked in tandem to implement innovative photovoltaic technologies and install solar panels on steel posts to optimize sunlight capture. Through collaboration with diverse teams across public and private sectors, WSP successfully navigated the technical, environmental, and regulatory challenges of large-scale renewable energy development. This teamwork was key in executing a complex and innovative project like Westlands Solar Park.
      5. The innovation at Westlands Solar Park (WSP) has had a profound and multi-faceted impact on the surrounding communities, both economically and socially: Job Creation & Economic Development: The construction of WSP, particularly during its first phase (Aquamarine), generated approximately 500 construction jobs.
      6. Community Investment and Infrastructure: By converting unusable, selenium contaminated land into a solar park, WSP is contributing to both environmental and economic sustainability in the region. The project has attracted significant investment, with an estimated $3 billion expected to be invested over the course of its development. Through strategic partnerships with local organizations, we support diverse, inclusive, and self-sufficient communities. WSP, located near Stratford Elementary School, offers a unique opportunity to promote solar energy awareness. We partnered with the Heart of America Foundation and SOLV Energy to renovate The Library and Teacher’s Lounge. The completion of the beautification was celebrated with a Library RibbonCutting & Service Day. The library includes a “Good  Energy Corner” where students can learn about solarenergy and create a miniature solar  panel.
      7. Environmental and Health Benefits: As one of the largest permitted solar parks in the U.S., WSP contributes significantly to reducing additional greenhouse gas emissions. Once fully operational, it has the potential to provide clean energy to up to 650,000 homes.
      8. Long-Term Sustainability and Energy Resilience: WSP’s impact extends beyond the immediate community. By contributing to California’s goal of achieving 100% carbon-free energy by 2045, the project is helping to build a more resilient and sustainable energy grid for the entire state.

   8. Malibu High School

      2024 USGBC-CA Green Building Awards

      Merit in Energy/ Operational Carbon

       

      The distinctive canopy supports a 360kW dc PV array that generates renewable energy onsite to support the project’s energy needs, in addition to shading windows and outdoor classrooms. The addition of
      vertical fins further enhances the shading effectiveness of the PV trellises, ensuring optimal performance across different orientations. 

      The size of the glass panels and shading devices were carefully designed via energy modeling and were positioned to optimize daylight harvest, while balancing light entry with minimal solar heat gain. High-
      performing Solar Ban 60 glass was selected for both its energy-saving and glare-reduction properties.

      The building envelope features 2-inch rigid insulation over metal framing, which minimizes heat transfer, reduces demand for heating and cooling, and prevents thermal bridging. This results in a more consistent indoor temperature, greater energy efficiency, and improved comfort. 

      The HVAC system features separate air handling units for labs, kitchen areas, classrooms, and meeting
      rooms, which require different operational hours and air quality. The design also included several operable windows with awnings to allow for passive cooling and reduce reliance on mechanical HVAC systems. 

      The interior program area was reduced throughout the design process to minimize energy use by increasing the utility of outdoor spaces for academic activities. 

      The design of this project’s PV system and envelope are perhaps its most unique features. The PV trellises serve a dual purpose: they not only generate renewable energy onsite, but also contribute to energy
      efficiency when combined with other shading devices. The building envelope design played a vital role in
      achieving net zero energy performance by improving energy efficiency through enhanced daylighting, solar control, thermal insulation, ventilation, and integration with renewable energy systems.
      By carefully considering these design aspects, the team was able to reduce the overall energy demand of
      the building, making it more sustainable, resilient, and contributing to its net zero energy goals.
      One of the driving principles was the Integration of building structure to support a photovoltaic canopy,
      which stretches out beyond the envelope and footprint of the building. 

       

      The structural system was designed to support seismic and gravity requirements as well as provide a gentle extension outward, to support the photovoltaic panels and provide shade.

       

      Reinstating two acres of natural topography and indigenous planting was the starting point which restores
      the hillside and facilitates the introduction of an accessible pedestrian path with occasional educational signage highlighting the restored ecology, native plantings and water conservation features used at the project site.

      
      A resilient fire-resistant design paired with non-combustible material choices allow the school to serve as
      a wildfire shelter for the surrounding community. In conjunction with the local Fire Department, the design
      team incorporated various fuel modification zones around the building, limiting the possibility for fire to spread from tree-to-tree or from tree-to building. The Site design also incorporates a new driveway/fire
      truck route which allows all sides of the building to be directly accessible for fire trucks.
      The project also adheres to Malibu Coast's Dark Skies Ordinance by limiting light pollution levels to those
      required for safety. This included shielding the ESHA and eliminating up-lighting onsite.

      
      Ultimately, this new sustainable building for Malibu High School will serve as a vital resource for the
      community, fostering collaboration and learning while enhancing the local environment. Its commitment
      to sustainability and safety not only benefits the students and faculty but also strengthens the resilience
      of the entire community in the face of environmental challenges.

   9. My Angel Apartments

      2024 USGBC-CA Green Building Awards

      Merit in Health & Wellbeing

       

      My Angel Apartments is a groundbreaking affordable housing project designed specifically for veterans and individuals transitioning out of homelessness in North Hills, Los Angeles. This innovative development prioritizes sustainability and community well-being, aligning with key sustainable goals and strategies that address pressing social and environmental challenges.

      The project is centered on creating a healthy living environment through sustainable design principles. One of the standout features is the integration of a robust solar energy system, which includes high-efficiency photovoltaic panels that harness solar power to reduce energy costs and reliance on the grid. This renewable energy source not only powers the building but also supports communal spaces, such as the community room, which serves as a resiliency hub during extreme weather conditions and utility outages.

      Energy efficiency is further enhanced by the use of high-performance lighting fixtures throughout the building, which contribute to reduced energy consumption and lower operational costs. The building’s design incorporates open-air corridors and colorful courtyards, allowing for natural ventilation and abundant daylighting. These outdoor spaces create uplifting environments that foster social interaction and improve residents' mental health and overall well-being.

      Water management is another crucial aspect of the project. My Angel utilizes Low-Impact Development (LID) strategies, including specially designed planters that manage stormwater effectively. This system promotes water retention and filtration, contributing to cleaner stormwater practices while supporting a diverse array of drought-tolerant plants that thrive in the local climate.

      The project achieved LEED Gold certification, reflecting its commitment to sustainability. Notably, it fell just short of LEED Platinum certification, missing the mark by a mere 4.5 points. This achievement underscores the project's innovative approach to sustainability, making it a model for future developments.

      My Angel collects solar and energy, then reuses at night. The project includes (47) PV panels that charge a series of Sol-Ark batteries at 36.9kwh capacity for on site energy use. These batteries in this affordable housing project allow for reduced energy costs in the high pricing hours by using battery power. It also allows for the community room to be used as a resiliency hub during extreme heat and utility outages.

      A look at the solar panels on the roof designed with a ballasted system. These (47) panels are a 25.4kw capacity system and produce around 20% of the 54 unit Multi-family energy use. 

      My Angel has high-efficiency JA8 rated light fixtures throughout the project. These fixtures reduce overall energy use in the building and ensure long durability and life cycle in the building while also retaining high-efficacy. You can also see here the open air corridor and courtyards allowing ventilation and daylighting further into the building.

      Further look at some of the lighting fixtures which were included into this community room space for tenants to enjoy. This room has a TV, bank of computers and small kitchen lounge area for use and relaxation by the tenants. 

      My Angel used Forbo marmoleum flooring throughout the project in units and some of the common spaces. This bio-based product has low embodied carbon content and a large sum of recycled content. Additionally this was provided in a tile so it allows for easier replacement and maintenance over the products life.

      This affordable housing project uses low-impact development (LID) planters to retain the water during storm events and slowly filtrate it and return it to the stormwater system for clean stormwater practices. This EPIC system was the LID system used for the project allowing water tolerant plants to thrive in these planters. 

       

   10. The Burbank Studios/Warner Bros Discovery Second Century

       2024 USGBC-CA Green Building Awards

       Merit in Health & Wellbeing

        

       The revolutionary aspect of this project is the scale of WBD’s commitment and investment in occupant health and wellness, expressed on three fronts:

       1. Biophilia/integration of nature: most visible in the robust integration of trees and other plants around, above and within the building, and the extraordinary views available to all occupants 
       2. Healthy materials, complying with the highest LEED and WELL standards
       3. Extraordinary emphasis on access to good nutrition, with a spectacular health-forward cafeteria and a healthy pantry on each floor. With the emphasis on biophilic design/nature connection, the campus’s numerous outdoor spaces connect employees with nature, promoting mental and physical well-being. Diverse workspaces include lush roof terraces that provide inviting outdoor areas. Coupled with a free address policy, employees have the flexibility to choose how and where they work.

       
       Healthy materials were selected to protect employees (and construction workers) from hazardous elements and emissions.

       Spectacular food and beverage zones and a healthy pantry on each floor nourish occupants. Additionally, the team developed substantive policies and benefits to support employee health, including a variety of food options and a wellness clinic. Extensive programming to promote community, wellness, and flexibility allows for future growth. 

       Spaces in the building house creative teams in highly technical environments (audio/video recording, editing, and review) that offer top level acoustics and illumination to match. A variety of innovative office and meeting spaces merge collaboration with entertainment. The building is filled with the art and history of the famous studio that shaped our modern world.

       The Burbank Studios/Warner Bros Discovery Second Century project represents a pivotal milestone in both architecture and sustainability, signaling the company’s forward thinking vision. This 800,000 square- foot modern office complex in Burbank is designed to be a state of-the-art workplace that fosters creativity, well-being, and environmental stewardship. The building’s exterior, shaped like a calving iceberg, is a bold reminder of the urgency of addressing global warming, setting the tone for a structure that intertwines art, science, and sustainability.

       Inside, the design promotes wellness and flexibility, with open layouts that encourage collaboration and communication. Spaces dedicated to employee health, such as gyms, wellness offices, and a health-
       conscious cafeteria, reflect a commitment to holistic well-being. The office is outfitted with sustainable furniture and materials, creating a healthy and eco-friendly environment that aligns with contemporary values of wellness and sustainability. 

       The project’s emphasis on biophilic design—through abundant outdoor spaces, rooftop terraces, and landscaped areas—connects occupants to nature, restoring mental and physical well-being. The landscape design, inspired by the San Gabriel Mountains and Hollywood Hills, incorporates native California plants that reduce water use, enhance biodiversity, and provide habitat for local wildlife.

       The greenery not only softens the urban environment but also acts as a living carbon sink, with projections indicating that mature trees will sequester up to 120,000 pounds of CO2 by year fifty. In addition to fostering a connection with nature, the project integrates high tech spaces for video and audio production, supporting Warner Bros Discovery’s creative endeavors.

       The workspace features innovative, flexible environments designed to accommodate future growth and attract top talent. By blending wellness, technology, and sustainability, the Second Century office sets a new standard for corporate campuses and serves as a model for how businesses can lead in environmental responsibility while nurturing a thriving, creative workforce. 

   11. The Commons (The Campus Project)

       2024 USGBC-CA Green Building Award

       Merit - Energy/Operational Carbon

       The Commons implemented energy efficiency measures that resulted in a 20% energy savings compared to the baseline (excluding renewable energy). In addition, the project includes a 72 kW rooftop solar photovoltaic array estimated to produce 140 MWh annually.

       The building includes daylight harvesting photocells that allow for interior lights to be dimmed based on
       outdoor lighting to further drive energy reduction and take advantage of Southern California’s natural
       lighting. Window shades that cover the floor-to-ceiling windows along the third-floor event space are programmed to automatically lift and lower based on outdoor lighting and temperature. This feature allows for natural light to illuminate the space while the shade programming prevents heat gain, resulting
       in decreased energy required to cool the space.

       The project is enrolled in a demand response program through SoCal Edison to participate in peak-load
       shaving during critical energy needs. Reductions up to 53 kW (or 10.5% of peak demand) are planned for
       space cooling, pumps, and fans in the building. When a demand response event is issued, the Studio Lot Service Center (staffed 24/7) will dispatch a work order to implement the demand response sequence and
       notify building occupants and visitors. 

       The project’s central chiller plant consists of high-efficiency magnetic bearing centrifugal chillers. In addition, the high-performance chillers are fitted with ultra-low GWP new-generation refrigerants which
       have 1000-2000x less GWP than traditional refrigerants.

       Finally, the aluminum veil that surrounds the building serves as a high-performance façade to reduce heat gain and glare while maximizing daylight availability.

       It was decided early in project conception that The Commons (and The Campus Project at large) would incorporate sustainable design and environmental elements into the design and construction of the new
       facilities. By having the goal of LEED Platinum certification to guide the teams on where to focus sustainability measures, the team was able to implement a variety of energy-saving measures during the
       project’s design and construction.
       The project engaged with energy consultants, architects, engineers, and sustainability experts to ensure
       the integration of sustainability and environmental design was prioritized throughout the project. 

       During the project’s design, Comcast NBCUniversal made a public commitment to be Carbon Neutral by 2035 across Scope 1 and 2 emissions. This helped to further drive design and construction decisions that put us on track to reduce energy consumption and associated operational emissions in line with our carbon-neutral goal.
       Enhanced commissioning was pursued for the project to ensure that the building continues to optimize at
       peak performance on an ongoing basis.

       The Commons and the adjacent One Universal office building comprise NBCUniversal’s “The Campus
       Project” a newly transformed dynamic campus showcasing sustainability and environmental design. The Commons is under final construction review for LEED Platinum certification and on track to receive over 90 points, joining only three other projects in the United States that have scored above 90 under the BD+C rating system. One Universal is also on track for Platinum certification, making it one of the largest corporate offices to achieve LEED Platinum and positioning NBCUniversal as the first Hollywood studio to have a LEED Platinum building. 
       The Campus Project exemplifies a transformative approach to sustainable building design. Both buildings achieved over 20% energy reductions through efficiency measures described above including on-site solar, smart technology integration of daylight harvesting photocells, ultra-low GWP refrigerants, and demand
       response strategies that showcase NBCUniversal’s commitment to intelligent energy management.

       The Campus Project’s innovative building design includes a high-performance façade on both buildings to reduce embodied carbon emissions associated with the project while applying special engineering
       attention to the thermal envelope to avoid heat gain and reduce cooling loads. A whole-building life cycle
       assessment was completed for both buildings, with embodied carbon reductions of up to 22% through
       low-carbon concrete optimization and a rigorous vetting process applied to the selection of building
       materials.

       Working with our waste-hauling partners, the project successfully reduced construction waste by over 90% and features operational waste reduction elements like three-stream bins and reusable dishware throughout the two facilities.
       The Paseo and outdoor green spaces provide a heart for the campus and encourage outdoor gatherings to
       foster a human-nature connection. Over 750 trees were planted during the construction project, including
       a 3-acre preserved tree farm located in the southwest corner of the studio lot property. Recognizing the importance of tree diversity in a healthy urban forest, the project includes over 20 different tree and palm species all watered with 100% recycled water.

       Our project represents a holistic approach to sustainable innovation, addressing energy efficiency,
       embodied carbon, water conservation, waste management, and biodiversity. The Campus Project serves as an educational platform, raising awareness about sustainable practices among employees, talent, and visitors in the surrounding film and television community. We aim to inspire others to adopt similar initiatives and showcase what a sustainable studio lot can look like in Southern California and beyond.

       Learn more: https://variety.com/2024/film/news/universal-film-studio-renovation-photos-1236158058/

   12. Waldorf Astoria Beverly Hills

       2024 USGBC-CA Green Building Awards

       Merit in Water

        

       The iconic Waldorf Astoria Beverly Hills, the Forbes 5-Star Los Angeles hotel renowned for its luxury accommodations and commitment to environmental sustainability, partnered with a San Francisco-based water reuse technology provider to implement a groundbreaking onsite water reuse system. This partnership aligns with the hotel’s ongoing efforts to conserve water and reduce its environmental footprint.

       Commissioned in 2024, the onsite greywater reuse system will recycle 438,000 gallons of water annually from the hotel for reuse in landscape irrigation, helping to beautify the greenery at the hotel’s garden-styled restaurant, The Rooftop. This advanced solution not only addresses the region’s water scarcity challenges but also sets a new standard for sustainable luxury hospitality. The onsite reuse system captures and treats greywater from showers and laundry, purifying it to exceptionally high standards for reuse.

       After facing challenges with their previous water reuse approach, the hotel ownership group sought out the expertise of a leading provider of onsite water reuse technology to reinvent the approach. With full responsibility over the design, implementation, and ongoing maintenance of the new system, the Waldorf Astoria Beverly Hills hotel now enjoys a first-of-its-kind water reuse experience, thanks to the cutting-edge technology, deep industry experience, and unwavering attention to detail.

       The project owners were committed to creating one of the most sustainable hotels in Los Angeles, with a major focus on reducing water consumption through onsite reuse. The project aligns with California’s strict water conservation measures, especially critical in drought-prone areas like Los Angeles. By integrating water recycling into its operations, the Waldorf Astoria Beverly Hills not only minimizes its environmental impact but also serves as a new standard for luxury properties embracing green practices without compromising guest experience. The innovative onsite water reuse system significantly lowers the hotel's water footprint, contributing to long-term sustainability goals in the hospitality industry. 

       The partnership between the hotel owners and the water reuse providers to implement technology for efficient water treatment and reuse has created a closed-loop system, reducing the hotel’s reliance on strained municipal water sources. This collaboration serves as a key example of how luxury establishments can seamlessly adopt environmentally friendly innovations while maintaining world-class service.

       The project has generated considerable industry buzz, drawing the attention of regulators and policymakers who view it as a pioneering model for sustainable water management in the built environment. Its success has sparked interest in using the Waldorf Astoria Beverly Hills as a blueprint for similar projects across Los Angeles and nationwide, as officials look to promote water conservation measures in real estate. This innovative approach is now being explored as a scalable solution for broader adoption in drought-affected regions.

        

        

   13. L’Oréal’s El Segundo Office

       2024 USGBC-CA Green Building Awards

       Honor in Health & Wellbeing

       L’Oréal’s El Segundo office exemplifies innovation in wellness, waste management, and energy efficiency, earning triple platinum certifications with LEED v4 ID+C, WELL v2, and LEED v4.1 O+M. As the first L’Oréal location to achieve this milestone, it sets a new standard for the company globally, showcasing how sustainable design can create a positive impact on both employees and the community.

       The office incorporates state-of-the-art amenities that prioritize physical and mental well-being. It features biophilic design elements, including an interior urban garden, and an outdoor herb and vegetable garden that promotes relaxation and helps reduce burnout. Unique amenities such as the "Barking Lot" dog daycare and a wellness-focused café with healthy food options enhance the employee experience. Additionally, the facility includes a fitness center, mother’s suites, meditation rooms, and wellness spaces to support holistic well-being. A prominent staircase, connecting all floors, encourages movement, while L’Oréal’s *Share and Care* program supports the physical, mental, and financial wellness of employees. The office’s celebrates culture inspired by the original 1930 building and women entering the workforce, with other L’Oréal cultural themes displayed throughout, further boosting employee engagement and fostering a vibrant, supportive environment.

       L’Oréal’s commitment to sustainability is evident in its robust waste management policies. Through participation in circularity programs like *Bring Your Beauty Back* and *Green Circle Salons*, the office extends waste reduction efforts beyond operations to include product recycling. Twice-yearly waste audits and daily waste monitoring inform best practices, while vendors are required to use reusable, compostable, or recyclable materials. Educational initiatives on sustainability ensure that employees remain engaged in waste reduction efforts.

       The office utilizes an integrated design approach with renewable energy generation, alternative transportation options, and energy-efficient mechanical and electrical systems. Collaborations with stakeholders, including the installation of a photovoltaic (PV) system, ensure that the building operates at peak energy efficiency. The surplus energy generated is shared with neighboring buildings and delivered to the Southern California Edison grid, contributing to cleaner energy in the region.

       L’Oréal’s El Segundo office demonstrates how sustainability, wellness, and community engagement can be seamlessly integrated into corporate spaces, setting a powerful example for future projects and reinforcing the company’s commitment to a greener, healthier future.

       Health & Wellbeing measures include: 

       • Biophilic design, cultural and historical significance is displayed through existing structure and hangar apparatus over the main entrance Naturally illuminated stairs on mezzanine area encourage movement.
       • Daylighting availability is enhanced through sawtooth clerestories and daylighting sensors contributes with reducing electricity.
       • Additional cultural displays and examples of multi-purpose spaces for un-structured play and meetings. 
       • The herb and vegetable garden is an outdoor space for breaks away from workstations. Foods grown are available to employees.
       • Café features healthy food options and places for work break and socialization. 

   14. BUCK Los Angeles

       2024 USGBC-CA Green Building Awards

       Merit in Energy/ Operation Carbon

        

       The project includes many different sustainability features such as lower embodied carbon (reusing a building saves 55-85% of the upfront carbon), reduced energy and water consumption (indoor water use reduction of 41%), enhanced lighting performance (savings of around 50%), optimized MEP systems, and other features contributing to the project's LEED Gold certification. With access to quality transit and bike facilities provided onsite, the project’s parking footprint and related emissions are reduced. The project team utilized collaborative and integrative processes to take a holistic approach to the sustainability effort and provide a healthy and comfortable environment in which tenants can work and thrive. 

        

       In addition to the building reuse, the project underwent a Life Cycle Assessment (LCA) to account for the amount of embodied carbon the interior renovation contributed to its overall impact. Collecting Environmental Product Declarations (EPDs) and conducting LCAs allows for transparency in how much each different product is emitting in greenhouse gases. By using an existing building, the project’s embodied carbon is 206,877.74 kg CO2e or ~19 kg CO2e/ m2. The average newly constructed office building has an embodied carbon of 230-320 kg CO2e/ m2. Through building reuse and sustainable materials, the project was able to achieve a large carbon reduction from benchmark values.

        

       The mechanical, electrical, and plumbing systems have been optimized to reduce consumption. Through LEED v4 energy modeling it was found that the project’s energy use is projected to be 21% lower than the ASHRAE baseline. The project had an energy cost savings of 19%, which for interior projects yields 22 LEED points for the Optimized Energy Performance credit. There are savings in heating, cooling, fans, and interior lighting. In order to achieve these savings, the mechanical systems have been optimized. The project uses the existing water-cooled chiller and tower, which are efficient systems, in addition to new high-performance heat pumps. Additionally, the office’s fans and pumps are equipped with variable frequency drives (VFD). This allows for the project to control the amount of air and water at variable levels in order to eliminate unnecessary consumption. Without having these VFDs the project’s system would be supplying air and water at a consistent rate, even if less is needed at a given point. Providing this adaptability greatly improves the efficiency of the project. Through all of these features the project achieves an EUI of 30 kBtu/ sqft.

        

       A large amount of the energy savings is due to the LED lighting fixtures throughout the project, which show savings of around 50%. To further reduce the need for artificial lighting, the team ensured there was adequate daylighting in the project through daylight analysis. The simulation found that the project’s regularly occupied spaces achieve an sDA of 50%, earning an additional LEED point in the Daylight Availability credit. Plentiful daylight along with daylight sensors allow for a reduction of artificial lighting when there is enough natural lighting. This reduces the energy load in two ways: through using less interior lighting and by reducing the heating load for the space. Artificial lighting can give off heat, so using less lighting can reduce the need for cooling.

   15. The Environmental Justice Center at Puente Hills Landfill Park

       2024 USGBC-CA Green Building Awards

       Honor in Environmental Justice

       The Hilda L. Solis Environment Justice Center (EJC) at Puente Hills Landfill Park is the first phase of an ambitious project to transform what was once the second largest landfill in the U.S into LA's first new regional park in 30 years. Sited in a park-poor part of LA County that had to live with the negative impacts of the landfill, every aspect of this center will focus on empowering advocacy for equity, sustainability, and resilience. The entire design is a learning tool for best practices in:

       • Net Zero Operational Energy with all electric project +on-site PVs providing 105% of the modeled energy consumption for maximum occupancy

       • >50% reduction of embodied carbon thru a combination of Mass Timber, Low Carbon CMU, Green Concrete, recycled and salvaged materials

       • Healthy building design with daylighting, natural ventilation, indoor/outdoor connectivity, selection of Red List free and biophilic materials

       • Water Conservation with reclaimed water used for toilet flushing and irrigation + low flow fixtures

       • Habitat restoration with native plants + bird safe glass that will support native species and introduce the community to nature

       • Equity & Environmental Justice creating a community asset in this “Park for All” overlayed on the closed landfill with a new bus route to enhance access, the park, bicycle lanes, horse paths and limited parking for cars and rideshare.

       More than just a Visitor's Center; the Hilda L. Solis EJC is a change agent! Combining the best of a highly interactive museum with an active learning center, will enhance the experience of all visitors - human (young and old of all abilities) and wildlife from rescued raptors to pollinators of native plants. It tells every visitor that they are valued and encourages them to become the next generation of environmental activists. We can’t wait to early fall 2026 to watch the joy of community members – young and old - learning from both the history of place and the best of sustainable innovation, enjoying using this special place to imagine and fight for a sustainable, equitable future.

       While this Awards Program recognizes unique areas of sustainable innovation, this project really illustrates the power of integrated design thinking to address all aspects of sustainability concurrently within a responsible project budget and on a tight schedule. 

   16. Orange County Sanitation District Headquarters

       2024 USGBC-CA Green Building Awards

       Project of The Year

       Honor in Energy/ Embodied Carbon

       Wastewater treatment creates Biogas - there is no current technology to avoid this. For several decades, OCSan has been collecting the on-site biogas and running it through a Central Generation Plant to create electricity, hot water, and steam.

       While ILFI typically would not allow and gas use on-site for the NZE certification, they agreed that this on-site circular economy process utilizing the biogas was legitimate. Running the biogas through the co-gen reduce the CO2 emissions by 95% and was providing sufficient energy to power the plant operations and buildings. Our team’s MEP engineers identified an underutilized portion of the hot water that was not hot enough to be used in the older buildings HVAC systems but was ideal for the high-performance active chilled beams in the new HQ. The challenge was how to get this hot water across the road to the new site for the HQ? The road between OCSan Plant #1 and the HQ site also presented a challenge for the efficient movement of staff between the two sites. The solution was Fountain Valley’s first pedestrian bridge that carried both the staff and the “free” hot water across the road. End result, 60% of the new HQ’s power comes from the biogas cengen and the remaining 45% comes from on-site PVs on the roof and shading the parking.

       When you are designing a mass timber structure and want to optimize the impact of beautiful, biophilic ceilings - you realize that every run across the CLT ceiling for power, sprinklers, ductwork, etc. must become an intentional part of the design. The only way to achieve this is to collaborate closely, eliminating the easy answer to integration and returning to a level of craft.

       The new OCSan HQ delivers triple bottom line sustainability (good for the planet, good for the people and good for the economy) on many different levels. It is on target to deliver:

       1. Net zero (NZ) ILFI Zero Energy Certification.
       2. 58% Reduction in Embodied Carbon compared to a typical steel building
       3. Achieve LEED Gold with a pathway to Platinum.
       4. Support the health and wellness of OCSD employees and visitors.
       5. Make a beautiful and welcoming civic building without being ostentatious.

   17. Environmental Nature Center

       2024 USGBC-CA Green Building Awards

       Merit in Zero Waste & Circular Solutions
       

        

       Inspiring change starts with immersive education. Founded in 1972, the Environmental Nature Center is a fascinating combination of 15 California native plant communities; wildlife habitats; walking trails; and a sustainably designed LEED Platinum learning center- the first building in Orange County to receive LEED Platinum certification. 

       The ENC Nature Preschool serves as a model nature preschool providing a research forum on nature-based early childhood education. Its mission is to provide transformative experiences through connection with nature and its vision is to provide equitable access and inspire all to protect the natural world by serving as a community leader in ecological responsibility, sustainable practices and environmental education.

       Respecting the natural environment and being mindful of resources is an intrinsic value at the ENC. The ENC has spent the last decade implementing low-waste operations for both employees and guests and enforcing waste diversion at the site for all workers, students, and visitors and has most recently added a TRUE Zero Waste Platinum certification to its repertoire. 

       The Artisan Marketplace, ENC’s biggest event, engages thousands of people in zero waste education every year. The thousands of children that visit and learn at the ENC ever year can carry on the sustainable nature-forward mindset the Center provides and inspire themselves and others to become leaders in environmental responsibility and waste reduction.

       Through reusables, zero-waste event policies, and paperless operations the ENC boasts a 97% diversion rate. ENC diversion efforts equal to annual GHG emissions from 43 gallons of gasoline and 16 cylinders of home barbeque propane. Continued performance is monitored using the ArcSkoru platform to track and report energy, water, and waste performance.

       The ENC has a long-standing practice of prioritizing eco-friendly products and vendors as required by their zero-waste purchasing policy. 100% of materials are meeting their highest and best use. Reuse is championed on site, with reusable hand towels, food ware, shared office supplies, and single-sided paper reuse. More than 700 lbs of waste is prevented from entering the landfill monthly just from replacing the single-use animal-handling gloves with reusable rubber gloves on site.

       The zero-waste policies on site also provide teaching opportunities. Any items that are not reusable are recycled as crafts, so that children can be fully immersed in their zero-waste initiative. During Nature Camps, kids participate in the “Zero Waste Challenge” to learn about waste reduction. The ENC also gives back to the community by donating any uneaten food from events. All on-site greenery comprises native plants that thrive in low-water, dry climate areas. 100% of yard waste is reduced at the ENC, as it’s all reused for mulch, compost, etc. The “Compost Learning Lab” provides a highly teachable and effective compost system.

       Since its opening in 1972, the Environmental Nature Center (ENC) in Newport Beach has emerged as a premier immersive learning facility, offering transformative experiences that foster a deep connection with nature within the community. The ENC Nature Preschool plays a pivotal role in nurturing environmental

       stewardship from an early age through its nature-based early childhood education programs. The ENC is committed to providing equitable access to environmental education, inspiring all community members to become champions of ecological responsibility and sustainable practices. The ENC’s LEED Platinum-certified facilities are nationally recognized for their innovative integration of nature and the built environment. The organization upholds the intrinsic value of respecting the natural world and engages over 50,000 community members annually through a diverse array of programs, including school field trips, Traveling Naturalist initiatives, nature camps, and professional development workshops.

       Over the past decade, the ENC has implemented low-waste operations for both employees and visitors, most recently achieving TRUE Zero Waste certification. This commitment has resulted in an impressive 97% waste diversion rate. The ENC not only met all credits attempted across the certification scorecard but also achieved 100% of points in seven credit categories, culminating in a remarkable total score of 72 points to earn Platinum certification level.

       The dedicated ENC team actively contributed to this process, quickly identifying and implementing improvements following a comprehensive waste audit. This proactive approach even allowed the ENC to downsize one of their waste bins, leading to significant cost savings that can be reinvested in enhancing educational programs and community events.

       The ENC exemplifies sustainability, utilizing recycled materials in its administrative building and preschool, and adopting reusable kitchen supplies, multi-use towels, and achieving a 100% compost rate. All staff members, both part-time and full-time, are deeply engaged in maintaining and innovating the center’s zero- waste goals.

        

   18. Edwards Lifesciences Campus Expansion

       2024 USGBC-CA Green Building Awards

       Merit in Energy/ Operational Carbon

        

       At 590,000 SF, the Edwards Lifesciences Campus Expansion serves as a development model that demonstrates that sustainability can be achieved at scale. Five LEED-certified buildings, including a LEED Platinum, net-zero Entry Pavilion, three LEED Gold Certified office/lab and food service/conference facilities, and an additional office/lab building pending LEED Gold certification, were achieved on a standard project budget.

        

       Leveraging analysis tools and an integrated multi-disciplinary approach, the design team optimized energy performance through high-performance envelope, optimized interior and exterior lighting systems, energy efficient HVAC (including VAV laboratory and kitchen hood systems), and optimized building controls.

        

       In addition to LEED certification, each of the new buildings on the campus meets its relevant AIA 2030 Commitment target. The ELS Campus Expansion project added 1,100 KW of renewable energy photovoltaic systems, contributing to what is now one of the largest customer-owned renewable energy systems in the State of California. With additional PV systems located over parking structure canopies, ELS has installed 2,200 KW of grid connected photovoltaic systems in the last 15 years at its headquarters in Irvine, outputting approximately 3.5 MWH of electrical energy each year. 

        

       Overall blended predicted Energy Use Intensity (pEUI) is 40 kBTU/sf-yr, inclusive of relatively energy intensive laboratory and food service spaces. Predicted Net EUI is 30, with approximately 25% of predicted energy offset by on-site renewable energy systems.

        

       The campus expansion accomplished aggressive performance goals through an integrated design
       process and a focus on synergistic strategies. For example, PV-topped, covered walkways channel circulation out of conditioned space, simultaneously producing energy while reducing operational and embodied carbon emissions. These canopies also shade the building envelope and protect the buildings from the solar heat gain while providing comfortable exterior pathways that promote active design and a connection to the outdoors.
       Another example is the planted roof decks. In addition to promoting a connection to the outdoors, these
       exterior gathering spaces mitigate the heat island effect, help manage stormwater runoff, and include
       shade canopies with power generating photovoltaic panels.

        

       The project looks to minimize its impact on the surrounding community. The site design solution manages 100% of stormwater onsite and the quality of the runoff has had pollutants removed to a level that makes the runoff safe for discharge into local waterways. 

       This project ultimately discharges into the San Diego Creek and per the stormwater management strategies implemented, the runoff from this project will not negatively impact its ecosystem. The conservation of water and energy as well as mitigating the heat island effect and protecting the night sky are other examples of the project being a good neighbor.

        

       At 590,000 SF, the Edwards Lifesciences Campus Expansion serves as a development model that demonstrates that sustainability can be achieved at scale. Five LEED certified buildings, including a LEED Platinum, net-zero energy pavilion, three LEED Gold Certified office/lab and food service/conference facilities, and an additional office/lab building pending LEED Gold certification, were achieved on a standard project budget.

       The expansion played a major part in creating one of the largest customer-owned renewable energy systems in the state of California. The project added 1,100 KW of renewable energy photovoltaic systems to the campus through rooftop installations and shade canopies. With additional PV systems located over parking structure canopies, ELS has installed 2,200 KW of grid connected photovoltaic systems in the last 15 years at its headquarters in Irvine, outputting approximately 3.5 MWH of electrical energy each year.

   19. San Bernardino Valley College, Technical Education Project

       2024 USGBC-CA Green Building Awards

       Merit in Energy/Operational Carbon

        

       At the heart of this project’s innovation is the creation of a ‘Living Lab,’ a technical education center designed for San Bernardino Community College. This center not only provides education in high-
       performance practices but also serves as a dynamic educational tool itself, using its sustainable features as teaching points. The project exemplifies how sustainability can significantly elevate the quality and
       well-being of the built environment, benefiting students, faculty, staff, and the wider community. As a leader in the California Community College System, it emphasizes high-performance design while promoting wellness, user experience, and environmental responsibility.
       This initiative incorporates multiple visible and demonstrable strategies, including a photovoltaic glass
       entry canopy with a direct current power demonstration component, thermal chimneys, solartubes,
       modular wetlands, daylight wall systems, and architectural sunshades. These elements, alongside a Sustainability Kiosk in the building’s lobby, display real-time data on energy performance, water usage, and carbon emissions, engaging students and fostering a deeper understanding of sustainability. The building thus becomes an active learning environment where the infrastructure itself informs the users.

       The Technical Building Project reflects a strong commitment to environmental stewardship and efficiency, with projected energy savings of 31% below Title 24 standards and annual utility savings of $25,961 anticipated. These achievements underscore the district’s leadership in sustainable design, with the data collected from the project helping to guide future developments. Overall, the ‘Living Lab’ stands as a forward-thinking model for integrating education, sustainability, and high-performance design within the community, utility partners, and beyond.

       The San Bernardino Valley College Technical Education Center redefines sustainability and educational excellence within the California Community College system. As part of the district's Net-Zero pilot initiative, this transformative "Living Lab" integrates cutting-edge facilities, student wellness, and enhanced community and industry partnerships.

       Key Achievements: 

       • Expanding Educational Horizons: The new 114,000 SF Technical Education Center at Valley College is a
         gateway to new opportunities. It is expanding program offerings leading to professions in Electric Vehicles & Heavy Truck Training, Photovoltaic Education, Water Technology, and other Future Technologies
         programs, providing students with cutting-edge skills for tomorrow's workforce and exciting stakeholders about the future of education.

        

       • Sustainable Ecosystem: Unlike its prior location, this facility prioritizes visual, spatial, and educational connectivity, signifying its profound importance to the campus and the community. It fosters a seamless integration of learning environments with the natural surroundings, promoting well-being through abundant natural light and scenic views, reassuring stakeholders about the care for students and
         community members.

        

       • Living Lab for Sustainability: The Technical Building Project is a 'Living Lab,' demonstrating efficiency and environmental stewardship. It provides real-time energy, water, and carbon emissions data to the college
         district, utility program partners, and students at an interactive lobby display, fostering user understanding
         of sustainability and supporting campus studies. Anticipated energy savings of 31% below Title 24 standards and an annual utility savings of $25,961 exemplify its environmental commitment.

        

       • Thermal Chimneys: A set of five solar thermal chimneys within the automotive labs working in conjunction with operable bi-fold doors and high-velocity low-speed fans help to cool and heat the large bay automotive spaces passively. This strategy helps reduce operational energy use and cost and supports strategy goals that improve student wellness by improving ventilation and air quality within the automotive
         lab spaces. -These strategies and more help achieve 31% below title 24 and a low EUI of 29 kBtU/SF/YR.

        

       • Holistic Sustainability and Wellness: The Technical Education Center is a holistic embodiment of sustainability and wellness, demonstrating the potential when these two principles are seamlessly integrated. It minimizes environmental impact and
         enhances the well-being of those who engage with it daily. This innovative approach to sustainable design and personal well-being sets a new benchmark for the industry.
         The San Bernardino Valley College Technical Education Center exemplifies the impact of sustainable design, transformative education, and community engagement, symbolizing a brighter, greener, and more informed future for everyone.

   20. SBVC Career Pathways 2

       2024 USGBC-CA Green Building Awards

       Honor in Water

       San Bernardino Valley College through their Career Pathways 2 facility will create a state-of-the art educational facility that offers students and faculty a sense of place unique to their technical programs while allowing them to enhance their learning experience by connecting with the College and surrounding Community. The design of this new facility will promote a safe and sustainable environment, weaving together a story that is grounded in the campus’ local culture, context, and ecology. 

       The project being a combination of two buildings separated by a parking lot in between, will be comprised of a 39,000 SF Allied Health building on the west side and 26,000 SF Aeronautics building on the east side of the parking lot. The Allied Health building will be primarily focused on the Nursing program and will include classrooms & skills labs on ground level and computer labs, pharmacy tech labs, surgical tech, sterile tech rooms and faculty office area on the second floor. The design of the Aeronautics building will center around its most unique characteristic, the aircraft hangar, and will include a lobby, educational components of the Aeronautics educational program on ground level and classrooms, student common area and faculty office area on the second level. 

       The design vocabulary will look to building upon the rich history and the existing vernacular of the campus while maintaining an efficient footprint allowing for access to the outdoors for light, views, and supporting the idea of flexible and adaptable spaces to allow for any future expansion and contraction of the programs. 

       The project is targeting Zero Net Energy with LEED Gold and the aspiration to achieve Platinum certification. The project is pursuing Envision Sustainable Certification for the parking lot and infrastructure and would be the first Community College in California to achieve this.

       ZNE Approach :

       Allied Health Building:

       • High performing envelope with cool roofs and walls.
       • Location & sizing of fenestrations based on climate studies aiming to reduce solar heat gain while maximizing daylighting.
       • Strategic location of solar screens and exterior overhangs to block direct solar gains.
       • Less than 25% window to wall ratio, with high performing glazing.
       • Targeting 15% reduction in light power density from Title24-2019 requirements.
       • Solar tubes to daylight the core zones on Level 2.

       High efficiency Air Cooled VRF system with fresh air provided by Heat pump DOAS unit system to the terminal fan coil units + High efficiency electric DHW heating.

        

       Aeronautics Building:

       • High performing envelope with cool roofs and walls.
       • Operable roof monitor windows allowing for mixed mode ventilation when conditions permit.
       • Roof top monitors for daylighting the high-volume hangar space
       • Strategic positioning & sizing of windows.
       • Less than 20% window to wall ratio.
       • Solar screens and exterior overhangs to block direct solar gains.
       • Clerestory windows for daylighting the high-volume hangar space
       • Ceiling mounted fans in the hangar space to allow for more uniform airflow.
       • Targeting 15% reduction in light power density from Title24-2019 requirements. 
       • High efficiency Air Cooled VRF system with fresh air provided by Heat pump DOAS unit system to the terminal fan coil units + High efficiency electric DHW heating.

        

   21. Crafton Hills College - Performing Arts Center

       2024 USGBC-CA Green Building Awards

       Merit in Energy/Operational Carbon

        

       The project’s ambitious Net-Zero Energy goal required reducing building predicted-EUI to the lowest level possible and running robust energy models to quantify energy savings. Energy conservation measures were well integrated into the design through compact building massing, sited to efficiently use the existing site topography to earth shelter the east & southeast façade. The high performing envelope with cool roofs and walls, effective solar shading, low window-to-wall ratio, includes an additional application of
       phase change material in the Music labs. Engineering systems like efficient lighting with reduced light
       power densities beyond T24 requirements, effective HVAC zoning, and system selection, efficient electric DHW heating further helped in the EUI reduction. The building’s pEUI of 38 Kbtu/sf/yr will be offset using 160 KW DC renewable system from the campus solar plan to meet the operational zero energy goal.
       Additionally, with the current energy conservation measures, the project exceeds the Title 24 Energy
       Compliance by 42%.

       The design process has been iterative with design decision regarding new and innovative strategies based on the idea of having a balance between the energy savings, the return of investment and future advancements and  development on the campus. The project initially started with keeping all the energy reduction and production at the site level, like serving the building with an independent HVAC system siting on the site and having roof-mounted PV to meet the zero energy needs. But as the design progressed, the idea of campus being a resource or supply store was further explored. The project now taps into the campus central plant to meet both the cooling and heating needs of the building. Though having a negative impact on the current building EUI, this helps in reduced equipment on site with lower equipment and maintenance cost for the campus. Further, a future replacement of the gas boilers at the central heating plant to electric boilers will not only benefit in reducing the building EUI but also help the campus to meet their long-term carbon reduction goals. A similar campus approach was applied to the energy production side as well. The project moved away from roof-mounted PV and dedicated a part of the campus solar plan to this building.

       Crafton Hills College desires a top-rated, modern performing arts venue that better meets the needs of music and theater students and faculty while elevating the College’s identity in the surrounding area. The team’s design for a new facility leverages a prominent location on Campus Drive to expose the arts to the surrounding community and connect with the main campus quad. The architecture maintains an efficient footprint while providing access to the outdoors for light, views, and gathering spaces to support the building as a net zero energy use arts building. The design vocabulary draws upon the mid-century vernacular of the campus and connects to the surrounding context and to nature. Building massing is simple and aligned with campus architectural standards, while decorative screens evoke the vibrancy of the arts and create shaded courtyard spaces. An open plaza accommodates informal outdoor performances, showcasing the talent within the performing arts departments to the broader campus and creates a “home away from home” for arts students.

       The partial two-story building is defined by east and west wings, with a central outdoor gathering space uniting the two volumes. The 24,100 SF center will include a lobby and courtyard, a 264-seat proscenium theater, black box theater, and backstage facilities such as dressing rooms, green room, offices, storage, scene shop, and costume shop; music educational spaces, including the flexible rehearsal rooms, recording control room. The complex will be equipped with generation theater technology and acoustics and accommodate a variety of music, theater, and dance performances and events. 

       The project is targeting LEED Gold with the aim to achieve Platinum certification and LEED Zero Certification to become an innovative case study for sustainability in arts facilities.