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3 Cases<br />

(USD 39 to USD 46 per ton fresh roots). With local varieties, farmers would obtain half<br />

the yield, thus practically production costs would double (from USD 70 to USD 140<br />

per ton HQCF), resulting in a very small gross margin (USD 30 per ton HQCF). By<br />

promoting the introduction of high-yield varieties, the project worked on ensuring that<br />

production costs of HQCF remain competitive and smallholder farmers still receive a<br />

good gross margin. If the first stage of processing (transforming fresh roots into pressed<br />

wetcake) is outsourced, the farmer processor can secure a better gross margin (about<br />

USD 45 per ton HQCF), but it is not without risks. In February 2011, the estimated<br />

production costs of artificially dried HQCF exceeded the price biscuit manufacturers<br />

were willing to pay for HQCF (due to the lower price of wheat). However, by having<br />

all processing take place at the factory site, the processor price could be reduced to a<br />

viable level for supplying HQCF to the paperboard industry.<br />

Innovation and sustainability<br />

Equipment should not be purchased based on price alone: tight quality control and<br />

technical backstopping for manufacturers of equipment is crucial. Making high-quality<br />

products for new markets requires processing equipment that is of the right specifications,<br />

to assure quality and processing efficiency. Although NGOs and donors have<br />

distributed graters and presses for cassava processing before, the equipment was often<br />

designed for household processing, where timeliness and volume issues are less important<br />

than in a commercial HQCF VC. Furthermore, the equipment was often of inferior<br />

quality and often broke down because of inadequate maintenance. C:AVA faced<br />

this problem in the sun-dried VC; the equipment failed to meet the requested technical<br />

specifications and had to be modified. The project also took steps to include and<br />

empower the private sector as drivers of innovation in the HQCF VC. Taking advantages<br />

of pre-existing strong links amongst the private sector (processors and end users)<br />

is crucial. Working closely with the private sector can have very positive effects on the<br />

sustainability of project outcomes (Sandifolo 2010a).<br />

Concluding remarks<br />

There is potential to include small-scale producers in both sun-dried and artificially<br />

dried HQCF value chains. Proximity to customers and lower production costs give<br />

the sun-dried HQCF VC a competitive edge in the rural market. Quality, reliability<br />

of supply and economies of scale give the artificially dried HQCF VC the edge in the<br />

industrial markets (Westby and Adebayo 2010). A crop initially meant as food security<br />

crop might become a profitable cash crop with such increased market opportunities.<br />

69

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