Waste Management — Energy Portfolio Analysis

**Waste Management's operational generation portfolio is small and highly specialized, consisting entirely of landfill gas facilities concentrated in the New England region, with no pipeline projects in development.**

Geographic Footprint

• Waste Management's operational portfolio spans three states, with a focus on New England: New Hampshire, Maine, and Connecticut.

• The largest plant by capacity, Turnkey Landfill Gas Recovery, is located in New Hampshire at 9.2 MW.

• Other facilities include Waste Management Crossroads LFGTE in Maine (3.2 MW) and New Milford Gas Recovery in Connecticut (1.6 MW).

Fuel Mix and Technology

• Waste Management's entire 14 MW portfolio is exclusively comprised of 'other' fuel types, specifically landfill gas facilities.

• All three operational plants utilize landfill gas recovery technology, highlighting a specialized focus on waste-to-energy conversion.

Limited News Signals for Waste Management

• InfraSure's news monitoring did not identify any recent articles or press releases directly related to Waste Management's power generation activities.

• The absence of recent news signals suggests a period of low public activity regarding new project commitments, operational constraints, or significant contextual shifts for their power assets.

The lack of recent news signals indicates a stable operational period for Waste Management's power assets, with no public announcements of new developments, challenges, or significant market engagements in the analyzed timeframe. This suggests a focus on existing operations rather than expansion or facing immediate public-facing constraints.

Waste Management currently has no active interconnection queue projects, indicating no planned capacity additions.

Zero Active Interconnection Queue Projects

• Waste Management currently has zero projects in the interconnection queue across all ISOs/RTOs and states.

• This indicates no planned capacity additions or new power generation facilities through the interconnection process at this time.