Dehusking is the one of the important secondary processing operations which is used to remove outermost layer in seed processing. Present review explores the different factors influencing dehusking operations of agricultural products.

2022年12月31日 · Peanut shelling constitutes a significant part of peanut processing. Researchers had developed different type of peanut shelling machines, addressing the problem of shelling groundnut. Some authors modified past machines …

Developing an affordable groundnut decorticator to ease the labour associated with shelling and reduce operational cost and time would enable the high potentials of the crop to be harnessed optimally. A typical groundnut decorticator removes the seeds from the pods.

2019年11月8日 · Contrary to the immense economic importance of coconut for both industrial and domestic uses, dehusking of the fruits after harvesting constitutes the most difficult and dangerous operations...

Lack of groundnut processing machines, especially groundnut Sheller, is a major problem of groundnut production, especially in our country India. A research-work for design, fabricate, and performance evaluation of a groundnut Sheller consisting of feed hopper with a flow rate control device, shelling unit, separating unit and power system.

Automating the dehusking and cutting process would help the coconut industry by providing a safer and efficient way of doing the first two processes of copra processing. In the current manual process using the dehusking tool [2], a single and experienced worker would dehusk an average of 300 coconuts an hour.

Today there is many methods used for de-husking and de-shelling of coconut. These methods are widely used for removing of the coconut husk but these methods have many problems and limitations while operating these machines. These problems affect the production rate of de-husking the coconut.

The project involves the design and testing of a coconut dehusking machine to facilitate local coconut dehusking. The detailed design of the machine's components was carried out using relevant design equations, followed by material selection, fabrication, and assembly.

automate the dehusking and crown removing process. Although coconut dehusking machines have already been demonstrated in the work and also in some small-scale industries, the process is either manual or semi-automatic.

Generally, coconuts are dehusked manually using either a machete or a spike. These methods require skilled labour and are tiring to use. Attempts made so far in the development of dehusking tools have been only partially successful and not effective in replacing manual methods.