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• W2793034815 abstract "Abstract Triticale is an emerging bioenergy crop in Canada, with potential as a feedstock for the production of ethanol and co-products from both its grain and straw. This study evaluates the commercial potential of introducing triticale as an industrial feedstock crop in the Brown agroecological soil zone of the Canadian Prairies, a semi-arid area which accounts for the highest share of underutilized summerfallow in the region. The study approach includes determination of location parameters (potential triticale land area, feedstock collection radius, and transportation distance), on-farm triticale yield, on-farm production cost, and feedstock chemical composition. Subsequently, SuperPro® Designer was used to develop and simulate two processes using both grain and straw: a) integrated process that ferments both pentose and hexose (Process I); b) single process involving fermentation of hexose sugars only, while pentose sugar is diverted for biogas production and then combined with lignin for power generation (Process II). Triticale on-farm yield is analyzed for the range 5.1–6.8 t ha−1 (which corresponds to 74–126 thousand ha of triticale area). Triticale on-farm production cost is $473 ha−1 with corresponding on-farm profit of $570–$1150 ha−1 from grain and straw sale. The integrated grain and straw processing model is developed and simulated for a 200–550 million L annum−1 ethanol biorefinery, with corresponding total capital investment cost of $140–$240 million. Fermenting both grain and straw and using hydrothermal pretreatment for straw resulted a lower equipment purchase cost per litre of ethanol ($0.12–$0.14 L−1) compared with cellulosic ethanol production using other pretreatment methods ($0.60–$1.24 L−1). The process involving fermentation of both pentose and hexose (Process I) is more profitable compared with a hexose-only process (Process II). Ethanol selling price, plant capacity, and feedstock cost all have high impact on net present value. All plants generate negative net present value at ethanol prices of $0.60 L−1 or less, while a price of at least $0.80 L−1 is required for plants with capacity higher than 250 million L to generate positive net present value. This study provides a basis for further articulation of Canada’s triticale biorefinery concept beyond the near-term goal of producing ethanol, namely, sustainable production of a wide array of bioproducts (bioenergy, biofuels, biomaterials, biochemicals, and biologics) to enhance the profitability of the triticale biorefinery and contribute to Canada’s environmental goals for a bio-based economy." @default.
• W2793034815 created "2018-03-29" @default.
• W2793034815 creator A5033684035 @default.
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• W2793034815 date "2018-07-01" @default.
• W2793034815 modified "2023-10-16" @default.
• W2793034815 title "Integrated bioethanol production from triticale grain and lignocellulosic straw in Western Canada" @default.
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• W2793034815 cites W1970447316 @default.
• W2793034815 cites W1970974010 @default.
• W2793034815 cites W1982674872 @default.
• W2793034815 cites W1983135952 @default.
• W2793034815 cites W1986408154 @default.
• W2793034815 cites W1987775419 @default.
• W2793034815 cites W1996827995 @default.
• W2793034815 cites W1996930738 @default.
• W2793034815 cites W2008769134 @default.
• W2793034815 cites W2009905679 @default.
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• W2793034815 cites W2022347660 @default.
• W2793034815 cites W2023524753 @default.
• W2793034815 cites W2023876794 @default.
• W2793034815 cites W2027769893 @default.
• W2793034815 cites W2027966927 @default.
• W2793034815 cites W2028666136 @default.
• W2793034815 cites W2029344322 @default.
• W2793034815 cites W2033508370 @default.
• W2793034815 cites W2033585582 @default.
• W2793034815 cites W2035157030 @default.
• W2793034815 cites W2036445315 @default.
• W2793034815 cites W2036879938 @default.
• W2793034815 cites W2038445570 @default.
• W2793034815 cites W2045933400 @default.
• W2793034815 cites W2050026558 @default.
• W2793034815 cites W2053526929 @default.
• W2793034815 cites W2053739980 @default.
• W2793034815 cites W2065366624 @default.
• W2793034815 cites W2066080707 @default.
• W2793034815 cites W2066516735 @default.
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• W2793034815 cites W2067930491 @default.
• W2793034815 cites W2071550433 @default.
• W2793034815 cites W2072183307 @default.
• W2793034815 cites W2074094236 @default.
• W2793034815 cites W2081466475 @default.
• W2793034815 cites W2086008688 @default.
• W2793034815 cites W2086776575 @default.
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• W2793034815 cites W2121637712 @default.
• W2793034815 cites W2138277172 @default.
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• W2793034815 cites W2402046081 @default.
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• W2793034815 cites W2574242099 @default.
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• W2793034815 doi "https://doi.org/10.1016/j.indcrop.2018.02.070" @default.
• W2793034815 hasPublicationYear "2018" @default.
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