PERFORMANCE ASSESSMENT TOOLS AND POLICIES FOR THE CONSTRUCTION SECTOR

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Brazil - EU exchange

INTERNATIONAL EXPERIENCE IN ENVIRONMENTAL

PERFORMANCE ASSESSMENT TOOLS AND POLICIES FOR THE CONSTRUCTION SECTOR

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This event has been organised with the financial support of the European Union’s Partnership Instrument and the German Federal Ministry for the Environment, Nature Conservation, and Nuclear Safety (BMU) in the context of the International Climate Initiative (IKI). The opinions expressed are the sole responsibility of the speakers and do not necessarily reflect the views of the funders.

EXPERIÊNCIA INTERNACIONAL SOBRE POLÍTICAS E

FERRAMENTAS DE AVALIAÇÃO DE DESEMPENHO AMBIENTAL PARA O SETOR DA

CONSTRUÇÃO CIVIL

O n l i n e

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POR TUGUESE <-> ENGLISH INTERPRETATION

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ENGLISH

1.Look for the “globe” button on the bottom of your screen that says

“Interpretation”.

2.Click the “Interpretation” button and choose the language you want to hear during the webinar (Portuguese or English).

3.If you choose English and a speaker begins to speak in Portuguese (or vice versa), his voice will seem distant and muffled at first. Do not worry, this is normal. The interpreter’s voice will be loud and clear in the foreground. The same applies from English to Portuguese.

INTERNATIONAL EXPERIENCE IN ENVIRONMENTAL PERFORMANCE ASSESSMENT TOOLS AND POLICIES FOR THE CONSTRUCTION SECTOR

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INSTRUÇÕES GERAIS / HOUSEKEEPING

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• Use the chat box at any time to enter your questions in English or Portuguese for the Q&A session at the end

• This webinar is being recorded and will be available online on the BPIE and MME websites

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AGENDA

Introduction

Stephanie Horel, Programme Officer of the EU Delegation in Brazil

Carlos Pires, Director for the Energy Development Department, Ministry of Mining and Energy Giovani Machado, Director for Energy and Environmental Studies, Brazil Energy Research Officec of the Energy Development Department

Session 1: Environmental performance role in the construction sector – strategy, policy and practice

Whole lifecycle carbon assessment and European Life Cycle Assessment (LCA) initiatives Zsolt Toth, Senior Project Manager, BPIE

The importance of a whole-life carbon approach to decarbonizing the built environment nvironment

Roland Hunziker, Director of Sustainable Buildings and Cities, WBCSD

What do EPDs and LCA mean for the construction sector, and how are they used for decision making and environmental improvement?

Vagner Maringolo, Sustainable Construction Manager, CEMBUREAU

The Dutch National Environmental Database (DNED): Structure, Governance, Business model, Application Tom de Boer and John Drissen, Dutch National Environmental Database

Development of environmental performance database in Brazil – progress, targets and challenges Professor Vanderley John, CBCS

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AGENDA

Session 2: Opportunities and challenges for the utilisation of environmental performance data in the construction sector, lessons learned and associated policy frameworks

Moderated roundtable discussion Q&A with all speakers

Closing remarks

Oliver Rapf, Executive Director, BPIE Carlos Pires, MME

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Objetivos climáticos e energéticos da UE e o papel do setor da construção civil

EU’s climate and energy targets, and the role of the construction sector

Stephanie Horel

Programme Officer of the EU Delegation in Brazil

INTRODUÇÃO/INTRODUCTION

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INTRODUÇÃO/INTRODUCTION

O setor da construção civil no Brasil, energia e impactos climáticos associados e necessidades de melhoria ambiental do setor

The construction sector in Brazil, associated energy and climate impacts, and sector’s environmental improvement needs

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Carlos Pires Director of the

Energy Development Department

Giovani Machado Director for Energy Economics and Environmental Studies

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SEÇÃO 1 /SESSION 1

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Papel do desempenho ambiental no setor da construção - estratégias, ferramentas, políticas e práticas

Environmental performance role in the construction sector – strategies, tools, policies and practices

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Avaliação do ciclo de vida de carbono completa e iniciativas europeias de Avaliação do Ciclo de Vida (ACV)

Whole lifecycle carbon assessment and European Life Cycle Assessment (LCA) initiatives

Zsolt Toth

Senior Project Manager BPIE

SEÇÃO 1/ SESSION 1

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Introducing whole

life carbon in EU and national building

policies

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S P I P A B r a z i l / E U w e b i n a r

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Building regulations and WLC

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INTERNATIONAL EXPERIENCE ON ENVIRONMENTAL PERFORMANCE ASSESSMENT TOOLS AND POLICIES FOR THE CONSTRUCTION SECTOR

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Current state of WLC regulation

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Examples from Europe

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Example: WLC regulation in Denmark

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Source: Kuittinen & le Roux

Blueprint for WLC policy in buildings

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Final

thoughts

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• Low-hanging fruits! There are many cost-effective measures to reduce embodied emissions

• Data is not yet accurate, but we need action more than precision

• Start with carbon reporting requirements, build benchmarks and set target values; start with voluntary measures to build capacity

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Roland Hunziker

Director of Sustainable Buildings and Cities WBCSD

A importância de uma abordagem de avaliação do ciclo de vida completa para a descarbonização do ambiente construído

The importance of a whole-life carbon approach to decarbonizing the built environment

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SEÇÃO 1 / SESSION 1

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The importance of a whole-life carbon approach to decarbonizing the built environment

BPIE webinar, 9 September 2021

“Brazil-EU exchange”

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WBCSD – Business leadership for a sustainable future

200 global companies united around a common vision creating a world in which

over 9 billion people are all living well and within planetary boundaries by 2050

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Built environment decarbonization: Our vision

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Accelerating the achievement of net-zero emissions across the entire built environment lifecycle no later than 2050 through system-wide collaboration.

The building sector represents approx.

40% global energy-related CO ₂ emissions

> 13 Gt per year

HALVE by 2030 and achieve NET-ZERO by 2050 of the BUILT ENVIRONMENT LIFECYCLE

emissions

Operation - Net Zero :

• 2030: all new buildings

• 2050: all buildings

GOAL

Embodied carbon:

• 2030: -40% CO2 emissions

• 2050: Net Zero

Source: Global Status Report 2018, Global Alliance for Building and Construction

Every 5 days

a surface of the size of Paris is built

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www.wbcsd.org/building-system-carbon-framework

The Building System Carbon Framework _•

Involve all actors with “influence”

• Address all emissions in the building system

• Focus on getting to “net zero” across the whole life-cycle

• Performance-based approach to allow

for innovation across building stages

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Why the report is important:

Using real projects show the importance of:

• Measurement & data

• Consistent methodology

• Transparent reporting

• Explicit targets

• Collaboration

New report “Net Zero Buildings – where do we stand?” (8 July)

Key messages:

1. Move rapidly to WLCA of everything at all stages 2. Develop and share carbon intensity data openly 3. Develop and set clear global targets including

valid approach to residual emissions (offsetting) 4. Define net zero buildings accounting for WLC 5. Achieve wider collaboration as individual

organizations acting is not enough

Download here: https://bit.ly/3AOicU7

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A recognized reporting method

WBCSD - Building System Carbon Framework

Which life cycle stages and modules?

Whole life cycle stages, EN15978

Which building elements?

WBCSD and RICS

Methodology matters

Stating the scope and adopting a standardised methodology allows for data comparison and creation of benchmarks.

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General assumptions

WLCA is a field in development. There are many residual unknows. Stating assumption insure validity of data.

Grid decarbonisation profile adopted

Assumptions matter

General Best guessesare made on build-ups, thicknesses and material selection where unknown

Allowancesare made for categories where material quantities are unknown

Transportation scenarios

50km – Locally manufactured

300km – Nationally manufactured 1,500km –European manufactured Element lifespan Structural frame and foundations –60 years

Roof coverings – 30 years

Partitions – 30 years

Finishes – 30/20/10 years

Façade elements – 35/30 years

FF&E –10 years Services –20 years Building life 60 years

Services Factor assumed of 120 kgCO

2e/m2 for office buildings; and 70 kgCO2e/m2 for residential buildings. CIBSE (2013) unless known explicitly

Construction site

impacts (A5w + A5a) OneClick LCA Europe factor of 30.34 kgCO 2e/m2GIA

Material carbon factors Material carbon factors assumed constant throughout the WLCA

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Example case study

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Upfront embodied carbon targets Energy use intensity targets

Emerging benchmarks and targets

Adopting targets will drive the industry carbon impact down.

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Summary

Key messages

1. Measure whole life carbon in all building projects 2. Share data openly

3. Start setting clear targets

4. Align on “net zero”, including a valid approach to residual emissions 5. Achieve wider collaboration as individual organizations acting is not

enough

6. With focus and collaboration, we can set this sector on track to halve emissions by 2030.

Download report

➢ Call to action: conduct WLCA and publish results to create body of evidence and foster shared learning

Presentation and discussion: 23

^rd

September, 16:00-17:00 CEST (Climate Week NYC)

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New report: “Decarbonizing Construction - Guidance for investors and developers to reduce embodied carbon” (9 July)

Who is this for?

How investors and developers can set requirements to reduce embodied carbon in projects they finance.

Used by different stakeholders:

− Investors

− Developers

− Tenants

− Consultants and designers

− Design-build contractors

What does it do?

It condenses over 50 requirements - leading embodied carbon reduction practices across all project life-cycle phases into a single report.

Measures are grouped into:

28 Five categories:

1. Create a carbon policy

2. Targets and transparency requirements 3. Prioritize circularity,

4. Design optimization 5. Low-carbon procurement

Read the Insight by WBCSD’s Roland Hunziker & Yi Sun: Decarbonizing the 40% -

How the finance sector can drive the transformation to a net-zero built environment

Download report

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Our contact details

Roland Hunziker

Director, Sustainable Buildings & Cities hunziker@wbcsd.org

Maison de la Paix l Chemin Eugène-Rigot 2B CP 2075 1211 Geneva 1

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Luca De Giovanetti

Manager, Science-based Targets degiovanetti@wbcsd.org

Maison de la Paix l Chemin Eugène-Rigot 2B CP 2075 1211 Geneva 1

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Click

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O que as DAPs e a ACV significam para o setor da construção e como estão sendo utilizadas por fabricantes de materiais para tomada de decisão e melhoria ambiental?

What do EPDs and LCA mean for the construction sector, and how are they used for decision making and environmental improvement?

Dr. Vagner Maringolo Sustainable Construction Manager

CEMBUREAU

SESSION 1/SEÇÃO 1

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What do EPDs and LCA mean for construction sector? How are they used?

Webinar: International experience on low carbon performance assessment tools and policies for construction, September 9, 2021

Vagner Maringolo

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CEMBUREAU is the European Cement Association and is based in Brussels.

The Association acts as

spokesperson for the cement industry before the EU

institutions and other public authorities.

Full Members

Associate Members Cooperation

agreement CEMBUREAU

The European Cement Association

N

PL

CH

S FIN

UK IRL

E

P I

F B

L NL

D

GR TR

A CZ

RO H

EST

DK LV

SI HR

BG LT

RS

CY UKR

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In the building sector, environmental assessments should be done at building level, rather than at product level

CEMBUREAU’s position is that environmental sustainability in construction should be

assessed through a set of environmental impact indicators at the level of the “final products”, i.e.

the construction works, e.g. the whole building, rather than at individual intermediary products, such as cement, concrete or other construction materials.

CEMBUREAU 2050 Climate Neutrality Roadmapsets out the cement industry’s ambition to reach net zero emissions along the cement and concrete value chain by 2050.

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EPDs – Data providers for the Life Cycle Assessment (LCA)

• Certification systems for the sustainability assessment of

buildings require information on the materials and components as input data for the LCA.

• Manufacturers are requested to provide such information in the format of Environmental Product Declarations (EPDs) so that it can be incorporated into databases for building materials.

CEMBUREAU has developed European average EPDs for three cement types:

EPD CEM I, EPD CEM II, EPD CEM III

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What are Environmental Product Declarations?

• An EPD is a voluntary document that provides independently

verified, quantitative information on the environmental effects of a

product, based on data provided by the manufacturer in a predefined format.

• EPD are issued by a Program Operator, following Product Category Rules (PCR) which ensure that products in the same product group are assessed in a consistent manner.

• To produce an EPD, a Life Cycle Assessment (LCA) must be

undertaken.

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• An LCA is an evaluation of the environmental impacts of a product from extraction of raw materials – the “cradle” – to the disposal at the end of the product’s useful life – the “grave”.

• Since construction materials are intermediate products where many scenarios may apply, the later life cycle stages are often excluded from the assessment and the resulting scope is referred to as “cradle to gate” or “cradle to site”.

Life-cycle assessment (LCA) categories

Source: UN CPC 375, Concrete PCR, p. 41, CSI, 2013

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Example: life cycle stages/system boundaries for the CEMBUREAU EU average cement EPDs

System boundary

Extraction of natural resources:

limestone, marl, clay, shale, etc.

Processing of materials and fuels (crushing, homogenising, drying & grinding etc.)

Production of clinker

Processing and blending of clinker & other constituents

Electricity

Production of secondary fuels

Production of secondary materials: slag, fly ash etc.

Cement Extraction of

primary fuels

User/supplier Transport

Cement factory Transport &

processing

Packaging, storage and dispatch

Manufacture &

transport of packaging

*

Electricity produced in the cement factory (where relevant)

• The EPD covers the product stage (“cradle to gate”, A1-A3).

• The selected system boundaries comprise the production of cement including raw material extraction up to the finished product at the factory gate (in accordance with the system boundaries given in EN 16908:2017).

• The declared unit is 1 tonne of representative European Portland cement according to EN 197-1.

• The product stage contains:

• Module A1: extraction and processing of raw materials and primary fuels

• Module A2: transportation up to the factory gate and internal transports

• Module A3: cement production

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Using life-cycle assessment (LCA) methodology

• The first step in completing an LCA is to obtain manufacturer’s data on their inputs (materials and energy) and outputs (products, wastes and

emissions to air, water and land) of a process.

• This data is used to produce an LCA model, which when linked with LCA data for the “upstream” and

“downstream” processes such as raw materials manufacture, energy

production or waste treatment, produce a Life Cycle Inventory, which is a full list of the resource use and environmental emissions or environmental burdens.

• These environmental burdens are then assigned to impact categories by

applying technical or scientific

coefficients known as characterisation

factors.

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How can EPDs be used?

Same function / same PCR

• EPD may only be used to compare the environmental

properties of several products or systems if they have the same function in the building or other construction works (functional unit) and are based on the same PCR – this is a

requirement of the ISO standard for EPD.

Declared unit / life cycle phases

• Particular attention should be paid to the declared unit of the EPD, what life cycle phases are included as well as the

properties of the product within the building or other construction works (insulation, strength, etc.), in order to make a relevant

comparison.

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An EPD is essential input for sustainable building certifications

DGNB – German Sustainable Building Certification Scheme

LEED – US Environmental Building Certification Scheme BREEAM – UK Environmental Building Certification

Scheme

Level(s) – EU framework for Sustainable Buildings

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Example: share of LCA in the assessment of environmental criteria in the DGNB system

Source: J. Reiners, ECRA-Seminar, 24 April 2012

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Example: influence of the environmental impacts on the sustainability certification of buildings

Source: J. Reiners, ECRA-Seminar, 24 April 2012

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Choices should be made based on the Life Cycle Assessment of the building

BRF VIVA housing project in Gothenburg (Sweden)

• The property developer looked into the options of concrete and wooden construction.

• An environmental impact assessment was undertaken together with leading LCA/EPD experts for wood (SP Trä) and concrete (CBI).

• Their assessment of environmental

building performances showed no

significant differences regarding

global warming potential between

the concrete and wooden solutions.

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Level(s) – EU framework for Sustainable Buildings

Company cement and concrete EPDs were fundamental for input for CEMBUREAU Level(s) pilot projects.

CRH

Holcim HeidelbergCement

“Level(s) will be used to integrate life cycle assessment in green public procurement and the EU sustainable finance framework and for setting of carbon reduction targets and the potential of carbon storage”

EU Circular Economy Action Plan

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• EPDs are intended to serve market needs with detailed,

verified information for business- to-business professionals in the context of LCA.

• EPDs are transparent and are not to be used to make

comparisons at product level or comparisons on individual

indicators.

• True assessment can only be achieved in the context of full construction life-cycle.

Takeaways

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Tom de Boer, MSc

National Environmental Database

A Base de Dados Ambiental Nacional Holandesa (DNED): Estrutura, Governança, Modelo de Negócio e Aplicação

The Dutch National Environmental Database (DNED): Structure, Governance, Business model, Application

Engr. John Drissen National

Environmental Database

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SESSION 1/SEÇÃO 1

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NMD Dutch National Environment Database

Tom De Boer (MSc) / Ir. John Drissen

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John Drissen (MSc) Account Manager

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calculated over the entire life cycle, buildings in the Netherlands are responsible for:

of total CO

₂

emissions and

energy consumption

of total CO

₂

emissions through material

production

of waste production

through materials production

of road traffic is construction

Introduction

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Timeline

The road to buildings decarbonization in The Netherlands

2011 2018 2021 2030 2050

2006

Environmental Building Regulation

Determination Method R 1.0

Performance requirement more stringent step by step to be halved to 0,5 ultimately in 2030

• MPG 0,8 €/m2/yr for housing, from July 1^st 2021

• Update to EN 15804+A2, with 19 indicators in NMD

• WKB (Quality Guarantee Law)

European 2030 Greenhouse gas emissions reduction target:

• At least 40% cuts in greenhouse gas emissions (from 1990 levels)

• At least 32% share for renewable energy

• At least 32.5% improvement in energy efficiency Obligatory

MPG 1,0

€/m²/yr

Circular NL in 2050 2020

Start NMD as foundation

2011 EN15978 Assessment of buildings 2012 Publication of EN 15804:2012+A1:2013 2013 Proscribed Assessment method 2019 EU publication of EN 15804+A2

2020 Determination method adapted to EN15804:2019 with transition period 2022 Update to EN 15804+A2, new indicators in NMD

2022 from July 1^st, WKB (Quality Guarantee Law)

2030 Performance requirement more stringent step by step to be halved ultimately to 0,5 2030 European Greenhouse gas emissions reduction target

2050 Netherlands a Circular Build Environment

2014

Determination Method R 2.0

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Introduction

An introduction to the Dutch National Environmental Database Foundation NMD

NMD is established as an independent organization to manage and maintain the Determination Method and the associated database.

NMD is responsible for:

• Standardised assessment method, based on LCA based on EU-norms

• Storage of reliable LCA environmental data in one central database hosted by an independent organisation

• In consultation with market parties and government

• Do not compare products, but compare buildings (infrastructure/Housing & utility)

• Organisation of a transparent and verifiable system

• Level playing field for all parties involved

www.milieudatabase.nl

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Introduction

Why?

To make Dutch building circular by 2050

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Board of irectors E

ta

olicy commi ee B NL echnical content

commi ee

Governance

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Governance

Contracting authority

• Public

• Private

NMD data Users

• Architects

• Engineers

• Building contractors

• Calculation tools

Government through a representative of the Ministry of Interior is also invited to attend the meetings

NMD data

Suppliers

• Manufacturers

• Suppliers

• Branch organisations Policy Committee Environmental Performance Calculations

in the Netherlands [BMNL]

Committees

LCA experts

• Infrastructure

• Housing & Utility

EPB experts

• Construction experts

• Calculation tools The Technical content committee (TIC)

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Government

Most Economically Advantageous ender Building regulation for

environmental performance

esign Construction

Public tenders

MPG calculation

software

LCA

construction product Manufacturer / upplier

Governance

Building regulation Product database

Prescribed assessment method

Building Environmental Performance (MPG)

Public-Private process

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Tom de Boer (MSc) Data Manager

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Structure

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LCA based

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Application

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• We are a non-for-profit organisation

• Revenues from subsidies & sale of licenses and services

• Fixed costs for front and back office, server and IT contracts, marketing

• Variable costs for external advisory

• A lot of outsourcing, e.g. IT

Business Model

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Subsidies (85%) Licenses

(10%)

Services (5%)

Revenues

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More information at: https://milieudatabase.nl/an-introduction-to-the-nmd/

NMD youtube link

Appendix

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Thank you!!

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Professor Dr. Vanderley John Professor Poli USP and

Member of the Board of the Brazilian Sustainable

Construction Council

Desenvolvimento do Sistema de avaliação do desempenho ambiental da construção (Sidac) no Brasil – Progresso, metas e desafios

Development of environmental performance database in Brazil – progress, targets and challenges

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SESSION 1/SEÇÃO 1

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Sistema de Informação de

Desempenho Ambiental da Construção

Vanderley M. John

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O que é o sidac

Um sistema de informação que permitirá integrar a variável ambiental

nas decisões do dia-a-dia e no ESG da construção brasileira.

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Por quê sidac ?

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Erftstadt-Blessem, Alemanha (2021)

VM John USP ©

Acidente agravado pelo colapso de uma jazida de agregados ….

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A civilização cercada pelo fogo

Paradise, California (2021)

Why alifornia’s Wildfires Are Getting Worse | Vogue

secas + record de temperatura

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CNNBrasil - Relatório alerta para nível dos reservatórios do país

| Facebook

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EMERGENCIA CLIMÁTICA

Interesse de evitar tragédias é pessoal ^.

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Democrats Call for a Tax on Imports From Polluting Countries - The New York Times (nytimes.com)

The EU proposes a carbon tariff on some imports | The Economist

Mudança Climática exige ação de todos

problema global: política local X pressões internacionais

VM John USP ©

By Lisa Friedman

July 14, 2021

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VM John USP ©

Baixo carbono como oportunidade

O “boom” da construção em madeira no Brasil…

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Baixo carbono como oportunidade:

Concretos usinado - EUA, Europa e Australia.

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Countries should seize the moment to flatten the climate curve | The

Economist

Money talks: o custo do carbono

Imposto de carbono é muito provável

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cebds.org-mercado- de-carbono-marco- regulatorio-

mercado-carbono- marco-regulatorio- sem-olhos.pdf

Money talks: a oportunidade do baixo carbono

financiamientos a menores taxas e acesso a mercados

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Por que o sidac é fundamental?

• Faltam dados confiáveis dos produtos e fabricantes Brasileiros

• Metodologia internacional é complexa e inacessível às PMEs

Eficácia do sistema exige dados de qualidade a nível de empresa

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Sidac é simples e poderoso

Focado nas prioridades, mas preparado para ser ampliado

• Pegada de CO ₂

• Pegada cumulativa de Energia

• No futuro

• Pegada Água

• Pegada Resíduos

• Pegada de recursos naturais

• ????

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Sidac é alinhado com os padrões internacionais

da filosofia de Analise do Ciclo de Vida

O sidac respeita os principios da NBR 14040

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Fabricantes sidac

Como funciona o sidac

Declaração do fabricante Consulta de clientes

Benchmark de produtos Integração c/

BIM e outras Insumos

Energia

Coletam e inserem dados

Calculo

CO

₂

e Energia

Revisão por

especialistas Publicação

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Usos dos dados sidac

• Seleção de fornecedores

• ESG de empresas & setores

• Melhoria continua - Benchmark ambiental de concorrentes

• Políticas e compras públicas

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Vantagens do sidac

• 100% digital

• Dados Brasileiros verificados gratuitos

• Evidencia as diferenças entre fabricantes

• Explicita a incerteza

• Simplicidade

• Integrado a politicas publicas

• PBQP-H

• PROCEL

• BimBR

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O projeto spipa

• Meta: criar o sistema e popular com dados genéricos

• Recursos da Comunidade Europeia e GIZ

• Coordenação geral do MME

• Execução: CBCS e parceiros

• Participação das associações setoriais

• Conclusão: Abril 2022

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Comitê Executivo

Comitê consultivo

Comitê científico

Equipe executora

IPT USP Unicamp UFPR UNILA UFRGS

Parceiros internacionais

Kemiocode

Coordenação CBCS

MME GIZ CBCS

EPE MDR/PBQP-H ELETROBRAS / PROCEL

União Europeia COMITÊ EXECUTIVO

IBICT CBIC ABRAMAT ASBEA ANTAC ABCP AÇO BRASIL ANICER NÚCLEO DA MADEIRA IBÁ SINDUSCON-SP (CECarbon) BNDES GBC Brasil

BPIE CSTB ETH

USP IPT UNILA Unicamp UFRGS

UFPR

UFES

UFSC

FAU-UFRJ

UFSCAR

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Instituições executoras

software by

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Comitê executivo

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Comitê consultivo

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Comitê científico

• Prof. Dr. Ana Passuello (UFRGS)

• Dr. Camila Numazawa (alumna USP)

• Prof. Dr. Diogo Silva (UFSCar)

• Prof. Dr. Lucas Caldas (UFRJ)

• Prof. Dr. Marcella Saade (TU Graz)

• Prof. Dr. Maristela Gomes (UFES)

• Prof. Dr. Roberto Lamberts (UFSC)

• Prof. Dr. Vanessa Gomes (Unicamp)

(91)

Grato!

Thanks!

(92)

USE A CAIXA DO CHATBOX (DE PERGUNTAS) PARA ENVIAR SUA PERGUNTA PARA A PRÓXIMA SESSÃO D E P E R G U N TA S &

R E S P O S TA C O M O S PA L E S T R A N T E S

INTERVALO (10 MINUTOS)

PLEASE USE THE CHATBOX TO SUBMIT YOUR QUESTION TO THE UPCOMING Q&A SESSION WITH THE SPEAKERS

BREAK (10 MINUTES)

0 9 / 0 9 / 2 0 2 1

(93)

Mesa redonda moderada com todos os palestrantes:

Oportunidades e desafios na utilização de dados de desempenho ambiental no setor de construção, lições aprendidas e estruturas de políticas associadas.

Moderated panel discussion with all speakers: opportunities and challenges for the utilization of environmental

performance data in the construction sector, lessons learned and associated policy frameworks

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SEÇÃO 2 / SESSION 2

(94)

Perguntas & Respostas com o pú blico Q&A with audience

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SEÇÃO 2 / SESSION 2

(95)

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CONSIDERAÇÕES FIN AIS / C L O SING R E M A RKS

Alexandra Maciel,

Ministry of Mines and Energy, Brazil General Coordinator of Energy Efficiency

Department

(96)

Oliver Rapf,

BPIE

Executive Director

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CONSIDERAÇÕES FIN AIS / C L O SING

R E M A RKS

(97)

www.bpie.eu Follow us:

Obrigado...

Thank you...

This event was organised with the financial support of the European Union’sPartnership Instrument with the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU in German) in the context of the International Climate Initiative (IKI in German). The views expressed are those of the speakers and do not necessarily reflect the views of the funder.