
BRESCO is a 64.5 MW municipal solid waste power plant in Baltimore City, Maryland, made up of two waste-to-energy generating units that have operated since 1984 and 2001. Opened in 1985, the incinerator's tall smokestack along Interstate 95 is a well-known Baltimore landmark and burns roughly 700,000 tons of trash a year for the city and surrounding counties. BRESCO remains Baltimore's largest single stationary source of air pollution and continues to draw sustained opposition from community and environmental groups over its emissions and ash disposal.
EIA plant 10629 · Inventory reporting month unavailable.
| Generator | Technology | Status | Power (MW) | Energy (MWh) |
|---|---|---|---|---|
| GEN1 | Municipal Solid Waste | Operating | 60.2 | Unknown |
| GEN2 | Municipal Solid Waste | Operating | 4.3 | Unknown |
Similar plants ranked by technology, capacity, and distance.
Current generator records and technology attributes reported through EIA-860.
| Generator | Capacity | Technology | Operation | Status |
|---|---|---|---|---|
| GEN1 | 60.2 MW 57 MW summer | Municipal Solid Waste ST | Nov 1984 | Operating |
| GEN2 | 4.3 MW 4.3 MW summer | Municipal Solid Waste ST | Jan 2001 | Operating |
Monthly EIA generation history and recent market-resource behavior where linked telemetry is available.
Where the plant sits in PJM: its market, pricing node, utility territory and the network around it, each with how it is known.
Source-backed project transactions, agreements, land records, permits, and environmental disclosures. Portfolio and adjacent-project facts remain explicitly scoped.
Parties, market resources, and identifiers tied to this asset, with owner, operator, developer, EPC, compliance provider, and interconnecting entity roles kept separate.
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Project milestones and public references behind the asset profile.
EIA-860 lists generator GEN1 with this operating date.
Monthly generation is reported through EIA-923. Capacity factor uses the current EIA nameplate capacity and is shown only for complete calendar years.
| Largest reported plants | Capacity | State | |
|---|---|---|---|
| Wheelabrator Bridgeport | 67 MW | CT | |
| Wheelabrator Baltimore RefuseCurrent | 64.5 MW | MD | |
| Wheelabrator Westchester | 59.5 MW | NY | |
| Wheelabrator Saugus | 57.8 MW | MA | |
| Wheelabrator Falls | 53.3 MW | PA | |
| Wheelabrator Millbury Facility | 47.6 MW | MA | |
| Wheelabrator North Andover | 40.3 MW | MA | |
| Wheelabrator Lisbon | 14.6 MW | CT |
Portfolio membership follows the latest EIA-860 reporting entity. It does not imply ultimate ownership.
View full reporting portfolioEIA-860 lists generator GEN2 with this operating date.
Macquarie Infrastructure Partners completed the purchase of Wheelabrator Technologies from ECP-managed funds.
Baltimore City granted Wheelabrator a 10-year contract extension through December 31, 2031. Wheelabrator committed approximately $39.9 million to emissions-control upgrades.
Unit 3 demolition began in March 2022 as part of the emissions-control retrofit project.
Unit 3 retrofit achieved mechanical completion by the end of June 2022.
Answered from the published record above. Questions whose inputs this profile does not carry are omitted rather than estimated.
Wheelabrator Baltimore Refuse reports 64.5 MW other of operating nameplate capacity. These technology ratings do not establish a common export limit. Source: EIA Form 860M.
Wheelabrator Baltimore Refuse is a Municipal Solid Waste facility in Baltimore City, MD, participating in the PJM market.
Wheelabrator Baltimore Refuse is in Baltimore City, MD, inside the PJM balancing area.
Wheelabrator Baltimore Refuse is operated by Wheelabrator Environmental Systems according to the EIA generator inventory. Reporting membership does not by itself establish ultimate ownership.
Wheelabrator Baltimore Refuse reported 316.5 GWh over the twelve months to 2026-08. Figures are net generation as filed to EIA-923.
By capacity, Wheelabrator Baltimore Refuse ranks #12 of 55 operating plants of the same technology nationally. It ranks #2 of 2 in MD.
Plants within 25 km, nearest first, regardless of technology. Proximity is straight-line distance between mapped plant coordinates; it does not by itself establish a shared point of interconnection.