Sponsors (14)
The bill invests federal funds to research and promote biochar—potentially boosting farm productivity, jobs, and carbon sequestration—while imposing federal costs, exposing farmers to upfront financial risk if results are mixed, and risking shifts in conservation program priorities.
Farmers, ranchers, and foresters receive region-specific guidance plus improved testing and contaminant screening that make adopting biochar safer and can increase yields and profitability.
State agricultural and federal research facilities, universities, and rural communities gain sustained research funding ($50M/year FY2026–2030), supporting jobs, local research capacity, and rural economic activity.
Small businesses and producers benefit from mechanistic and technoeconomic data that can improve biochar and bioenergy production efficiency, potentially lowering production costs and improving scalability.
Taxpayers face a $250 million total authorization that increases federal spending and could add to budgetary pressures or require trade-offs with other programs.
Farmers and small producers may face substantial upfront costs for purchasing or producing biochar and the equipment to apply it, and variable/regional research outcomes could leave some with wasted investments or delayed returns.
Directing NRCS practice standards and conservation program support toward biochar could shift limited conservation resources away from other established practices, affecting local conservation priorities.
Based on analysis of 2 sections of legislative text.
Creates a federally coordinated National Biochar Research Network (up to 20 sites) and authorizes $50M/year (FY2026–2030) for research, testing, and guidance.
Introduced July 25, 2025 by Mariannette Miller-Meeks · Last progress July 25, 2025
Creates a federally coordinated National Biochar Research Network of up to 20 research sites to test biochar types, application methods, soils, and management across U.S. regions and to produce region-specific guidance for land managers, businesses, and conservation programs. The network will run cross-site experiments, site-specific assessments (including life-cycle greenhouse gas and technoeconomic analyses), pilot-scale production work, and methodology development. Assigns administration to the Agricultural Research Service in partnership with other federal research agencies, allows eligible state and federal research entities to participate, and authorizes $50 million per year for fiscal years 2026–2030 to carry out the program. Findings may inform NRCS practice standards and conservation technical and financial assistance.