Ithacawoodheat
stimulating local interest in modern space heating with
wood
We humans are affecting the global environment by burning enormous
quantities of fossil fuels and releasing enormous quantities of carbon dioxide
into the atmosphere. This practice will not continue much longer.
Over the next few decades, petroleum will become increasingly scarce and
expensive and the impact of global warming will become increasingly
apparent.
Fortunately, it is relatively easy to keep
ourselves warm in the winter without using fossil fuels. Local forests can
sustainably supply an abundance of biomass fuel which can be burned
cleanly with modern technologies. Furthermore, wood is a "carbon neutral"
fuel: the carbon stored in the wood was removed from the atmosphere during
tree growth.
Biomass heating is already widely practiced in Europe and in
some countries accounts for the majority of energy used for space
heating. Thus, the required technology and know-how is already
developed and available. Sustainability is achieved by actively
managing participating forestlands which are harvested on a regular basis for
timber and fuel wood.
Wide acceptance of forest biomass heating
hinges on its cost competitiveness with fossil fuel alternatives. In the current market, forest biomass is
very inexpensive; as little as 15% of natural gas and 10% of fuel oil costs for
equivalent energy content. On the
other hand, capital spending is required to build the wood fuel supply
infrastructure and equip buildings with wood burning appliances. With low demand, wood biomass prices
will stay low and hinder capital investment on the supply side. With uncertain supply, there will be
little investment in wood burning appliances, which will hinder demand
growth. It is not clear whether
wood biomass heating will gain popularity without more public awareness and
perhaps some incentives. Clearly, a
thorough economic analysis is required.
From a government policy standpoint, attention should be given to the
potential economic benefits of local wood fuel production. These benefits should be considered when
incentive decisions are made.
Although heating with woodstoves and cordwood has a long history, the use of chipped or pelleted wood biomass fuel in low emission furnaces is relatively recent. Traditional cordwood tends to be relatively expensive for a given energy content because its traditional production is labor intensive. Currently, pellets are also relatively expensive because there are a limited number of the expensive manufacturing facilities in production so transportation costs are also high. Wood chips are the cheapest form of fuel which can be used in automatically stoked heating systems. Wood biomass heating costs are best minimized using a coordinated systems approach to the entire process of harvesting, processing, delivering and burning.
Apart from the necessary economic
and policy analyses, it is important to familiarize heating suppliers and
consumers with the modern wood biomass technology. To this end, Ithacawoodheat is planning
several demonstration projects. The
first project will set up a small woodchip fired boiler system in a publicly
accessible building. The public
will be invited to visit the installation, learn about wood biomass heating, and
how it might apply to their homes or businesses. The second project will enlist some
forest landowners in a sustainable management and production scheme and then
demonstrate the use of modern harvesting and processing equipment in their
forests.
New or existing local businesses will
eventually enter this market to provide the equipment, installation and
maintenance services, and fuel supply and delivery services. The
mission of Ithacawoodheat is to accelerate this process.
Here is
an outline of current and planned Ithacawoodheat
activities.
1) woodchip biomass
heating/sustainable biomass forestry demonstration project at
a) 500 kBTU/hr KWB/Hamont boiler installation and building efficiency improvements
b) CNC forest management and biomass crops
c) public outreach
2) forest owner timber and biomass coop project
a) research and business model development
b) owner surveys
c) advertising
c) phased startup
3) integrated local biomass energy market project
a) shared aggregation and delivery system
b) local currency
c) charity heating
4) low cost solid fuel combustion systems project
a) fuel handling strategies
b) batch fired combustor with heat storage
c) fast start compact powdered fuel combustor prototype
d) combustion control systems
e) insitu residential testing
f) equipment vendor consultation
g) local equipment manufacture
There is a wealth of related information available on the
Web. The links below give a sampling.
http://www.biomasscenter.org/ Biomass Energy Resource Center
http://www.alternativefuelboilers.com/ NY manufacturer of quality woodboilers
http://www.masswoodlands.coop/ Massachusetts Woodlands Cooperative
http://www.cdi.coop/ Cooperative Development Institute
http://www.bioheat.info/ EU infomation biomass spaceheating clearinghouse
http://www.blt.josephinum.at/ extensive emissions testing reports (in German)
http://www.kwb.at/en/ Austrian biomass boiler manufacturer
http://www.ala-talkkari.fi/ Finnish biomass boiler manufacturer
http://www.terrapreta.bioenergylists.org/ information on biochar for soil improvement and carbon sequestration
http://www.woodgas.com/ information on biomass gasification
These are handouts from talk
given November 29, 2007
http://www.Ithacawoodheat.org/BiomassCombustionBasics.pdf
http://www.Ithacawoodheat.org/SustainableForestCoop.pdf
Forest owners survey form:
http://www.Ithacawoodheat.org/nyfoacoopsurvey.htm
I wish to thank all those
who have contributed their time, thoughts, and efforts thus far and welcome
participation by anyone with an interest in our goals. Ithaca is well known for it's global outlook and local involvement. I
hope that spirit will manifest itself as our projects move forward.
Tony Nekut
anekut@vectormagnetics.com
tony@ithacawoodheat.org