Economics of Merchandising Pulpwood in West Virginia
Keywords:
Concentration yard, roundwood markets, merchandising, pulpwood, low-grade sawlogsAbstract
There has been renewed interest in determining the feasibility of pulpwood merchandising yards in the Appalachian region. Intensive merchandising is a potential way to supply raw material to traditional markets as well as current and new weight-based pulp markets at a lower cost. The feasibility of developing a hardwood pulpwood sorting merchandising yard in West Virginia was investigated. More than 171,000 kg of pulpwood was procured for this project. The majority of the pulpwood purchased was red and white oak followed by black cherry and hickory. Results indicated that between 3.6 and 6.0 t of pulpwood was needed to saw 1 m3 of lumber. The merchandising operation resulted in negative net revenues for all species studied. Handling cost was found to be one of the most important issues leading to this finding. However, it was found that merchandising low-quality sawlogs on the log-landing could be profitable. The cost and revenues reported in this study represent a complex blend of pricing and product yields that are dynamic with time. As weight-based markets, such as engineered products and bioenergy, expand and competition increases with traditional markets, inputs could be refined which would create a new set of merchandising options for roundwood.References
Alderman D, Luppold W (2005) Examination of regional hardwood roundwood markets in West Virginia. Forest Prod J 55(12):153-157.nAnon (2009a) Woody biomass feedstock yard business development guide. The Federal Wood Biomass Utilization Working Group. Available at: http://www.forestsandrangelands.gov/Woody_Biomass/documents/feedstock_yard_guide.pdf'>www.forestsandrangelands.gov/Woody_Biomass/documents/feedstock_yard_guide.pdfnAnon (2009b) Hardwood market report. Memphis, TN. Available at: http://www.hmr.com'>www.hmr.comnCiolkosz DE, Ray CD, Ma L (2010) Modeling of forest biomass energy potential in Pennsylvania. Paper 1008984:12. ASABE Meeting, June 20-23, 2010. Pittsburgh, PA.nDramm JR, Govett R, Bilek T, Jackson GL (2004) Log sort yard economics, planning, and feasibility. Gen. Tech. Rep. FPLGTR-146. US Department of Agriculture, Forest Service, Forest Products Laboratory, Madison, WI. 31 pp.nDramm JR, Jackson GL, Wong J (2002) Review of log sort yards. Gen Tech Rep FPL-GTR-132. USDA For Serv Forest Prod Lab, Madison, WI. 39 pp.nFreund RJ, Littell RC (2000) SAS system for regression, 3rd ed. SAS Institute Inc., Cary, NC.nGrushecky ST, McGill DW, Anderson RB (2006) Inventory of wood residues in southern West Virginia. Northern J Applied Forestry 23(1):47-52.nGrushecky ST, Wang J, McGill DW (2007) Influence of site characteristics and costs of extraction and trucking on logging residue utilization in southern West Virginia. Forest Prod J 57(7/8):63-67.nHanks LF, Gammon GL, Brisbin RL, Rast ED (1980) Hardwood log grades and lumber grade yields for factory lumber logs. Res Pap NE-468. USDA For Serv Northeastern Forest Exp Stn, Broomall, PA. 92 pp.nLin W, Wang J, Wu J, DeVallance D (2011) Log sawing practices and lumber recovery of small hardwood saw-mills in West Virginia. Forest Prod J 61(3):216-224.nMassengale R (1971) Sawdust, slab and edging weights from mixed oak logs from the Missouri ozarks. The Northern Logger and Timber Processor 19(10):28-29.nPerkins B, Smith RL, Bond BH (2008) Case study of the economic feasibility of a red oak small-diameter timber sawmill and pallet-part mill. Wood Fiber Sci 40(2): 258-270.nRast ED, Sonderman DL, Gammon GL (1973) A guide to hardwood log grading (revised). Gen Tech Rep NE-1. USDA For Serv Northeastern Forest Exp Stn, Broomall, PA. 34 pp.nWade MW, Bullard SH, Steele PA, Araman PA (1992) Estimating hardwood sawmill conversion efficiency based on sawing machine and log characteristics. Forest Prod J 42(11/12):21-26.nWang J (2007) Hardwood log bucking and loading efficiency in West Virginia. Forest Prod J 57(5):84-90.nWang J, Grushecky ST, Li Y, McNeel JF (2007) Hardwood log merchandising and bucking practices in West Virginia. Forest Prod J 57(3):71-75.nWidmann RH, Cook GW, Barnett CJ, Butler BJ, Griffith DM, Hatfield MA, Kurtz CM, Morin RS, Moser WK, Perry CH, Piva RJ, Riemann RW, Christopher W (2012) West Virginia's forests 2008. Resour Bull NRS-61. USDA For Serv Northern Res Stn, Newtown Square, PA. 64 pp.nWu J, Wang J, McNeel JF (2011) Economic modeling of woody biomass utilization for bioenergy and its application in central Appalachia, USA. Can J For Res 41:165-179.n
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