Upper Peninsula Resource Conservation and Development Council Concept Map of the BURN-UP website
 

Inventories of Michigan Woody Biomass

BURN-UP Biomass Harvesting Workshops

DATE(S): September 15 and 16, 2009
LOCATION: Seney (9/15/09) and Alberta (9/16/09)
TOPIC(S): woody biomass harvest, harvest equipment

Two woody biomass demonstration harvest workshops will be conducted in September in the Western and Eastern Upper Peninsula. The purpose of these workshops is to inform loggers, foresters, and landowners about the operational aspects of harvesting woody biomass and the ecological constraints that should be applied.

 

Forest-based Bioenergy for Michigan's Upper Peninsula

TOPIC(S): Woody Biomass Utilization, Upper Peninsula of Michigan

Interest in wood-based bioenergy is greatly increasing as people look for renewable and alternative forms of energy.  This is especially true in Michigan's Upper Peninsula where nearly 80% of land is in forest. This workshop, held on 10 March 2009, brought together foresters, natural resource professionals, loggers, forest industry members, conservation districts, government organizations, and others to explore the future of woody biomass utilization in the region and what that might mean for local forests, economies, and communities.

Funding for this project was provided by the National Association of Conservation Districts

 

The workshop agenda and copies of all presentations are available at: http://www.nrs.fs.fed.us/niacs/tools/bioenergyworkshop/

 

Harnessing the Power of Local Wood Energy

Thursday, November 06, 2008
TOPIC(S): Local biomass utilization; Sustainable energy production

Harnessing the Power of Local Wood Energy is a community resource guide, written by Caitlin Cusack, that weaves technical information with the personal stories of community members who want to heat their local school with sustainably produced woodchips. It details how a rural community can take advantage of the cost savings of wood energy while assuring the wood is sourced and utilized in a "Sustainable, Efficient, Local, and Fair (SELF)" manner.

 

Thinking It Through: Scientists Call For Policy To Guide Biofuels Industry Toward Sustainability

Thursday, November 06, 2008
TOPIC(S): Sustainable Energy Production; Unintended Consequences of Cellulosic Biofuels
SOURCE: http://www.sciencedaily.com/releases/2008/10/081002172438.htm

As the United States and other nations commit to the path of biofuels production, a group of scientists is calling for sustainable practices in an industry that will, as MBL scientist Jerry Mellilo says, "reshape the Earth's landscape in a significant way."

 

More Research Needed to Make Good on Biofuel Promise, Experts Say

Thursday, November 06, 2008
TOPIC(S): Sustainable Energy Production; Unintended Consequences of Cellulosic Biofuels
SOURCE: http://news.uns.purdue.edu/x/2008b/081003DoeringSustain.html
While cellulosic biofuels derived from grasses, crop residues and inedible plant parts have real potential to be more efficient and environmentally friendly than grain-based biofuels like corn ethanol, more research and science-based policies are needed to reap these benefits, says an international group of experts.
 

A Tankful of Trees

Tuesday, November 04, 2008
TOPIC(S): Cellulosic Ethanol
Minnesota's paper mills and wood-burning plants could produce more ethanol than the state's corn farmers thanks to new technology that can turn trees into liquid fuel. Scientists say the paper mill of the future will produce not just paper but also liquid fuel, synthetic gas, electricity, steam, asphalt, lubricants and even biodegradable plastics and resins. Minnesota's forests and mills could produce up to 1 billion gallons of ethanol per year, compared to 620 million gallons of corn ethanol produced here last year, said Jim Bowyer, a University of Minnesota professor emeritus of the Department of Bioproducts and Biosystems Engineering.
 

Measures of Wood Resources in Lower Michigan: Wood Residues and the Saw Timber Content of Urban Forests

Monday, March 24, 2008
TOPIC(S): urban wood resources, Lower Michigan
SOURCE: semircd.org/ash/research/sherrill_macfarlane_inventory_final.pdf

Fifteen hundred interviews were conducted in the early spring of 2006 with a random sample of businesses in fourteen counties that include and surround Detroit, Ann Arbor, and Lansing, Michigan. The purpose of the survey is to determine the type and number of companies that either generate or use eight types of wood residue for the calendar year 2005. An equally important purpose is to provide recommendations regarding questions and sample design to those considering conducting urban wood residue surveys in the future.


In the summer of 2005, a ground survey of urban trees was conducted to determine the otential saw log content of the urban forests in the same area. Knowledgeable observers report he loss of saw logs contained in trees felled by natural occurrences, such as the EAB, and by human actions, such as residential and commercial development. The prevailing view is that urban saw logs are of little if any value. This survey provides estimates of the actual abundance, distribution, quality, and accessibility of urban saw timber. The results of these surveys provide aggregate estimates for 2005 of the flow of wood residue through businesses and the stock of urban saw timber contained in the area's trees. For other Michigan businesses and state and local governments, the results could identify where pportunities exist to make the better use of underutilized wood fiber. Another issue raised by
this study is the need in urban areas for a coordinated system that routinely monitors and upports the recovery of wood residue from all sources.

 

Clean Energy from Wood Residues in Michigan

Monday, March 24, 2008
SOURCE: michigan.gov/documents/wood_energy_in_michigan--final1_169999_7.pdf
This report explores the potential for biomass energy in Michigan by focusing on wood residue as an energy feedstock. Wood residue is a convenient, physically well-understood feedstock. However, despite its abundance, it is difficult to make an argument to modify infrastructure, educate consumers and utilities, and invest in new energy planning and processes without first understanding the cleaner emissions, sustainable renewable capacity, domestic economic benefits, and associated land use and carbon balance benefits that this renewable biomass fuel provides. This paper is intended to provide background on residue wood energy for policy makers, businesses, academics, and citizens interested in exploring alternatives to our fossil fuel-based energy production and transmission system. It provides:
1. an introduction to biomass energy;
2. a background on wood energy in the US and Michigan;
3. a discussion of characteristics of wood energy feedstocks;
4. an explanation of wood to energy pathways with associated harvesting, transport and storage considerations;
5. a presentation of options for energy conversion technology;
6. a comparison of environmental impacts of wood energy versus coal and natural gas;
7. an assessment of potential economic and energy supply impacts; and
8. an outlook for the future of wood energy in Michigan, including a discussion of the role of policies, initiatives and incentives that could advance cleaner, reliable, domestic and renewable resources as part of our mainstream energy portfolio.
This paper also provides policy recommendations based upon the weight of the evidence in current research about the environmental and economic impacts of biomass energy production.
 

Michigan's 21st Century Electric Energy Plan Appendix - Volume II Workgroup Reports

Monday, March 24, 2008
TOPIC(S): Michigan, elelctric energy, cellulosic biomass, inventory
SOURCE: http://www.cis.state.mi.us/mpsc/electric/capacity/energyplan/index.htm
Michigan already obtains about 1 percent of its electricity supply from power plants designed to burn primarily wood residues. Table 6 (p. 131) presents a list of Michigan's currently existing utility-scale wood-burning power plants, including their production data for 2005. In addition to the wood residues presently utilized for the production of electric power, recent data on wood and waste consumption in Michigan shows a total of nearly 60 trillion British Thermal Units (Btus) per year or approximately 3.85 million tons available.
 

Biomass, Biofuels and Bioenergy: Feedstock Opportunities in Michigan

Monday, March 24, 2008
TOPIC(S): biomass feedstock inventory, Michigan
SOURCE: www.mda.state.mi.us/renewablefuels/documents/biomass_feedstock_michigan.pdf
With an extensive forest and agriculture landbase, Michigan has the potential to be one of the leading states in biomass feedstock production. In Michigan, forestry sources alone could supply over 4.5 million dry tons per year of feedstock, enough to support on a continuous basis six commercial-scale lignocellulosic ethanol refineries, each producing more than 50 million gallons of ethanol per year.
 
This page last updated on 7/30/2008.
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