SD Vision - Halyps Cement
SD Vision - Halyps Cement
SD Vision - Halyps Cement
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22<br />
ALIPRE ® for lower CO 2 emissions<br />
ALIPRE ® , Italcementi Group’s brand for<br />
its family of products based on calcium<br />
sulphoaluminate technology, is one of the<br />
main products in i.nova. It is an example of<br />
a hi-tech environmentally friendly product,<br />
produced with far lower CO 2 emissions than<br />
traditional cement. These new construction<br />
materials targeted at architects and<br />
designers interested in “good building”<br />
practices, those that balance aesthetics<br />
and environmental impact of new<br />
constructions.<br />
Depending on the technical requirements<br />
and the applications of the fi nal<br />
products, ALIPRE ® can be used as main<br />
component or as secondary constituent<br />
to adjust workability time, setting time<br />
and mechanical strength and achieve<br />
special products performances such as<br />
rapid setting, high early strength, increased<br />
sulphate resistance and shrinkage compensation.<br />
ALIPRE ® based products are<br />
obtained by mixing calcium sulphoaluminate<br />
clinker with calcium sulphate and<br />
Portland cement. Appropriate blends of the<br />
three components address a wide range of<br />
needs such as:<br />
p highly adjustable setting time<br />
p rapid early strength development<br />
p progressive strength increase, exceeding<br />
top-performing Portland cements<br />
p low shrinkage values<br />
p low alkali content.<br />
The new product line is a perfect choice for<br />
producing adhesives, mortars, concrete,<br />
rapid and semi-rapid screeds and sealants<br />
featuring low shrinkage and excellent<br />
durability. An effective solution for a wide<br />
variety of applications: paving and fl ooring,<br />
tunnelling, waste treatment, acid-resistant<br />
coatings.<br />
ALIPRE ® technology is available in products<br />
formulated in response to a large number<br />
of specifi c applications:<br />
p ALIFLO ® - Technology for fl ooring<br />
p ALIECO ® - Technology for waste<br />
treatment<br />
p ALISPID ® - Technology for accelerating<br />
concrete<br />
p ALICOAT ® - Technology for coatings<br />
p ALICAST ® - Technology for molded<br />
elements.<br />
Italcementi helps founding<br />
Green Building Council Italia<br />
I talcementi is one of the founding members of the Green Building Council Italia.<br />
The purpose of GBC Italia is to introduce the LEED – Leadership in Energy and<br />
Environmental Design – independent certifi cation system in Italy. This system<br />
provides the parameters of specifi c design and construction criteria for energy-effi cient<br />
green buildings with reduced environmental impact.<br />
i.lab as a reference point<br />
of eco-sustainable architecture<br />
and innovation<br />
i.lab is an important proof of Italcementi<br />
Group’s commitment to eco-sustainable<br />
architecture. It is the new research and<br />
innovation center of the Group – designed<br />
by Richard Meier – under construction in the<br />
scientifi c and technological Kilometro Rosso<br />
Park area. i.lab occupies an area of 11,000<br />
m 2 including 7,500 m 2 of research laboratories.<br />
Intended as an architectural benchmark<br />
for energy savings and innovative design<br />
quality, the building delivers maximum<br />
environmental performance to comply<br />
with the strict Leadership in Energy and<br />
Environmental Design (LEED) standards,<br />
the leading sustainable construction certifi<br />
cation program in the USA. At a technological<br />
level, in addition to its important<br />
architectural features, the i.lab project<br />
makes extensive use of alternative sources<br />
of energy: the roof will be fi tted with<br />
photovoltaic panels for production of<br />
more than 54,560 kWh of electricity, and<br />
with 250 m 2 of solar panels serving the<br />
heating and air-conditioning plant, for<br />
an overall saving of 12.7 tons of conventional<br />
fossil fuel. Further energy savings<br />
will be achieved thanks to a geothermal<br />
system using heat stored in the soil and<br />
subsoil, while the building will be plastered<br />
with “smog-eating” cement based on<br />
TX Active ® , the photocatalytic principle<br />
that enables surfaces to conserve their<br />
original appearance and plays a signifi cant<br />
role in eliminating pollutants in the<br />
i.lab, Italy, under construction<br />
atmosphere. Moreover LEED requires the<br />
use of recycled content materials, local<br />
materials, rapidly renewable materials,<br />
salvaged or refurbished materials, materials<br />
with low emission of organic substances and<br />
certifi ed wood. Following this approach,<br />
it was decided that part of the reinforced<br />
concrete structure should be obtained from<br />
slag cements (that may have up to 30% of<br />
their weight composed of salvaged material)<br />
together with steels obtained 100% from<br />
the industrial processing recycle.<br />
The building has been assigned the Green<br />
Good Design Award by “The Chicago<br />
Athenaeum: Museum of Architecture<br />
and Design” and “The European Center<br />
for Architecture Art Design and Urban<br />
Studies”, as the most innovative industrial<br />
achievement of 2009. The Green Good<br />
Design Award is a prestigious honour<br />
instituted in 1950 in Chicago by a group<br />
of distinguished engineers and designers,<br />
among them Eero Saarinen, Edgar J.