Project Number: 3640-12130-006-03
Project Type: Nonfunded Cooperative Agreement

Start Date: Aug 31, 2009
End Date: Sep 01, 2013

Objective:
Evaluating different biochars and their impact on soil C, trace gas exchange and agrochemical fate and transport.

Approach:
This agreement is for establishing the collaboration between Best Energies and USDA-ARS to allow different feedstock and operating conditions on a pyrolysis plant to be evaluated on the impacts of the resulting biochar for soil amendments. This will entail a combination of field and laboratory research on the impact of various biochars on soil microbial processes, agrochemical transport and trace gas exchange. Best Energies will provide the production data on the biochar along with the biochar itself for the research. Laboratory incubations will assess the immediate impacts and field scale plot research would be conducted to evaluate the long-term (>3 years) effects in a continuous corn rotation in Minnesota. The main goal of the research is to examine if the combination of altering feed stocks or production parameters can result in a biochar that is more beneficial from a C sequestration perspective as well as an agent for reducing greenhouse gas emissions and agrochemical losses from the agricultural soil system.