Biennium report on WSU-Ecology research advancing organics management through anaerobic digestion, pyrolysis, biochar, fuels, and extension.
The Waste to Fuels Technology Partnership supported 2015–2017 research and extension to improve how organic residuals are managed in Washington state. Across the biennium, WSU researchers examined anaerobic digestion, pyrolysis, composting, biochar, nutrient recovery, alternative fuels, carbon accounting, bioelectrochemical systems, and technology transfer. The work focused on reducing landfill use and greenhouse gas emissions while creating value-added products and improving the economics of organics processing. Efforts included applied studies on polyphenol recovery from grape pomace, alternative jet fuel pathways, biochar production and use, woody biomass inventories, and outreach to move research into practice. Together, this partnership represents a systems-level approach to improving the sustainability and productivity of organic waste management in Washington state. Funding: Waste to Fuels Technology Partnership, Washington State University, Washington State Department of Ecology Waste 2 Resources Program.
Products from this Project
- Report
Advancing Organics Management in Washington State: The Waste to Fuels Technology Partnership 2015-2017 Biennium - Report
Production of Engineered Biochars for Phosphate Removal from Waste Lignocellulosic Materials: First, Second, and Third Generation Engineered Products - Report
Lessons for Compost Policy: Aligning Solid Waste and Agricultural Policy to Advance Compost Use - Report
Emissions from Washington State Compost Facilities: A Review of Volatile Organic Compound Data, and an Estimation of Greenhouse Gas Emissions - Report
Biochar Production in Biomass Power Plants: Techno-Economic and Supply Chain Analyses - Report
Assessment of the Local Technical Potential for CO2 Drawdown using Biochar from Forestry Residues and Waste Wood in 26 Counties of Washington State - Report
Integrating Compost and Biochar for Improved Air Quality, Crop Yield, and Soil Health - Report
Differentiating the Value and Cost of Compost Across Likely Farm Use Scenarios in Western Washington
Project Lead
Kruger, C.
People
Chen, S., Garcia-Perez, M., Kruger, C., Ewing, T., Jensen, J., Yorgey, G., Gang, D., and Amonette, J.
Project Dates
2015– 2019
Areas of Focus
- Agricultural Practices
- Agricultural Technology
- Climate & Environment
- Value from Waste
- Water Resources & Policy
Topics
- Climate Change
- Crops
- Energy
- Natural Resources
- Production Systems
- Soils & Fertility
- Waste Management
- Water Resources
Project Status
Complete
