Winter 2013 З Д А Н И Я В Ы С О К И Х Т Е Х Н О Л О Г И Й
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9. «Siemens» Office in Moscow (LEED
CI). The first building in Russia cer-
tified to LEED’s «Commercial Interi-
ors – CI».
10. FREEDOM house in the Moscow
region. This detached residential pi-
lot building consists of many pre-
fabricated parts. The project makes
widespread use of innovative tech-
nologies and materials. The «DIY»
building has guidelines for erection
by non-professional builders. It is
made from lightweight prefabricat-
ed frames, fixtures and other individ-
ual modules – with extensive use of
straw bales as insulation blocks. The
project is implemented within the
framework of a broad partnership
of various companies.
11. The Fisht Olympic Stadium
(BREEAM Bespoke). Innovative roof-
ing material from ETFE is to be in-
stalled using Vector Foiltec technolo-
gy – for the first time in Russia.
12. Passive house in South Butovo (Pas-
sive House). The project widely used
materials and solutions by the leading
chemical company – BASF.
13. The «Triumph Park» residential
complex in St. Petersburg (BREEAM
Bespoke). Russia’s first residen-
tial complex certified according to
BREEAM.
14. «Russian Seasons Hotel» in Sochi (to
the green standards system of volun-
tary certification by the Ministry of Nat-
ural Resources). Innovations included –
the use of a green roof as well as the
large-scale deployment of integrated
PV panels in the façade and roof.
15. Resource-and energy-efficient
country residence in Voronezh. The
building incorporates wide-spread
use of materials and technologies,
many supplied by Bayer companies;
Examples of green technologies
and activities, most applicable
and interesting to Russian
projects for now and the nearest
future:
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•
Appropriate solutions for building en-
velopes, including thermal insulation.
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•
Technologies for heating and cooling.
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•
LED lighting.
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•
Mechanical ventilation with heat re-
covery.
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•
Energy efficient elevators and escalators.
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•
Autonomous external lighting systems.
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•
SHW systems.
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•
PV systems.
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•
Vertical wind turbines.
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•
Air and ground-sourced heat pumps.
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•
Pellet-based heating systems.
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•
Natural daylight up to 80% of the of-
fice space (windows, panoramic win-
dows, optical fibres, etc., mathemati-
cal modelling, lighting).
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•
Shading structures on the facade.
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Infrared presence sensors.
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•
Meters for water consumption (sen-
sors with pulse input).
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•
Increased use of BMS.
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•
Conducting technical audits of build-
ing systems.
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•
Mathematical modelling as a guaran-
tor of energy efficiency and comfort
for the internal environment.
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•
Water saving plumbing fixtures.
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Materials and Furniture from wood
certified by FSC.
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•
Decoration and building materials
used for the outer shell and interior
with environmental labelling.
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•
Re-use of treated water for irrigation
and flushing.
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Green roofing.
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Indoor greenery, including green walls.
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•
Management of household waste
(separate collection and send for pro-
cessing).
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•
Transport planning: public transport,
social infrastructure, and other as-
pects of transport accessibility.
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•
Accessibility for people with limited
mobility.
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•
The availability of infrastructure for
the use of bicycles.
•
•
Prevention of pollution from con-
struction activities.
●
Hamilton Standard – Nauka in Kimry (LEED Silver)
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