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"Sustainable development" approach |
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Technip TPS,
a pioneer in HQE® project management
Technip TPS
was one of the first parties involved in this process, with its
participation, as early as 1995, in the project of the Lycée
Maximilien PERRET in ALFORVILLE (pictured left).
This F200 Million (€30,49 Million) project, a pioneer
in this field, was a success in which the objectives in terms of
energy savings, environmental care and life conditions, the use
of simple and local processes, the search for optimum use in the
mid and long terms, and a neat worksite, all demonstrated the
relevance "HQE®"
guidelines. Technip TPS participated in this project, acting
as Project Owner Assistant.
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Technip
TPS and sustainable development
Beyond
the HQE®
process, environmentally sound project management is currently inspired
by a global approach - sustainable development - coherent
with the policy of the Technip group, in compliance with the Group's
Environmental Charter.
The principle of sustainable development brings together the environmental,
economic, and social dimensions of human activity into a single
global concept. The engineers of Technip TPS must prove
their creativity, but also pragmatism in meeting requirements which
sometimes seem contradictory. There is no single solution; approaches
depend on the context of the operations, and their geographical
location.
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Strategy
and implementation
Technip TPS
has developed a genuine "sustainable development" project
culture, where each member of the team integrates this theme within his
speciality. It is not a matter for experts, but for all. The assessments:
HQE®,
sustainable development or Very High Energy Performance (THPE) were
acquired within several projects: project managers aim to ensure transverse
support of these processes. Within the framework of certain projects,
where the objectives are highly ambitious and linked with a technological
challenge, a technical coordinator is appointed alongside the project
manager to assist him within the framework of this transverse management.
This management is formalised within normative systems, such as the SMO
(Operation Management System) and the QEB (Environmental Quality in Construction),
used to manage environmental performance objectives and ensure their operational
processing.
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Objectives
and actions
Within
the framework of their service provision, Technip TPS has
defined objectives to ensure that all aspects of durability are considered
in accordance with the objectives requested by its project owners and
Clients:
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Environmental
aspect
- - Increase effectiveness of materials by limiting demand in non
renewable goods.
- Material recycling.
- Reduce energy consumption and CO2 emissions.
- Maximise durable use of biological and renewable resources.
- Consider the impact of projects on the air, water, fauna and flora.
- Limit the impacts of the construction on its outside environment.
- Preserve natural resources by optimising their use.
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Economic
aspect
- Consider life cycle costs.
- Consider the economic impact on local structures.
- Consider alternate funding methods.
Social
aspect
- Improve participation for the parties concerned.
- Consider the influence on the existing social fabric.
- Determine the impact on health and quality of life of users.
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| Some
references "Sustainable development" |
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Gerontology
Centre in Narbonne (11)
€15 MILLION - SDO 10,122 m² - Land 18,000 mē
Targets are:
- Integrated choices of processes and building products
- Workshop with low environmental impact
- Maintenance and operation
- Olfactive comfort
- Sanitary quality of spaces
- Air quality |
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Mixed
tramway maintenance centre in
Dijon (21)
€35 MILLION - 12 ha
Targets
are:
- Acoustic comfort
- Visual comfort
- Energy management
- Thermal comfort (solar panels for domestic hot water)
- Workshop
with low nuisances
- Hygrothermal comfort |
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Establishment
Hosting Dependent Elderly Persons in Mervans (71)
€6.85 MILLION - 4,691 m²
Targets
are:
- Integrated
choices of processes and building products
- Energy
management
- Water management
- Olfactive comfort
- Very High Energy
Performance building
- Consumption: 130 kW.h ep/m²/year |
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INES
(Institut National de l'Energie Solaire, National Institute for Solar Energy)
in Chambéry (73)
€11.32 MILLION - 7,500 mē
Targets are:
- Building "Zero fossil energy"
- Building "Zero CO²
emission"
- Building "Zero refrigerating fluid"
- Very
High Energy
Performance
building
- Consommation : 28 kW.h ep/m²/year |
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Archives
départementales du Rhône (local archives) in Lyon (69)
€31.5 MILLION - 23,000 mē
Targets are:
- Optimization of energies by "double skin" façade system
- Building with controlled environment and without refrigerating machine
- Acoustic performantiel treatment
- Very
High Energy Performance
building |
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Rehabilitation
of Paris OPAC (75)
€33 MILLION - 13,700 m²
Targets are:
- Energy management
- Natural overventilation through natural convection by automating the opening
glass
roof
- Refreshment by geothermal science and radiant ceiling
- Clean workshop management
- Optimization of natural lighting through the zenithal window
- Performantiel
acoustic treatment through
choice of materials |
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Construction
of Kyoto High School in Poitiers (86)
€31.5
MILLION - 16,500 mē
Targets are:
- Zero fossil energy
- Photovoltaic panels
- Cogeneration unity with colza oil
- Interseasonal calories storage tank
- Recycling of rainwater for supply of toilets
- Outside insulation
- Natural permanent
ventilation from the middle-season
- Very
High Energy Performance
- Consumption: 52 kW.h ep/m²/year |
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