Publisher : Korean Society for Agricultural Machinery
DOI : 10.5307/JBE.2016.41.2.093
Title & Authors
Trends and Constraints of Grain Slurry Food Processing in Kaduna State, Nigeria Dolapo, Oloyede O.; Shittu, Sarafadeen K.; Kayode, Fadele O.;
Purpose: Grain slurry diet are described as food obtained from ground grain paste. They serve as highly nutritious food for both adults and infants in Nigeria because of their immense nutritive and economical value. However, the production of these grain slurry diets is confronted with challenges that have hampered their commercialization. This study examines the trends and constraints of grain slurry food processing in Kaduna State. Methods: A survey was conducted using a structured questionnaire to elicit information from 192 selected processors, including both men and women. The survey was structured in line with the study objectives. The information was collated and synopsized into frequency distribution. Results: These findings revealed that 80% of the respondents processed between 1.0 tons and 13.0 tons of grain slurry per month. More than 90% of the processors processed grain slurry into koko, kunu, agidi, and pito. Accordingly, 80% of the interviewed processors indicated that sieving is one of the major constraints. Furthermore, inadequate modern machinery required to perform this operation makes it highly discouraging. One of the major challenges faced by the grain slurry producers in Nigeria is the lack of processing machinery for most operations (39.1%), followed by the tedious processing nature (27.1%), high labor cost (18.1%), and lack of market (9.4%). The traditional method of grain slurry processing was more popular than using modern equipment, except milling (96.5%), which is the only mechanized unit operation in grain slurry processing. Conclusion: Grain slurry processing and marketing were found to be profitable. However, these limitations could extremely reduce the level of grain slurry production, processing, and economic returns, thereby affecting the general wellbeing of the processors. The study also raised concerns about the safety and hygiene associated with traditionally processed grain slurry diets in the investigated areas.
Fayose, F. T. 2008. Development of multi-purpose sieving machine for wet agricultural products. Agricultural Engineering International: the CIGR Ejournal. Manucsript FP 08 006. Vol. X.
Iwena, O. A. 2002. Essential Agricultural Science for Senior Secondary Schools. Fourth Edition pp. 12-13.
Kochar, R. and J.S. Kenneth. 1988. Mechanical Engineering Handbook John Wiley and Sons. pp. 1-58.
Nwankwojike, B. N., O. S. Onwuka and N. J. Orji. 2015. Design and development of integrated slurry food processing machine, Innovative Systems Design and Engineering, 6(12).
Ojo, A.S. 2004. Introduction to tropical crops. Carmel Book Company Lagos pp.101.
Osagie, A and O. Eka. 1999. Nutritional quality of plant foods. Post-Harvest Research Unit. University of Benin Benin. Ambik Press, Benin, Nigeria.
Simmolowo, O. E and O. O. Adeniji. 2011. Prototype design and performance analysis of a sieving machine for improved food-slurry processing in Nigeria. Indian Journal of science and technology. 4(12):1639-1642.