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MAI-BUT: Fermentation of Maize Grain to n-Butanol

Authors: orcid bw Wim Hugo;
Wim Hugo
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Wim Hugo in OpenAIRE

MAI-BUT: Fermentation of Maize Grain to n-Butanol

Abstract

* Technical Challenges - Technology is relatively simple and has high conversion efficiency. * Cost Challenges - Despite efficiency, levelised costs are high, due to mainly 2 factors (1) the input cost of raw material is high, and (2) operating costs are high due to feedstock (methanol) and distillation operations. Selling oilcake has a significant effect on final product cost, with a 50% oilcake internal subsidy reducing the costs by R 6,500/ t (0.65 R/kWh). This would bring production cost into line with current range of diesel prices. * Environmental Challenges - Greenhouse gas savings are significant provided land use changes are carbon neutral. Limiting cultivation to subsistence cropland should assist with this goal. * Social and Institutional Challenges - Conversion of subsistence farmers in former homeland areas, with high reliance on cattle and maize, to a cash crop with side products for own consumption and cattle feed will require significant community involvement. Cooperative farming and marketing channels need to be investigated.

Keywords

Energy, model outputs, Agriculture, maize, butanol, Commercial bioenergy system, Bioenergy, grain, fermentation, feasibility

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