The document discusses the CEN TC350 standards for assessing the sustainability of buildings. It provides an overview of the standards and their current status. The standards cover frameworks and calculation methods for assessing environmental, social and economic performance at the building and product level. The prEN16309 standard being summarized provides the methodology for assessing the social performance of buildings.
Standards, rating tools and regulationsChris Hamans
Assigning standards and building rating tools in regulations.
The presentation aims to explain how environmental performance requirements to works (buildings), that most likely will result into new additional product information, can be linked to building rating tools and to Environmental Product Declarations.
The interpretation of the Construction Products Regulation (CPR , 305/2011) is not that easy to understand to everyone, but the Regulation contains all the procedural elements that provide maximum freedom to Member States to set their own performance requirements to works (buildings) that might however require new and different declarations on a construction product's environmental performance when giving national interpretations to the Basic Requirement nr. 7 : "the sustainable use of natural resources". However the assignment of the appropriate European Standards, designed to assure a uniform and harmonised measurement and declaration of performances, are the ready to use "key".
The presentation shows how to use regulations, building rating tools, standards for quantifying building performances and standards for measuring product performances that provide the necessary input to the quantification of the (environmental) building performance.
cen tc350 sustainability standards status june 2013Chris Hamans
CEN TC350 Standards for sustainability assessment of works and construction products.
The 1st. generation of this suit of standards now is almost complete. The presentation gives an overview on the available standards and first conclusions to be drawn. The TC350 standardisation committee in November will r present a new business plan and propose some new activities and updates for the existing standards: the 2nd generation of CEN TC350 standards.
This overview was first presented at the Polish Building Physics Conference in Slok at 20-6-2013.
Life Cycle Stages - modules - scenarios - MNA - INA in CEN TC350 standardsChris Hamans
CEN TC350 Sustainability standards. In the sustainability assessment of buildings a systematic approach is important. The standard prEN16309, the sustainability assessment of the social performance of buildings, the distinction made between Life Cycle Stages, and Information Modules is to be understood. Also a precise specification of the scenarios needs attention. The presentation highlights those assessment issues as well clarifies how and where exemptions can be made in the assessments. These principles apply to all assessment standards: EN15804 (for environmental product assessment), EN15978 (for environmental building assessment) and for the standard assessing the building life cycle costs (in development)
The EU legislative framework for the sustainability Chris Hamans
Presentation for the Romanian products manufacturer association APMCR, at their seminar during the Romanian national building exhibition Construct'14 , April 2014.
WSB14 - Session 111-1 CEN presentation: overview Rules and Regulations and EN...Chris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation by CEN-CENELEC standardisation gave an overview of EU's rules, regulations and policies and the role of EN standards with regard to this.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
Standards, rating tools and regulationsChris Hamans
Assigning standards and building rating tools in regulations.
The presentation aims to explain how environmental performance requirements to works (buildings), that most likely will result into new additional product information, can be linked to building rating tools and to Environmental Product Declarations.
The interpretation of the Construction Products Regulation (CPR , 305/2011) is not that easy to understand to everyone, but the Regulation contains all the procedural elements that provide maximum freedom to Member States to set their own performance requirements to works (buildings) that might however require new and different declarations on a construction product's environmental performance when giving national interpretations to the Basic Requirement nr. 7 : "the sustainable use of natural resources". However the assignment of the appropriate European Standards, designed to assure a uniform and harmonised measurement and declaration of performances, are the ready to use "key".
The presentation shows how to use regulations, building rating tools, standards for quantifying building performances and standards for measuring product performances that provide the necessary input to the quantification of the (environmental) building performance.
cen tc350 sustainability standards status june 2013Chris Hamans
CEN TC350 Standards for sustainability assessment of works and construction products.
The 1st. generation of this suit of standards now is almost complete. The presentation gives an overview on the available standards and first conclusions to be drawn. The TC350 standardisation committee in November will r present a new business plan and propose some new activities and updates for the existing standards: the 2nd generation of CEN TC350 standards.
This overview was first presented at the Polish Building Physics Conference in Slok at 20-6-2013.
Life Cycle Stages - modules - scenarios - MNA - INA in CEN TC350 standardsChris Hamans
CEN TC350 Sustainability standards. In the sustainability assessment of buildings a systematic approach is important. The standard prEN16309, the sustainability assessment of the social performance of buildings, the distinction made between Life Cycle Stages, and Information Modules is to be understood. Also a precise specification of the scenarios needs attention. The presentation highlights those assessment issues as well clarifies how and where exemptions can be made in the assessments. These principles apply to all assessment standards: EN15804 (for environmental product assessment), EN15978 (for environmental building assessment) and for the standard assessing the building life cycle costs (in development)
The EU legislative framework for the sustainability Chris Hamans
Presentation for the Romanian products manufacturer association APMCR, at their seminar during the Romanian national building exhibition Construct'14 , April 2014.
WSB14 - Session 111-1 CEN presentation: overview Rules and Regulations and EN...Chris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation by CEN-CENELEC standardisation gave an overview of EU's rules, regulations and policies and the role of EN standards with regard to this.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
EN16309 - methodology social performance assessment (comprehensive presentation)Chris Hamans
updated and comprehensive presentation of the structure and principles of the social performance assessment of buildings: EN16309 - Sustainability of construction works — Assessment of social performance of buildings — Methods Methodology
(version 04032015)
You can assess the building performance on the 3 dimensions of sustainability. But how does this relate to all other assessments of sustainability: to the sustainability of the infra structure, the transport and energy system, etc? And where to position a sustainability assessment of management and decision processes? How does this relate to the building assessment as defined in the scope the CEN TC 350 standards?
ESC explains.
CEN TC350 prEN16309: methodology for the social performance assessment of bui...Chris Hamans
The CEN standard EN16309 will define the methodology for assessing the social performance of a building. The standard is still in development and will be submitted for Formal Vote in the course of 2013
ESC explains.
CEN TC350 - status standards 1-4-2012 & backgroundChris Hamans
The CEN TC350 suite of standards for sustainability assessment of construction products and of buildings are published early 2012. The availability of the standards is explained, the applied principles and the making of the standards.
ESC explains.
Original 01-04-2012 ; UPDATED 28-02-2014
CEN TC350 - sustainability assessment of buildings and other sustainability a...Chris Hamans
You can assess the building performance on the 3 dimensions of sustainability. But how does this relate to all other assessments of sustainability: to the sustainability of the infra structure, the transport and energy system, etc? And where to position a sustainability assessment of management and decision processes? How does this relate to the building assessment as defined in the scope the CEN TC 350 standards?
ESC explains.
This free CPD webinar focuses on the British Standard for road lighting design. An updated version of BS5489-1 2020 has just been published which includes some significant changes from the previous version. This important update to the Standards means that anyone that specifies public lighting or uses this Standard needs to understand the latest thinking and changes from the previous version.
This CPD webinar is essential for all those specifying or designing lighting for roads, amenity areas or city and town centres. You will learn how to carry out your role more effectively and provide better lighting which benefits the public and the planet.
Our presenters are Nick Smith IEng FILP and Peter Harrison CEng FILP. Nick, from Nick Smith Associates, was the ILP’s representative on the British Standards Institute revision committee, so is the ideal expert to share his knowledge and explain how you can apply this to your work. Peter Harrison is the ILP Technical Director.
The following is covered:
• Position of BS5489 in the hierarchy of standards and tie into European and international standards
• Summary of the changes
• Reasons for road lighting
• Environmental considerations: obtrusive light and conservation
• Energy considerations and how this is determined
• Design classification - determination and the risk assessment
• Variable lighting considerations for subsidiary roads and traffic routes
• Maintenance factor determination
• Scotopic/Photopic (S/P) ratios - how these are used now
• Glare, glare metrics and how to use them
The ILP is all about high-quality CPD and, if we want our members to have access to CPD and technical services as a core membership benefit, then we need to make that available to all our members, especially those up-and-coming within our industry.
by Haydn Yeo CEng MILP FIHIE, ILP VP Technical, Peter Harrison MBA CEng FILP, ILP Technical Services Manager & Allan Howard BEng(Hons) CEng FILP FSLL, WSP
WSB14 - Session 111-4 Belgian sustainability policyChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation by CEN-CENELEC standardisation gave an overview of EU's rules, regulations and policies and the role of EN standards with regard to this.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
WSB14 - Session 111-3 German policy and toolsChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation on behalf of the German Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety, gives an overview of the policies and tools in place for declaring environmental performance on construction products and buildings.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
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updated and comprehensive presentation of the structure and principles of the social performance assessment of buildings: EN16309 - Sustainability of construction works — Assessment of social performance of buildings — Methods Methodology
(version 04032015)
You can assess the building performance on the 3 dimensions of sustainability. But how does this relate to all other assessments of sustainability: to the sustainability of the infra structure, the transport and energy system, etc? And where to position a sustainability assessment of management and decision processes? How does this relate to the building assessment as defined in the scope the CEN TC 350 standards?
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ESC explains.
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You can assess the building performance on the 3 dimensions of sustainability. But how does this relate to all other assessments of sustainability: to the sustainability of the infra structure, the transport and energy system, etc? And where to position a sustainability assessment of management and decision processes? How does this relate to the building assessment as defined in the scope the CEN TC 350 standards?
ESC explains.
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This CPD webinar is essential for all those specifying or designing lighting for roads, amenity areas or city and town centres. You will learn how to carry out your role more effectively and provide better lighting which benefits the public and the planet.
Our presenters are Nick Smith IEng FILP and Peter Harrison CEng FILP. Nick, from Nick Smith Associates, was the ILP’s representative on the British Standards Institute revision committee, so is the ideal expert to share his knowledge and explain how you can apply this to your work. Peter Harrison is the ILP Technical Director.
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• Variable lighting considerations for subsidiary roads and traffic routes
• Maintenance factor determination
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• Glare, glare metrics and how to use them
The ILP is all about high-quality CPD and, if we want our members to have access to CPD and technical services as a core membership benefit, then we need to make that available to all our members, especially those up-and-coming within our industry.
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This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
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2. outline
• Positioning of the CEN TC350 standards for the sustainability assessment of
buildings
• Principles of the CEN TC350 standards
• Overview and status of CEN TC350 standards
• Standards, tools and regulations
• Main principles applied in EN16309: assessment of the social performance of
buildings
2
14. Technical Design
Funktional Design
EuroCodes
14
A prerequisite for sustainability are the 6 Basic Requirements for Construction Works
• Without meeting the functional needs there is no sustainability
• Without meeting the technical needs there is no sustainability
1 - 6
7th. Basic Requirement: SUSTAINABILITY
Sustainable Use of Natural Resources
CPR
305/2011
15. CEN TC350 standardisation
Technical Design
Funktional Design
CPR
305/2011
EuroCodes
15
Sustainability
A prerequisite for sustainability are the Basic Requirements for Construction Works
• Without meeting the functional needs there is no sustainability
• Without meeting the technical needs there is no sustainability
Here the sustainability assessment starts
16. CEN TC350 standardisation
ECO SOC ECON
Technical Design
Funktional Design
CPR
305/2011
EuroCodes
CEN TC350 Standards
for works
CEN TC350
Standards only quantify
aspects and impacts
16
Sustainability
A prerequisite for sustainability are the 6 Basic Requirements for Construction Works
• Without meeting the functional needs there is no sustainability
• Without meeting the technical needs there is no sustainability
18. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
STATUS
CEN TC350 Standards
18
19. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
19
Building level
Product level
Framework level
20. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
20
Building level
Product level
Information flow
21. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
EN15978
EN15804
EN15942
TR15941
all published
21
22. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
FprEN16309
22
in Formal Vote
procedure
available
1/2014
23. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
FprEN16627
23
in Enquiry
procedure
available
5/2015
24. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General FrameworkAll Framework Standards: published
EN 15643 - 1
EN 15643 - 2
EN 15643 - 3
EN 15643 - 4
24
33. rating
weighting
BUILDING:
calculation
aggregation –
EN15978
EN16309
EN16627
CEN TC350
CEN TC350
PRODUCT:
EN15804
Other
supporting
standards
CEN TC350
?
standardisation programs regulators
clients
benchmarking
?
?
By the way:
Is this a new area for standardisation?
Standardise the methodologies for
weighting, for benchmarking and for
rating?
Programs can define the values,
the parameters for benchmarking, and
the rating parameters. Programs can
profile with different preferences.
33
34. rating
weighting
BUILDING:
calculation
aggregation –
EN15978
EN16309
EN16627
CEN TC350
CEN TC350
PRODUCT:
EN15804
Other
supporting
standards
CEN TC350
?
standardisation programs regulators
clients
benchmarking
?
?
By the way:
Is this a new area for standardisation?
Standardise the methodologies for
weighting, for benchmarking and for rating?
Programs can define the values,
the parameters for benchmarking, and
the rating parameters. Programs can profile
with different preferences.
Standardised methodologies would make the
weighting / benchmarking / rating transparent
34
42. principle steps in the assessment of
the social performance of buildings
42
43. Environmental
Performance
Social
Performance
Economic
Performance
Technical
Performance
Functional
Performance
EN 15643-2
Framework for
Environmental Performance
EN 15643 - 3
Framework for
Social Performance
EN 15643 - 4
Framework for
Economic Performance
Technical
Characteristics
Functionality
Building level
EN15978
Assessment of
Environmental Performance
- Calculation Method -
FprEN16309
Assessment of
Social Performance
- Calculation Method -
FprEN16627
Assessment of
Economic Performance
- Calculation Method -
EN15804
Environmental
Product Declarations
- core rules for the product category
of construction products -
(see Note below) (see Note below)
EN 15942
Environmental Product Declarations
- Communication format -
Business to Business
CEN/TR 15941
Environmental product declarations
– Methodology for selection and use
of generic data -
Product level
Note: At present, technical information related to some aspects of social and
economic performance are included under the provisions of pr EN 15804 to form part
of the EPD
Concept level
Integrated Building Performance
Framework level
EN 15643 - 1 Sustainability Assessment of Buildings -
General Framework
FprEN16309
43
in Formal Vote
procedure
available
1/2014
44. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
44
45. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
SOCIAL PERFORMANCE
USE STAGE
before-use stages are
excluded from the
social performance
assessment
after-use stages are
excluded from the
social performance
assessment
45
46. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
SOCIAL PERFORMANCE
USE STAGE
46
47. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
SOCIAL PERFORMANCE
ENV SOC ECON
assessed object
+
Functional Requirements to the building
Client's brief,
requirements
Regulations
Requirements
Environmental, Social, Economic Requirements to the building
Technical Requirements to the building
Concept of Sustainability Assessment
Functional Equivalent:
Technical and Functional Requirements
Sustainability Assessment
Designed Solution or Existing Building
technical
characteristics
functionality
ECON
----
----
----
SOC
----
----
----
ENV
----
----
----
the assessed indicators on
declared technical and
functional performances
of the assessed object
functional equivalent
communication of:
ENV, SOC, ECON
demands from
clients brief and/or regulations
Building (design) description
USE STAGE
47
48. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
SOCIAL PERFORMANCE
USE STAGE
48
49. D
Benefits and loads beyond the
system boundary
B2 B3 B4 B5
B 6 Operational Energy use
A4
A5
B 7 Operational Water use
C1
C2
C3
C4
BUILDING LIFE CYCLE INFORMATION
SUPPLEMENTARY INFORMATION
BEYOND
THE BUILDING LIFE CYCLE
A1 - 3 A4 - 5 B1 - 7 C1 - 4
PRODUCT
STAGE
CONSTRUCTION
PROCESS
USE STAGE END OF LIFE STAGE
RawMaterialSupply
Transport
Manufacturing
Transport
Construction-Installationprocess
Deconstruction
Transport
Wasteprocessingforreuse,
recoveryorandrecycling
Disposal
Reuse -
Recovery -
Recycling -
potential
A1-A3
Refurbishment
B1
Use
Maintenance
Repair
Replacement
BUILDING ASSESSMENT INFORMATION
SOCIAL PERFORMANCE
Scenarios
specifications of
“processes”
USE STAGE
49
51. Step 1
Step 2
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
specify & describe:
• Functional Equivalent: client’s core evaluation criteria for the object
• Reference Study Period (RSP) = Required Service Life (ReqSL)
• System Boundary: for use stage B1-B7
• Object of Assessment: functional and technical characteristics
51
52. 52
ENV SOC ECON
assessed object
+
Functional Requirements to the building
Client's brief,
requirements
Regulations
Requirements
Environmental, Social, Economic Requirements to the building
Technical Requirements to the building
Concept of Sustainability Assessment
Functional Equivalent:
Technical and Functional Requirements
Sustainability Assessment
Designed Solution or Existing Building
technical
characteristics
functionality
ECON
----
----
----
SOC
----
----
----
ENV
----
----
----
the assessed indicators on
declared technical and
functional performances
of the assessed object
functional equivalent
communication of:
ENV, SOC, ECON
demands from
clients brief and/or regulations
Concept of the
sustainability assessment
prEN16309. fig 1
53. 53
ENV SOC ECON
assessed object
+
Functional Requirements to the building
Client's brief,
requirements
Regulations
Requirements
Environmental, Social, Economic Requirements to the building
Technical Requirements to the building
Concept of Sustainability Assessment
Functional Equivalent:
Technical and Functional Requirements
Sustainability Assessment
Designed Solution or Existing Building
technical
characteristics
functionality
ECON
----
----
----
SOC
----
----
----
ENV
----
----
----
the assessed indicators on
declared technical and
functional performances
of the assessed object
functional equivalent
communication of:
ENV, SOC, ECON
demands from
clients brief and/or regulations
demandclient’s brief
and
regulations
Concept of the
sustainability assessment
prEN16309. fig 1
54. 54
ENV SOC ECON
assessed object
+
Functional Requirements to the building
Client's brief,
requirements
Regulations
Requirements
Environmental, Social, Economic Requirements to the building
Technical Requirements to the building
Concept of Sustainability Assessment
Functional Equivalent:
Technical and Functional Requirements
Sustainability Assessment
Designed Solution or Existing Building
technical
characteristics
functionality
ECON
----
----
----
SOC
----
----
----
ENV
----
----
----
the assessed indicators on
declared technical and
functional performances
of the assessed object
functional equivalent
communication of:
ENV, SOC, ECON
demands from
clients brief and/or regulations
demand
supply
client’s brief
and
regulations
architect’s or
designer’s
solution
Concept of the
sustainability assessment
prEN16309. fig 1
55. 55
ENV SOC ECON
assessed object
+
Functional Requirements to the building
Client's brief,
requirements
Regulations
Requirements
Environmental, Social, Economic Requirements to the building
Technical Requirements to the building
Concept of Sustainability Assessment
Functional Equivalent:
Technical and Functional Requirements
Sustainability Assessment
Designed Solution or Existing Building
technical
characteristics
functionality
ECON
----
----
----
SOC
----
----
----
ENV
----
----
----
the assessed indicators on
declared technical and
functional performances
of the assessed object
functional equivalent
communication of:
ENV, SOC, ECON
demands from
clients brief and/or regulations
Functional Equivalent:
TechnicalandFunctionalRequirements
Designed Solution or Existing Building
technical
characteristics
functionality
------------
declared technical and
functional performances
ofthe assessed object
functional equivalent
ENV, SOC, ECON
demands from
clients brief and/or regulations
DESCRIPTION
of the object of assessment
prEN16309. fig 1
56. Step 1
Step 2
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
56
57. Step 1
Step 2
Step 3
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
57
58. Step 1
Step 2
Step 3
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
58
59. Step 1
Step 2
Step 3
Step 4
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
59
60. Step 4 Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
Step 1
Step 2
Step 3
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
social building-performance indicators
60
61. Step 4 Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
Step 1
Step 2
Step 3
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
health comfort
accessibility
safety security
adaptability
impact neighbourhood
building-related aspects for the fabric
health comfort
safety security
impact neighbourhood
user- and control system-related aspects
relevant for the operation of the building
social building-performance indicators
61
62. building-related aspects for the fabric
62
Accessibility
Accessibility for people with specific needs
Access to building services
Thermal characteristics
Health & Comfort
Characteristics of visual comfort
Acoustic characteristics
Characteristics of indoor air quality
Spatial characteristics
Adaptability
Safety and Security
Resistance to climate change
Accidental actions
(earthquake, explosions, fire and traffic
impacts
Personal safety and security against intruders
and vandalism
Security against interruptions of utility supply
Impact on neighbourhood
Noise
Glare/overshadowing
Emissions
Shocks / vibrations
63. user- and control system-related aspects
relevant for the operation of the building
63
Thermal comfort
Health & Comfort
Visual comfort
Indoor air quality
Safety and Security
Security against intruders and vandalism
Impact on neighbourhood
Emissions
64. Step 4 Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
Step 1
Step 2
Step 3
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
health comfort
accessibility
safety security
adaptability
impact neighbourhood
building-related aspects for the fabric
health comfort
safety security
impact neighbourhood
user- and control system-related aspects
relevant for the operation of the building
Follow the methodology in clause
7.2-7.7
Is there a regional,
national or European
requirement
or
a client requirement
Is the aspect relevant for
the design of the object of
assessment?
Start
assessment
of aspect
stop
assessment of
aspect
is the indicator
assessed ?
Specify the minimum requirement
and/or give details of client’s
requirement
Describe
measures
that have
been taken
Justify
INA
Justify
Report obtained
performance
and references
Report
INA
Mark as
NR
(not
relevant)
Have measures
been taken
exceeding the
requirement ?
yes
Follow the methodology in clause
7.2-7.7
yes
yes
yes
no
no
no
Report obtained
performance
and references
Report
for all aspects- all indicators
no
Report obtained
performance
and references
Describe
measures
that have
been taken
Guided by a checklist Evaluating indicators per
information module B1-B7
social building-performance indicators
64
65. Follow the methodology in clause
7.2-7.7
Is there a regional,
national or European
requirement
or
a client requirement
Is the aspect relevant for
the design of the object of
assessment?
Start
assessment
of aspect
stop
assessment of
aspect
is the indicator
assessed ?
Specify the minimum requirement
and/or give details of client’s
requirement
Describe
measures
that have
been taken
Justify
INA
Justify
Report obtained
performance
and references
Report
INA
Mark as
NR
(not
relevant)
Have measures
been taken
exceeding the
requirement ?
yes
Follow the methodology in clause
7.2-7.7
yes
yes
yes
no
no
no
Report obtained
performance
and references
Report
for all aspects- all indicators
no
Report obtained
performance
and references
Describe
measures
that have
been taken
Fig.3 prEN16309
65
66. Step 1
Step 2
Step 3
Step 4
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
66
67. Step 1
Step 2
Step 3
Step 4
Step 5
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
Reporting and
Communication
General information
The Assessment Result
Data sources
clause 9
67
68. Step 1
Step 2
Step 3
Step 4
Step 5
Step 6
Identify Purpose of
the Assessment
Goal
Intended Use clause 4
Specification of the
Object of
Assessment
Functional Equivalent
Reference Study Period
System Boundary
Object of Assessment
clause 5
Scenarios for the
Building Use Stage
Object of Assessment – Time related characteristics
Scenarios for the information modules B1 and B2 – B7 clause 6
Evaluating aspects
and indicators
Checklist clause 7, 8
Annex B
Reporting and
Communication
General information
The Assessment Result
Data sources
clause 9
Verification Verification clause 10
68
69. 69
Thank you !
Chris Hamans esc@hamans.com
Wibke Tritthart wibke.tritthart@aau.at
Editor's Notes
Idealy all those assessment results, fit together.
Ofcourse the BUILDING will have an impact on aspects that are laying beyond these BUILDING BOUNDARIES: like the impact of the building on the infrastructure, on energy systems and transport systems, on the employment, on the macro economic system, etc. But also vice versa: the building performance might be influenced by all these systems. Like the accessability of the building is influenced by the spatial planning, the public transport, traffic systems etc.The CEN TC350 standards assessment is limited to the building performance. The CEN TC350 assessment results into a wider picture of sustainability assessments.
All these
It should be clear: an assessments acc CEN TC350 is limmitted to the sustainability assessment of the building
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.
The sustainability assessment quantifies impacts and aspects to assess the environmental, social and economic performance of buildings using quantitative and qualitative indicators, both of which are measured without value judgements.The purpose of the suite of standards is to enable comparability of the results of assessments.