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	Fufu Flour
	Fufu is a fermented wet-paste made from cassava. It is ranked next to gari as an indigenous food of most Nigerians in the south. Fufu is made by steeping whole or cut peeled cassava roots in water to ferment for a maximum of three days, depending on ambient temperature.
	Process flow chart for fufu	During steeping, fermentation decreases the pH, softens the roots, and helps to reduce potentially toxic cyanogenic compounds. When sufficiently soft, the roots are taken out, broken by hand, and sieved to remove the fibers.
Cassava Utilization

*Gari* Fufu flour High quality cassava flour Tapioca Lafun Kpokpogari Glucose syrup Glue Ethanol Composite bread Livestock feed industry Livestock feed products Starch in paper, etc. Starch in food Starch production
		At present, processors sieve manually by adding water to the retted mass on nylon or cloth screens. The fiber produced as a by-product is sold for animal feed, either in its wet form or after sun-drying. The sieved mass is allowed to sediment in a large container for about 24 hours. After sedimentation, the water is poured off while the fine, clean sediment (mainly starch) is dewatered using a high powered Press. The cake is then sifted before drying.
		Apart from being easy to prepare the consumable form, dried fufu has the advantages of having a longer shelf life,being more convinient to store, and less bulky. When cooked, fufu is a creamy/white smooth textured product. When properly packaged and stored, dried fufu flour has a shelf-life of six months or more.
Postharvest Equipment
Peelers Washers Graters Pressers Extruders Millers Dryers Pelletizers Sealers Packing machines
		*Fermentation system for fufu* production**
		The Two types of fermentation are currently gaining wider acceptance by cassava processors in Nigeria.
		Submerged technology The technique adopted is the typical Yoruba fufu processing method. Peeled cassava roots are washed and soaked in fermenting vats for 4 days. The fermented roots are then sieved in muslin cloths. The filtrate is discarded. The sediment is collected in baskets and drained, then packed in woven polyethylene fiber sacks and allowed to drain.
		Submerged/Solid State technology The technique adopted is typical of the south-south and south-east fufu processing method. It differs from the traditional in three ways:
		Grating of cassava roots after 3 days of submerged fermentation using a mechanical grater. A second stage of solid state fermentation (this can be described as "double fermentation"). Sieving with very little water.
	Use of surface tanks for fermentations
	The construction of surface tanks facilitates the soaking of cassava tubers and can increase the volume of fufu processed per cycle. Different types of tank can be constructed, but the most efficient are those with accessible stoppers/taps to control water flow and drain off, and those with effective drainage areas. These save on the time and drudgery spent in emptying the tanks by hand. Processors can get tanks made for them or rent them from service providers.
	Processing Equipment
	Weighing Balance Washing machine Presser Grater Rotary Dryer Disc or pin milling machine Sealer
	The design should ensure that all parts of the equipment are accessible for efficient cleaning. Materials used to fabricate equipment should maintain a surface that is easily cleaned. The equipment should be located to allow adequate maintenance and cleaning and should provide easy and convenient handling of raw material and products. Operators must consider the occupational safety of processing staff and prevent chemical, physical, and microbiological contamination of cassava and its products. The equipment should function according to intended use.
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