Links to:
- Analysis of a Small Steam District Heating System at Ft. McClellan, Alabama
- Characterization and Potential of Nonmetallic Piping Systems for District Heating
- Cooling, Heating, and Power in Colleges and Universities: Understanding the Market and Facilitating Its Growth
- District Heating/Cogeneration Application Studies for the Minneapolis-St. Paul Area
- Allocation Methods for the Separation of Electrical and Thermal Cogeneration Costs
- Building Conversion Costs and Economics for the St. Paul Hot Water District Heating Market
- District Heating/Cogeneration Application Studies for the Minneapolis-St. Paul Area
- Economic Comparison of New Coal-Fired Cogeneration Power Plants for District Heating and Electricity-Only and Heat-Only Power Plants
- An Economic Evaluation of End-User Conservation Measures Applied to Buildings Served by a Proposed District Heating System
- Environmental Aspects of District Heating/Cogeneration in the Twin Cities
- Executive Summary: Overall Feasibility and Economic Viability for a District Heating/Cogeneration System in Minneapolis-St. Paul
- Institutional Issues of a New District Heating/Cogeneration System - Ownership Options, Barriers and Implementation Strategy
- Large City District Heating Studies for the Minneapolis-St. Paul Area
- Market Assessment and Economic Analysis of the St. Paul District Heating System
- Methods and Cost Estimates for Converting Existing Buildings to Hot Water District Heating
- Minneapolis District Heating Options
- Modifications of the Existing Units at the High Bridge Power Plant to Cogeneration for Hot Water District Heating
- A Net Energy Analysis of a Cogeneration/District Heating System and Two Conventional Alternatives
- Overall Feasibility and Economic Viability for a District Heating / Cogeneration System in Minneapolis-St Paul
- St. Paul District Heating System Conceptual Design Study and Report: Appendix C of Market Assessment and Economic Analysis of the St. Paul District Heating Demonstration Project
- Summary of Twin Cities Case Study and the St. Paul Project
- Technical Feasibility and Economics of Retrofitting an Existing Nuclear Power Plant to Cogeneration for Hot Water District Heating
- Guide to Combined Heat and Power Systems for Boiler Owners and Operators
- Measurement and Analysis of Domestic Hot Water Loads of Three Navy Buildings at Memphis Naval Air Station, Millington, Tennessee: Implications for Decentralized Small Cogeneration
- New District Heating System Economic Factors Vary with Different Supply Temperatures
- Potential for District Heating: An Historical Overview
- Power Plant Reject Heat Utilization: An Assessment of the Potential for Wide-Scale Implementation
- Preliminary Assessment of Decentralized Small Cogeneration for Navy Shore Bases
- Preliminary Investigations of the Thermal Energy Grid Concept
- Screening Study on High Temperature Energy Transport Systems
- Steam/Hot Water District Heating Evaluation at the Oak Ridge National Laboratory Site
- Technical Feasibility and Economics of Retrofitting an Existing Nuclear Power Plant to Cogeneration for Hot Water District Heating
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