Waste-to-Energy Industry in the US
This dataset delivers a comprehensive view of 644 Waste-to-Energy (WTE) facilities across the United States, illustrating how municipal and industrial waste streams are converted into renewable electricity. Designed to support strategic planning, environmental assessments, and infrastructure investment decisions, it provides detailed insights into facility locations, installed energy capacity, fuel sources, and energy generation profiles. The dataset reveals critical trends in energy diversification and the intersection of waste management with renewable energy production.
Dataset Highlights
Facility Coverage:
- Data on 644 Waste-To-Energy plants in U.S, including municipally and privately owned facilities.
Key Data Fields:
- Locational Data: Facility name, street address, city, county, state, ZIP code, latitude, longitude
- Operational Details: Installed capacity (MW) by energy source (biomass, natural gas, solar, wind, hydro, nuclear, coal, and others)
- Energy Source: Primary fuel type and detailed energy mix
- Utility Affiliations: Ownership type and utility data
- Technical Summary: Energy conversion methods and infrastructure attributes
Advanced Analytics
- Market Assessment: Identify infrastructure investment opportunities and energy transition trends
- Regional Analysis: Map utility affiliations and facility locations for grid planning and resilience
- Energy Mix Insights: Evaluate renewable energy diversification within waste management
- Sustainability Insights: Support carbon offset initiatives and circular economy strategies
Use Cases
- Strategic planning for waste-to-energy developers and renewable energy operators
- Grid and utility network optimization for utilities and energy planners
- Environmental compliance and consulting analyses
- Infrastructure investment research and due diligence
- Innovation and technology assessment for cleantech startups
Data Sources & Collection Methodology
Compiled from multiple public and institutional sources, including federal, state, and local datasets. Each facility record is verified for geographic accuracy, capacity metrics, energy source categorization, and utility affiliation to ensure a high-quality, reliable dataset.
Data Quality & Processing
Delivery State: Processed and GIS-compatible for integration with BI and clean energy platforms
- Processing Workflow
- Geospatial mapping of facility locations
- Standardized energy source categorization
- Validation and anomaly detection to ensure data reliability
- Harmonized schema for cross-platform compatibility
- Quality Metrics
- 644 facilities with ~99% geocoordinate coverage
- ~98% detailed energy source breakdown
- 100% utility and source type completeness
Waste-to-Energy Industry in the US