1012 W 36TH ST
Laboratory in Los Angeles, CA · 90089
At a glance
1012 W 36TH ST is a 199,791-square-foot laboratory building in Los Angeles, California, built in 2017. In its 2025 Los Angeles benchmarking disclosure it reported a site energy-use intensity of 398.3 kBtu/ft² and 4,322 tCO₂e of greenhouse-gas emissions.
LA Municipal Code Div. 97, §91.9701 (EBEWE) · reporting year 2025
Benchmarking record
| Field | Value |
|---|---|
| ENERGY STAR score | — |
| Site EUI | 398.3 kBtu/ft² |
| Source EUI | 630.4 kBtu/ft² |
| GHG emissions | 4,322 tCO₂e |
| GHG intensity | — |
| Water use | 5,084 kgal |
| Gross floor area | 199,791 sq ft |
| Source record | la:999000000046:2025 |
The disclosure history
Year over year
| Year | Score | Δ | Site EUI | GHG emissions |
|---|---|---|---|---|
| 2025latest | — | 398.3 kBtu/ft² | 4,322 tCO₂e | |
| 2024 | — | 380.5 kBtu/ft² | 4,376 tCO₂e | |
| 2023 | — | 363.9 kBtu/ft² | 4,268 tCO₂e | |
| 2022 | — | 362.1 kBtu/ft² | 4,199 tCO₂e | |
| 2021 | — | 335.1 kBtu/ft² | 3,722 tCO₂e | |
| 2020 | — | 323.7 kBtu/ft² | 3,708 tCO₂e | |
| 2019 | — | 258.6 kBtu/ft² | 2,974 tCO₂e | |
| 2018 | — | 176.3 kBtu/ft² | 2,166 tCO₂e |
Compliance context
LA Municipal Code Div. 97, §91.9701 (EBEWE)
EBEWE requires annual benchmarking plus audits/retro-commissioning every five years for privately owned buildings of 20,000 sq ft or more; non-compliance carries a $202 fee (LAMC §91.9712) plus possible late fees.
Ownership
University of Southern California
Own or manage this building? Claim it to correct the record and get compliance alerts.
Location
- Address
- 1012 W 36TH ST
- City
- Los Angeles
- State
- California
- ZIP
- 90089
Within ~1 km
Nearby benchmarked buildings
This source publishes no coordinates, so nearby buildings can't be resolved yet.
See also: most efficient in Los Angeles · biggest emitters
How does 1012 W 36TH ST compare with other laboratory buildings in Los Angeles?
The latest disclosures cover 13 laboratory buildings in Los Angeles, out of 11,498 buildings citywide. Its site EUI of 398.3 kBtu/ft² is about 69% above the average of 235.7 kBtu/ft² — it uses more energy per square foot than the typical building in that group.
At 199,791 sq ft, it is about 54% above the average floor area of 130,127 sq ft for those buildings. It was built in 2017, 35 years later than the group's average year built (1982). Across all 24 jurisdictions BuildingCensus covers, the 795 laboratory buildings average an ENERGY STAR score of 29 and a site EUI of 231.7 kBtu/ft².
How has 1012 W 36TH ST's energy performance changed over time?
BuildingCensus holds 8 Los Angeles disclosures for 1012 W 36TH ST, covering report years 2018–2025. Site EUI moved from 176.3 kBtu/ft² (2018) to 398.3 kBtu/ft² (2025), an 126% increase. Reported emissions went from 2,166 tCO₂e to 4,322 tCO₂e over the same span (up 99%).
What does a site EUI of 398.3 kBtu/ft² mean?
Site energy-use intensity (EUI) is the energy a building uses on site in a year divided by its floor area, in thousand Btu per square foot — lower is more efficient. 1012 W 36TH ST's 398.3 kBtu/ft² across 199,791 sq ft works out to about 79.6 billion Btu (23,322 MWh-equivalent) in 2025. Its source EUI of 630.4 kBtu/ft² also counts the energy lost generating and delivering that power, which is why it is higher. The disclosure also reports 5,084 thousand gallons of water for the year.
Which law requires 1012 W 36TH ST to report its energy use?
1012 W 36TH ST reports under LA Municipal Code Div. 97, §91.9701 (EBEWE), the legal basis of Los Angeles's Existing Buildings Energy & Water Efficiency (EBEWE) program, which publishes each covered building's annual benchmarking results. The record shown here is the report-year 2025 disclosure (source record la:999000000046:2025). EBEWE requires annual benchmarking plus audits/retro-commissioning every five years for privately owned buildings of 20,000 sq ft or more; non-compliance carries a $202 fee (LAMC §91.9712) plus possible late fees.
More laboratory buildings in Los Angeles
- 1450 N BIGGY ST· 176,703 sq ft · EUI 259.6 kBtu/ft²
- 8401 FALLBROOK AVE· 160,740 sq ft · EUI 281.0 kBtu/ft²
- 1046 W 36TH ST· 143,139 sq ft · EUI 444.0 kBtu/ft²
- 2250 ALCAZAR ST· 128,738 sq ft · EUI 295.9 kBtu/ft²
- 11666 SHERMAN WAY· 121,793 sq ft · EUI 187.2 kBtu/ft²
- 8723 ALDEN DR· 98,809 sq ft · EUI 340.8 kBtu/ft²
- All Los Angeles benchmarked buildings· LA Municipal Code Div. 97, §91.9701 (EBEWE)
- Most efficient large buildings in Los Angeles
- Least efficient large buildings in Los Angeles
- Biggest emitters in Los Angeles
Frequently asked questions
What is 1012 W 36TH ST's energy grade?
1012 W 36TH ST did not report an ENERGY STAR score in its 2025 disclosure, but its site energy-use intensity was 398.3 kBtu/ft².
How much energy does 1012 W 36TH ST use?
Its 2025 site energy-use intensity was 398.3 kBtu/ft² (630.4 kBtu/ft² source) across 199,791 sq ft.
What are 1012 W 36TH ST's carbon emissions?
1012 W 36TH ST reported 4,322 tCO₂e of greenhouse-gas emissions for 2025.
Where is 1012 W 36TH ST?
1012 W 36TH ST is in Los Angeles, California 90089.
How big is 1012 W 36TH ST and when was it built?
1012 W 36TH ST has 199,791 sq ft of gross floor area, as reported in its 2025 disclosure. The disclosure lists 2017 as its year built. It is classed as laboratory.
Is 1012 W 36TH ST covered by LA Municipal Code Div. 97, §91.9701 (EBEWE)?
Yes — it appears in the 2025 Existing Buildings Energy & Water Efficiency (EBEWE) disclosure, which lists the buildings reporting under LA Municipal Code Div. 97, §91.9701 (EBEWE).
Working with Los Angeles building benchmarking records? Pro adds alerts, change history and CSV export ($49/mo); Enterprise adds full national files, the API and an MCP server for AI tools.
About this data
Source: Existing Buildings Energy & Water Efficiency (EBEWE) (LA Municipal Code Div. 97, §91.9701 (EBEWE)), as published October 2, 2026. See the methodology for how records are matched, cleaned and scored.
Cite as: BuildingCensus, “1012 W 36TH ST, Los Angeles, California — 2025 benchmarking disclosure”, https://buildingcensus.com/buildings/los-angeles/1012-w-36th-st-062705d5 (data as of October 2, 2026).