Next Wednesday, December 11, from 10-11 a.m. PST, Advanced Hardwood Biofuels Northwest (AHB) is hosting the second webinar in an ongoing series about aspects of the biofuels industry and current research. The webinar, “Assessing the economic and environmental impacts of poplar-based biofuel production,” will feature three presenters from the School of Environmental and Forest Sciences: Professor Rick Gustafson along with graduate students Erik Budsberg and Jordan Crawford.
The webinar is free, and online registration is now open!
Who Should Attend
Extension educators, potential landowners/growers, agriculture and natural resource professionals, poplar and bioenergy researchers, environmental professionals, government officials and other biomass producers.
• Economic assessment of the bioconversion process based on ASPEN model outputs
• Profitability analysis, including options to produce hydrogen
• Life-cycle inventory of resources and energy inputs and emissions
• Life-cycle analysis in consideration of global warming and fossil fuel and water use
A technical feasibility and economic performance analysis examines the production of biofuels using the ZeaChem conversion technology with options for producing the hydrogen that is required in the process. Using outputs from an ASPEN simulation model of the bioconversion process for the economic assessment, we will present operating and capital cost results as well as an evaluation of economies of scale. Profitability is presented in terms of the cash cost to produce the fuel and the selling price required to generate a reasonable return on investment.
Life-cycle assessments (LCA) examine all the resource demands and outputs to the environment associated with the production and use of a product. Starting from establishment of the bioenergy farm to combustion of the fuel product, we inventory the resources and energy acquired from the environment and all emissions that go back into the environment. The life-cycle inventories are then translated into environmental impacts using standard LCA protocols. In this LCA we examine life-cycle global warming potential, fossil fuel usage and water usage. The life-cycle impacts of hydrogen production options are examined in detail to complement the techno/economic analysis research in this area.
How to Access the Webinar
After you’ve registered, you should start connecting 10 minutes prior to the start time. You’ll need a computer with internet access and speakers. At the meeting time, you can enter the meeting online or paste this link, http://breeze.wsu.edu/growinggreen/, into your internet browser. The link will open to a login page. “Enter as guest” with your name and business or institution, and click “Enter Room.” (If you have any difficulty registering online, contact Nora Haider at email@example.com.)
Sponsored by the University of Washington and Washington State University, this webinar is part of the Hardwood Biofuels Webinar Series. You can check out archived presentations, and the next installment is scheduled for February 5, 2014, from 9:30 to 11:30 a.m. PST (details to come).
Led by the School of Environmental and Forest Sciences, AHB is a consortium of university and industry partners in the Pacific Northwest working to support a sustainable hardwood biofuels industry for growing and converting hardwoods, such as hybrid poplars, into liquid biofuels. If you’d like to join the AHB mailing list and receive the latest news and event information, sign up now!