- University of California San Francisco Hematology, Blood, and Marrow Transplant Clinic
- Sonoma State University Carbon Neutrality Roadmap
- Mirabella at Arizona State University
- Tigard-Tualatin School District Tigard High School Modernization
- Loyola Marymount University Freshmen & Upper Division Student Housing
- Santa Monica - Malibu Unified School District Malibu High School Restart
- University of Oregon Unthank Hall
- University of Washington, Tacoma Paper & Stationery Building
- University of Oregon Erb Memorial Union (EMU)
- Tigard-Tualatin School District Tualatin High School Renovation and Addition
- Tigard-Tualatin School District Art Rutkin Elementary School
- University of Washington, Seattle School of Medicine 3.2
- San Diego State University Engineering & Interdisciplinary Sciences Building
- San Diego State University Huāxyacac Hall
- CSU Long Beach Clean Energy Master Plan
- Chapman University Keck Center for Science and Engineering
- Santa Barbara City College West Campus Center
- California State University Northridge Student Housing Phase 2
- California State University Stanislaus Student Union
- University of Oregon Jane Sanders Softball Stadium
- Harvey Mudd College Drinkward Hall Student Housing
- University of Texas Football Players Facility
- University of Washington Bothell - Discovery Hall
- UCLA Hitch Suites and Commons Buildings
- Matthew Knight Arena - University of Oregon
- Mission College Student Engagement Center
- University of Washington, Tacoma - Russell T. Joy Building
- Creekside Community High School
- Pacific Northwest College of Art
- University of Oregon - Straub Hall
- California State University Northridge Sustainability Center
- University of Washington, Denny Hall
CSU Long Beach Clean Energy Master Plan
Long Beach, California, United States
Glumac created for CSU Long Beach (CSULB) a Clean Energy Master Plan, which provides a strategic road map for the school to achieve carbon neutrality by 2030. This engineering study included a robust assessment of campus energy sources, demands, and utilization to identify clean energy alternatives and strategies to integrate sustainable building design and improve the efficiency of campus operations. Through the course of the project the consultant team provided 28 energy audits for more than 2.2 million sf of buildings, identified opportunities for solar projects across campus, provided a clean energy vehicle transition plan and established guidelines for procuring carbon offset credits.
Through the course of the project the team identified on-campus emissions mitigation measures that would reduce CSULB’s Scope 1 & 2 GHG emissions by 60% leading up to 2030.
The consultant team’s financing analysis provided CSULB with specific recommendations to secure the most cost-effective financing available to the university. The project deliverables were developed to be a dynamic resource for CSULB in it’s future development. To accomplish this, the consultant team provided a custom-built CSULB planning, visualization and tracking tool to inform their recommendations for pursuing various GHG emission reduction projects. The scenario analysis carbon and energy planning tool was turned over to CSULB at the end of the project for planning as the university navigates towards their 2030 carbon neutrality target.
Proposed Energy Savings: 18,500,000 kWh/yr, 594,000 therms/yr (39% campus reduction)
savings or generated: 19,800,000 kWh/yr
GHG Emissions Mitigation Potential: 12,399 MTE/yr
(60% campus reduction)
Project Cost: $57.3 million worth of energy efficiency retrofit projects identified on campus
Date: December 2017 – August 2018
Owner: California State University, Long Beach
Services: Energy Analysis
Images courtesy of CSU Long Beach
Expertise
CSU Long Beach Clean Energy Master Plan
In 2018 we worked with California State University Long Beach to develop strategic road map for becoming a carbon neutral campus by 2030. Together, here’s what we found. | Read More