fuelling ontario’s greenhouse industry with biomass
DESCRIPTION
“Fuelling Ontario’s Greenhouse Industry with Biomass”, a presentation by Dean Tiessen, Pyramid Farms Ltd., at the Growing the Margins Conference held April 2-5, 2008TRANSCRIPT
10-acre greenhouse vegetable farm growing specialty tomatoes
85% of sales to U.S. markets Utilizing biomass (wood) as a fuel for
heating Second generation Expansion plans of 12 acres summer of
2009
The Ontario greenhouse industry uses $200 - 250M dollars worth of energy per year
Greenhouse industry uses energy for heating year round
Average operation is around 7 acres Greenhouse heating energy
consumption 8000 - 11000 Gj/acre/year
Current fuel heating prices (burner tip): Natural gas: $11.00/Gj (85%=$12.65) #6 residual oil $12.25/Gj (80%=14.75) Coal - U.S. Bituminous- $4.95/Gj (72%=
%6.45) Wood waste biomass - $3.50/Gj
(70%=$4.55)
Impact of B.C. Carbon Tax: July 2012 tax plus current rates Nat Gas - $1.49/Gj = $14.14/Gj #6 Residual oil- 9.33 cents/l = $18.30/Gj US Bituminous - $73.16/tonne = $9.45/Gj Biomass - $4.55 exempt/possible carbon
offsets to be gained. 2012 carbon rates pegged in B.C. are $30/tonne - with this though we will see biomass prices tripling
Sustainable – Clean burning (without contaminants), consistent, abundant, multi-year contracts( 5 to 15 yrs), environmentally-friendly
Carbon neutral - Proposed B.C. carbon tax
Fixed prices – allows grower to invest in new technologies, fixes costs, etc.
Simple, easy to use
Looked at various grown feedstocks: willow, poplar, switchgrass, paulmounia, miscanthus
Acquired various genotypes of miscanthus spring of 2007: have genotypes that can be grown in most if not all cultivated agricultural lands in Canada
Planted trial plots in 2007 Planting more trial plots in 2008 with the U of
G and Mendel Biotechnology, and 50 - 100 acres for our own commercial use
2009 plant full acreage needed to be self-sufficient on the current and planned greenhouse acreage by 2011
Photo courtesy Andrew Leakey 2006
Damian Allen of Mendel Biotechnology
Seven-year old crop at the 53rd parallel in Poland - Climate like Kingston, Ontario
Sustainable!!! Yield data from various sources are without any inputs. Non- invasive, drought-tolerant, high yielding, perennial (over three decades), good winter stand for leaching, no current pests or disease, uses conventional equipment
High biomass quality: winter harvests below 15% moisture, many genotypes developed for various climates and biomass harvest times
Small improvements in agronomic techniques will increase yields dramatically
Miscanthus needs 35 acres of land to heat 1 acre of greenhouses (based on Pyramid’s consumption) - may see increased yields
Switchgrass needs 140+ acres of land to heat 1 acre of greenhouses – inputs needed, lodging issues/biomass quality
Polar/willow needs 82 acres of land to heat 1 acre of greenhouse - harvested above 40% moisture, need specialized equipment, land is destroyed, pests and disease
Miscanthus yields in Illinois range between 10 tonne dm to 17 tonne dm
Projected yields in Southwestern Ontario 10-12 ton dm
18.50Gj/dry tonne at 11 tonne = 204 Gj/acre Establishment costs approximately $750 per
acre Harvest costs of around $200 per acre Excluding land costs and amortizing
establishment over 10 years brings a price of around 1.50 per Gj plus carbon offsets
Clean Consistent Cheap Long-term solution Agronomically sustainable Environmentally friendly Win-win for supplier and end-user
Economics of various feedstock crops work in today’s market
Advancements in agronomic technique and genetics will double yields in a short period of time
Ready-made market: the greenhouse industry is a small example
$200-250M dollars flow out of Ontario for just one industry: this is a rural initiative that must be utilized