Biofuel - Forest Concepts

Moisture Content of Baled Forest and Urban Woody Biomass During Long-Term Open Storage

June 30, 2018 / Baling, Publications

Abstract This article describes how the moisture content of baled woody biomass varied during long-term open-air storage under conditions in the Pacific Northwest region of the United States. Large rectangular bales of forest and urban biomass were produced beginning in August 2015 and periodically until June 2016. Weights were measured approximately monthly until the entire […]

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Work Element Time Study of a Prototype for Baling Forest Residual Biomass into Large Rectangular Bales

January 15, 2018 / Baling, Publications

Abstract The productivity of forest biomass collection equipment is highly dependent on site conditions, spatial distribution of biomass, operator skill, and functional design of the equipment used. A prototype woody biomass baler was used to produce large rectangular bales of woody biomass. Rectangular bales enable high payloads during transport and efficient storage at centralized processing

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Forest Concepts Processes Feedstock for First Forest-Powered Commercial Aviation Flight

November 14, 2016 / Press Releases

Forest Concepts is proud to be among industry cooperators that helped develop technologies and equipment to produce bio-jet fuel from forest residuals, the limbs and branches that remain after the harvesting of managed forests. The company is particularly honored to have processed a portion of the woody biomass feedstock that was converted to aviation fuel

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Conceptual Specification of Forest Residues Balers using the Appreciative Design Method

July 29, 2015 / Baling, Publications

Abstract Baling of fine forest residuals such as tops, branches, and thinnings is expected to reduce the cost of collection, transport, and processing. Baling may enable economical access to currently stranded biomass resources that are inaccessible to large in-woods grinders and specialized chip hauling vehicles. The technical feasibility of baling logging slash branches and tops

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Dr. James Dooley Co-Authors Two of the Three Articles Featured on the Cover of the January 2013 Issue of Biofuels

January 15, 2013 / Press Releases

Dr. James Dooley, Chief Technology Officer of Forest Concepts, was the co-author of two of the three articles featured on the cover of the January 2013 issue of Biofuels, a leading peer reviewed science and engineering journal published in the U.K. The special focus issue on advanced feedstocks for advanced biofuels included ten articles and

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Simple experimental set up with EC meter, timer, and hot plate stirring device

Application of Buckmaster Electrolyte Ion Leakage Test to Woody Biofuel Feedstocks

August 10, 2011 / Comminution, Forest Concepts Bioenergy, Forest Concepts Research & Development, Publications

Abstract In an earlier ASABE paper, Buckmaster reported that ion conductivity of biomass leachate in aqueous solution was directly correlated with activity access to plant nutrients within the biomass materials for subsequent biological or chemical processing. The Buckmaster test involves placing a sample of the particles in a beaker of constant-temperature deionized water and monitoring

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Square Bales of Woody Biomass for Improved Logistics

October 4, 2009 / Baling, Forest Concepts Research & Development, Publications

Abstract The majority of fuels reduction work is conducted by hand crews in the wild and urban interface and near in-forest recreation/administrative assets. Today, most of the biomass is either piled for burning at some future time or is dragged to the roadside for chipping. In many districts, disposal of chipped or whole brush is

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BIOMASS Magazine Feature Article: “Northwest Ingenuity Takes Shape”

April 1, 2008 / Press Releases

In a six-page story titled “Northwest Ingenuity Takes Shape,” BIOMASS Magazine profiled Forest Concepts as a leading innovator in the bioenergy feedstocks arena. Bryan Sims, staff writer for the industry leading trade magazine, chose to focus on how our WoodMuncher™ technology was developed and is applicable to produce precision bioenergy feedstocks. Sims also commented on

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Appropriate Technology Biomass Collection and Handling Systems for Smallwood Utilization

October 18, 2005 / Forest Concepts Research & Development, Habitats & Bioengineering, Publications, Siskin Ridge Roundwood

Abstract The continuum of forests and natural areas in need of fuel reduction thinning ranges from wilderness and working industrial forests to urban neighborhood greenbelts and overgrown residential lots. An object of this project is to characterize the problems associated with projects in the true wildland-urban intermix of residential lots to open spaces containing 20

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