special - ALUMINIUM-Nachrichten – ALU-WEB.DE
special - ALUMINIUM-Nachrichten – ALU-WEB.DE
special - ALUMINIUM-Nachrichten – ALU-WEB.DE
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NEWS IN BRIEF<br />
Rusal<br />
Rusal on track<br />
with Bemo project<br />
In a 50-50 joint venture with Russia’s power<br />
generating group RusHydro, UC Rusal is constructing<br />
a massive energy and metals complex<br />
at Tayozhny on the Angara River in the<br />
Krasnoyarsk region of Eastern Siberia. The<br />
Boguchansky complex (Bemo), to include a<br />
Rusal BoAZ Phase 1 smelter potroom progress<br />
600,000 tpy capacity smelter (BoAZ) and a<br />
3,000 MW hydropower plant, is said to be<br />
currently the world’s largest energy and metals<br />
project, expected to cost a total of some<br />
USD5 billion.<br />
Rusal has reported on the latest progress<br />
of the Bemo project overall: the first of nine<br />
turbine generators for the Boguchanskaya<br />
generating station was installed in August,<br />
and initial pre-launch trials of the equipment<br />
carried out. Operational testing of the turbines<br />
is continuing and the first electricity has been<br />
generated. Five of the 333 MW turbines are<br />
now in place and 58% of hydraulic equipment<br />
is installed. Steel work and installation<br />
of cranage and hydro mechanical equipment<br />
is 98% complete.<br />
Currently, the initial hydro-units are ready<br />
to go into operation. By the end of 2012, trials<br />
of further units will be completed, and in<br />
2013 the HEP plant will be put into<br />
full operation to reach its 3,000 MW<br />
capacity, placing it in Russia’s top five<br />
largest hydroelectric stations. At its full<br />
aluminium production capacity, the new<br />
smelter alone will consume 9.8 billion<br />
kWt/hr of electricity per annum.<br />
Smelter construction on course<br />
In the BoAZ project, Rusal says that installation<br />
of the pot shells is now underway,<br />
and the company expects to have in place<br />
all 168 shells required to complete Potroom<br />
No. 1 in Phase 1 of the project by the end of<br />
2012. Overall, construction is currently underway<br />
at 43 primary and auxiliary facilities of<br />
the project: the potrooms are 58% complete,<br />
the casthouse is 75% finished, and a holding<br />
furnace is presently being installed.<br />
The steel pot shell, serving as the cathode<br />
and structural base outer lining component<br />
for the electrolytic cells, will next have the refractory<br />
and carbon linings installed. Each pot<br />
shell weighs 38 tonnes, while a complete installed<br />
pot weighs 277 tonnes. 168 cuttingedge<br />
RA-300 pots are needed to generate<br />
147kt/yr of aluminium output to meet the<br />
project nameplate capacity of potroom No.1.<br />
The installation of the first pot was initially<br />
scheduled for February 2013, with the first<br />
metal expected during 2013.<br />
The electrolytic cells, all featuring Rusal’s<br />
own in house developed RA-300 technology,<br />
each deliver 2,442 kg per day aluminium production<br />
capacity.<br />
The BEMO aluminium smelter is being<br />
elaborated in two phases, both with an eventual<br />
total capacity of 296kt/yr and each phase<br />
includes two potrooms, housing a total of<br />
672 pots. The project also includes two dry<br />
gas cleaning systems, in-plant water recycling<br />
system <strong>–</strong> the first to be used in the Russian<br />
aluminium industry, and state of the art equipment<br />
supplied by leading companies in the US,<br />
France, Australia and Germany.<br />
The construction of Phase 1 of the project is<br />
being financed via a USD1.5 billion loan facility<br />
provided by Vnesheconombank (VEB).<br />
Ken Stanford, contributing editor<br />
Aleris to provide aluminium<br />
for Chinese prototype aircraft<br />
Land Rover<br />
World’s first aluminium monocoque Land Rover<br />
The all-new Range Rover is the most capable<br />
and most luxurious Land Rover yet. Lighter,<br />
stronger and with new levels of refinement,<br />
the Range Rover reinforces its position as one<br />
of the world’s finest luxury SUV. The fourth<br />
generation of the Range Rover line has been<br />
developed from the ground up.<br />
The world’s first SUV with a lightweight allaluminium<br />
monocoque body structure is 39<br />
percent lighter than the steel body in the outgoing<br />
model enabling total vehicle weight savings<br />
of up to 420 kg. The aluminium platform<br />
has delivered significant enhancements in performance<br />
and agility, along with a transformation<br />
in fuel economy and CO 2 emissions.<br />
In addition to the strong and rigid<br />
lightweight body, a new aluminium front<br />
and rear chassis architecture has been developed<br />
with completely re-engineered<br />
four-corner air suspension. The new<br />
suspension architecture delivers flatter,<br />
more confident cornering, with natural<br />
and intuitive steering feel.<br />
Designed and engineered at Land<br />
Rover’s development centres in the UK,<br />
the new Range Rover will be produced in<br />
a new manufacturing facility at Solihull,<br />
UK <strong>–</strong> employing the latest low-energy aluminium<br />
body construction technologies, says<br />
the car maker. The model has been on sale<br />
since September 2012; customer deliveries<br />
are scheduled to start from early 2013.<br />
Aleris has received orders to provide aluminium<br />
to Shanghai Aircraft Manufacturing,<br />
a manufacturing subsidiary of Commercial<br />
Aircraft Corp. of China (Comac), for the<br />
production of multiple sets of Comac’s C919<br />
test planes. Aleris will provide conventional<br />
aluminium alloys as well as an advanced<br />
aluminium alloy with high-damage tolerance<br />
to be used on the lower wing covers for a<br />
single-aisle commercial aircraft as part of the<br />
Comac C919 programme.<br />
Initially the material for the Comac test<br />
planes will be delivered from the Aleris plant<br />
in Koblenz, Germany. Long-term Aleris plans<br />
to supply the aluminium for production<br />
from its new rolling mill that is currently<br />
under construction in Zhenjiang, China, a<br />
USD350m facility designed to meet regional<br />
and global aerospace and other commercial<br />
plate demand. The company plans to begin<br />
non-aerospace commercial plate production<br />
at Zhenjiang in Q1 2013, while it establishes<br />
qualification programmes for global customers<br />
to begin selling aerospace material in 2014.<br />
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