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WOOD TO ENERGY FACT SHEETS

Climate Change and Carbon

Common Concerns

Comparing Wood and Fossil Fuels

Economic Impacts of Generating Electricity

Environmental Impacts

Federal Policies and Incentives

Financing Woody Biomass Facilities

Heat and Power Applications

Impacts on Air Quality

Small Heating Units

Sources and Supply

State and Local Policies and Incentives

Sustainable Forest Management

Systems That Convert Wood into Energy

Using Wood Fuels in Existing Coal-Fired Power Plants

WOOD TO ENERGY CASE STUDIES

Burning Sawdust for Heat and Power

Challenges of Obtaining a Wood Supply

Co-firing with Wood and Sugarcane Waste

Co-firing with Wood and Switchgrass

Converting from Natural Gas to Waste Wood

Forest Industry Creates Its Own Power

Innovative Fuel Sources Generate Success

Powering the Grid with Waste

Power to the People

Using a Mix of Fuels to Produce Heat and Power

Waste-to-Energy Program

Wood and Paper Trim the Energy Bill

Wood Power Heats a Public School

Wood-powered Whiskey

WOOD TO ENERGY COMMUNITY ECONOMIC PROFILES

Alabama

Arkansas

Florida

Georgia

Kentucky

Louisiana

Mississippi

North Carolina

Oklahoma

South Carolina

Tennessee

Texas

Virginia

SUSTAINABLE FORESTRY FOR BIOENERGY AND BIO-BASED PRODUCTS PROGRAM FACT SHEETS

What is Woody Biomass?

Global Utilization of Biomass for Bioenergy

Advantages of Woody Biomass Utilization

Woody Bioenergy and the Southern U.S.

Southeastern Biomass/Bioenergy Overview

Alabama Biomass/Bioenergy Overview

Arkansas Biomass/Bioenergy Overview

Florida Biomass/Bioenergy Overview

Georgia Biomass/Bioenergy Overview

Kentucky Biomass/Bioenergy Overview

Louisiana Biomass/Bioenergy Overview

Mississippi Biomass/Bioenergy Overview

North Carolina Biomass/Bioenergy Overview

Oklahoma Biomass/Bioenergy Overview

South Carolina Biomass/Bioenergy Overview

Tennessee Biomass/Bioenergy Overview

Texas Biomass/Bioenergy Overview

Virginia Biomass/Bioenergy Overview

Forest Management for Bioenergy Products

Bioenergy Production among Common Southern Forest Types

Bioenergy Production in Planted Pine Forests

Forms of Woody Biomass Feedstock for Bioenergy and Bio-based Products

Conventional Woody Biomass Harvesting Systems

Small-scale Woody Biomass Harvesting Systems

Pre-processing and Drying Woody Biomass

Woody Biomass Transportation and Delivery

Storing Woody Biomass

Cost Factors in Harvesting Woody Biomass

Wood Processing Residues

How Wood Properties Influence Utilization

Technology Processes: Bio-chemical

Technology Processes: Thermochemical

Bioenergy

Ethanol from Biomass

Biodiesel from Biomass

Energy Basics

Woody Biomass

Chemical Products

Ash Content

Supply of Forest Biomass for Energy: Determinants  and Estimation

The Economics of Forest Biomass/Bioenergy Production and Use

Forest Bioenergy Production and Rural Economic Development

Bioenergy Policy Incentives

Benefits to Landowners from Forest Biomass/Bioenergy Production

Using the Adaptive Forest Management Planning Framework to Achieve Sustainable Bioenergy        Production

Forest Bioenergy Certification

Conserving Soils in Forest Bioenergy Production Systems

Water Conservation in Forest Bioenergy Production Systems

Conserving Biodiversity in Bioenergy Production Systems

Designing Low-Impact Forest Bioenergy Production Systems