Gnidava Sugar Refinery continues to cooperate with the leading European firms

 

Gnidava Sugar Refinery has purchased and prepares for exploitation four «Babbini» pulp presses.

It is reported by the press service of Gnidava Sugar Refinery.

The equipment is intended for pulp spinning after the diffusion process. New installed presses will have a significant impact on energy efficiency, as well as reduce the number of non-sugars that must be passed through the entire processing process, and the ratio of sugars to non-sugars will increase substantially.

«We started cooperation with «Babbini company, the leader in the market of the necessary equipment for sugar factories, two years ago. Gnidava sugar refinery purchased four modern press-mashines for production modernization. Recently, the company held an important event — millennial pulp press was released. It is a remarkable success of the company on the market. The main partners of the company from France, Germany, Italy, as well as the representatives of our refinery were invited to this event», — said Gleb Galkevych, the Deputy Chairman of the Investment Board.

«Babbini» company was founded 160 years ago and has been actively working in the field of sugar production since the middle of the last century, since the 70's it has concentrated all its technical and industrial resources in the production of continuous dredging screw presses.

This policy of the company allowed it to occupy an appropriate place in the global market of dehydration by continuous mechanical pressing.

 «Babbini» — the only company in the world which is able to produce horizontal and vertical dwarf presses, with productivity from 1.000 to 6.000 tonnes of beet per day.

«Babbini» double-leaf presses are used with excellent results not only for beet pulp processing, but also with other products in the sugar industry, such as beet tail, pulp and beet leaves.

The technical department of the company is able to control those parts of the press that are most exposed by calculating the finite element methods, also working with well-known research institutes in order to study the most appropriate production cycles.


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