WHAT WE DO / OUR
OPERATIONS / ALUMINA
DIVISION / FRIGUIA
ALUMINA REFINERY (GUINEA)
FRIGUIA ALUMINA REFINERY (GUINEA)
The management of the
Alumina Company of Guinea (Friguia Refinery) was taken over by RUSAL for 22
years in 2002.
In April 2006, RUSAL and the Government of Guinea have reached an agreement on
privatisation of the refinery. The estimated capacity of this refinery is
640,000 tonnes of alumina and 1.9 mln tonnes of bauxite per annum.
Friguia refinery is one of the largest employers in Guinea with 1,099 people.
The volume of the bauxite reserves under exploration has reached 35 mln tonnes;
the volume of the explored resources is 361 mln tonnes. The refinery’s
infrastructure includes a 160 km long railway network used for transportation
of products, raw materials and fuel.
| Geography |
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The alumina refinery is located in
the town of Fria (Guinea), some 160 km from the country’s capital – Conakry and
close to a bauxite deposit
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Technology
Friguia uses the Bayer process to produce alumina from bauxite.
Development
The company has developed a feasibility study for the Friguia Refinery
modernisation and expansion project. Hatch, the Canadian Engineering Company,
and VAMI, the All Russian Aluminium-Magnesium Institute took part in the
development of the feasibility study. The 3-year project is directed to
increase the plant’s capacity from 640,000 tonnes to 1 mln tonnes per annum.
Modernisation of the plant’s facilities will also raise the refinery’s
production performance and reduce operating costs. Currently the feasibility
study is a subject to approval by the independent experts.
Environment
The refinery’s modernization programme will significantly reduce the
environmental impact: a commitment to use ecologically friendly materials by
replacing old equipment with environmentally friendly plant will reduce
emissions.
The company annually restores 30 hectares of land involved in bauxite mining.
Management
General Manager — Kryuchkov Vladimir
To learn more about the process of aluminium production, aluminium history and
use please visit http://www.aluminiumleader.com/en/
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