WP 3 SWG OBJECTIVES

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WP 3 SWG -OBJECTIVES

• 3.1 To minimize energy demand and produce
  renewable energy on the site
• 3.2 To minimise water demand and reduce
  wastewater production
• 3.3 To minimise waste generation from buildings
  and civil infrastructure
• 3.4 To decide on proceedings based on defining
  the cultural and regional identity by the quality
  of its industrial heritage
• 3.5 To find better ways to comply with health
  and safety regulations for reused buildings and
  infrastructure

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Construction materialslandfilling vs. recycling
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DIRECTIVE 2002/91/EC OF THE EUROPEAN PARLIAMENT
AND OF THE COUNCIL of 16 December 2002 on the
energy performance of buildings lays down in
Art.. 1, requirements as regards

• (a) the general framework for a methodology of
  calculation of the integrated energy performance
  of buildings
• (b) the application of minimum requirements on
  the energy
• performance of new buildings
• (c) the application of minimum requirements on
  the energy
• performance of large existing buildings that are
  subject to
• major renovation
• (d) energy certification of buildings and
• (e) regular inspection of boilers and of
  air-conditioning
• systems in buildings and in addition an
  assessment of the
• heating installation in which the boilers are
  more than 15 years old.

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DIRECTIVE 2002/91/EC OF THE EUROPEAN PARLIAMENT
AND OF THE COUNCIL of 16 December 2002 on the
energy performance of buildings lays down in
Art.. 1, requirements as regards

• General framework for the calculation of energy
  performance of buildings (Article 3)
• 1. The methodology of calculation of energy
  performances of buildings shall include at least
  the following aspects
• (a) thermal characteristics of the building
  (shell and internal partitions, etc.). These
  characteristics may also include air-tightness
• (b) heating installation and hot water supply,
  including their insulation characteristics
• (c) air-conditioning installation
• (d) ventilation
• (e) built-in lighting installation (mainly the
  non-residential sector)

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DIRECTIVE 2002/91/EC OF THE EUROPEAN PARLIAMENT
AND OF THE COUNCIL of 16 December 2002 on the
energy performance of buildings lays down in
Art.. 1, requirements as regards

• (f) position and orientation of buildings,
  including outdoor climate
• (g) passive solar systems and solar protection
• (h) natural ventilation
• (i) indoor climatic conditions, including the
  designed indoor climate.
• 2. The positive influence of the following
  aspects shall, where relevant in this
  calculation, be taken into account
• (a) active solar systems and other heating and
  electricity systems based on renewable energy
  sources
• (b) electricity produced by CHP
• (c) district or block heating and cooling
  systems
• (d) natural lighting.

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DIRECTIVE 2002/91/EC OF THE EUROPEAN PARLIAMENT
AND OF THE COUNCIL of 16 December 2002 on the
energy performance of buildings

• Member States may decide not to set or apply the
  requirements referred to in paragraph 1 for the
  following categories of buildings
• buildings and monuments officially protected as
  part of a designated environment or because of
  their special architectural or historic merit,
  where compliance with the requirements would
  unacceptably alter their character or appearance,

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DIRECTIVE 2002/91/EC OF THE EUROPEAN PARLIAMENT
AND OF THE COUNCIL of 16 December 2002 on the
energy performance of buildings

• Member States may decide not to set or apply the
  requirements referred to earlier for the
  following categories of buildings
• buildings and monuments officially protected as
  part of a designated environment or because of
  their special architectural or historic merit,
  where compliance with the requirements would
  unacceptably alter their character or appearance
• Thus it is important to find good example of
  building energy improvement

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Contradictionenergy usage material saving
Impact on environment resulting from construction
materials used
Impact on environment resulting from energy used
LCA analysis of Bytom Kwartal two building
adaptation
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LCA of wall insulation

Total impact on environment after
modernization Variant 1- 516 E99 units Variant
2 -533 E99 units vs. 714 without improvement
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Environmental impact resulting from type of
energy used
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KATOWICE Kleofas Shaft adaptation
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Konstancin-Jeziorna adaptation
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Niwkaka Modrzejow
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Niwkaka Modrzejow
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HEADQUATER FOR NESTLE FRANCENOISIEL SUR-MARNE
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HEADQUATER FOR NESTLE FRANCENOISIEL SUR-MARNE
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HEADQUATER FOR NESTLE FRANCENOISIEL SUR-MARNE
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HEADQUATER FOR NESTLE FRANCENOISIEL SUR-MARNE
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VENICE-ARSENAL
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VENICE-ARSENAL
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VENICE-ARSENAL
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VENICE-ARSENAL
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VENICE-ARSENAL
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TYCHY BREWERY POLAND
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TYCHY BREWERY POLAND
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TYCHY BREWERY POLAND
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GDANSK POLAND,OLOWIANKA ILENDadaptation of XIX
century power station for Congress and culture
centre
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GDANSK POLAND,Congress and culture centre
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GDANSK POLAND,Congress and culture centre