Immobilier à valeur résiduelle positive… comment le bâti devient banque de matériaux sains par...

Mercredi 11 juin

Immobilier à valeur résiduelle positive… comment le bâti devient banque de matériaux sains

Steven BECKERS, Lateral Thinking Factory

Dans le cadre du cycle de conférences "Génie Energétique Durable" en collaboration avec HELMo Gramme.

Avec le soutien de :

STEVEN BECKERS

"Immobilier à valeur résiduelle positive...comment le bâti devient banque de matériaux sains". LIEGE CREATIVE

Steven Beckers Architect C2C

1984 -Architect & Urban Planner Dipl. -Aga Khan Award Morocco -First visit to China 1985-Architect in Geneva (Switzerland) Gaillard architects 1986-European Director (London,UK) EPR Architects 1996 -Head Architect Berlaymont 2000 European Commission Headquarters

2000- Passive & Low Energy Award Cambridge 2000- Partner Art& Build architects MIPIM, LEAF, BEX & RICS awards 2007- Accredited Cradle to Cradle 2011-Creation of LSDG ,NGO 2011 - CEO Lateral Thinking factory

Consultant in C2C and Human Habitat

2012 -Co-chair “Communities group” Hanwang Forum 2012

Pr. Applied Science University Bruface (Brussels) Since 2005 Lecturer: TUDelft (NL) ,TUM (D) Leonard de Vinci Sustainability MBA (F) Solvay (B) , TUDOR (Lux), RSM (NL), Green Building Council (UK,Cro,Ro,World) EIABC Addis Ababa (ETH)

CEO Lateral Thinking factory

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The circular economy is a generic term for an industrial economy that is, by design or intention, restorative and in which material flows are of two types: -biological nutrients, designed to reenter the biosphere safely, and -technical nutrients, which are designed to circulate at high quality without entering the biosphere.

SOURCE: Wikipedia and Ellen MacArthur Foundation

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•  Waste is Food

Waste does not exist… the biological and technical components (nutrients) of a product are designed by intention to fit within a materials continuous cycle, designed for disassembly and re-purposing.

The biological nutrients are non-toxic and can be simply

composted. Technical nutrients – polymers, alloys and other man-made

materials are designed to be used again safely with minimal energy.


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•  Diversity is strength

Modularity, versatility and adaptiveness are to be prioritized in an uncertain and fast evolving world.

Diverse systems, with many connections and scales are

more resilient in the face of external shocks, than systems built simply for efficiency. They are effective!


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•  Energy must come from renewable sources

As in life, any system should ultimately aim to run on ‘current sunshine’ and generate quality energy through renewable sources.

•  Systems thinking The ability to understand how things influence and adds

value to one another within a whole.


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The circular economy is a framework that draws upon and encompasses principles from:

•  Biomimicry •  Industrial Ecology •  Cradle to Cradle •  Blue Economy •  Eco-design •  Functionality Economy •  …..


CRADLE TO CRADLE Operational engine to implement circular economy

As declared at the 2014 World Economic Forum (Davos)

http://www.youtube.com/watch?v=4jORau0V62c http://www.youtube.com/watch?v=B_kcndUl5GI


Cradle to Cradle is an implementation platform

and an economical model

Beyond Sustainable Development: Circular economy with positive Impact Within ten years, no company will be able to be efficient without being effective


Sponsors MOMENTUM

Circular Economy and Cradle to Cradle

“Cradle to Cradle® is a new quality paradigm leveraging billions of Euros in products and services”

Textiles

Floor Coverings & Artificial Turf

Sporting Apparel

Buildings

Automotive & Electronics

Packaging

Cosmetics

Furniture

ww.C2Carchitecture.org

Image:Courtesy of Steven Beckers LTF & Art&Build

« Building Like trees….Cities Like Forest »

Michael Braungart & William McDonough


Courtesy of Steven Beckers & Art&Build

Pic:Courtesy Park 20/20 Delta+McDonough &ptnrs


Building Like trees produce more…. -  fresh air

-  clean water

-  biodiversity

-  renewable energy

-  up-cyclable materials

-  contribution to CO2 capture

…than they need! Image:Courtesy of Steven Beckers LTF & Art&Build

Technological Cycle

Cradle to Cradle® criteria for the built environment

INVENTORY

Heerema Marine Constructors:

ZC© Zachariasse Consulting 2013

The project began with the redevelopment of an old 11.000 m2 office building. Vacant for 10 years, polluted with asbestos, the building has been demolished with maximum re-use of its materials within the new project and outside. The removal of this building and the careful planning and human-centered design of the new project will lead not only to an increase in value of its surroundings in economic and aesthetic terms, but will contribute massively to an increased level of safety for both pedestrians and road users.

Heerema Marine Constructors:

ZC© Zachariasse Consulting 2013

The project began with the redevelopment of an old 11.000 m2 office building. Vacant for 10 years, polluted with asbestos, the building has been demolished with maximum re-use of its materials within the new project and outside. The removal of this building and the careful planning and human-centered design of the new project will lead not only to an increase in value of its surroundings in economic and aesthetic terms, but will contribute massively to an increased level of safety for both pedestrians and road users.

Mutualization of assets

ASSESSMENT

Courtesy of W.McDonough &partners

Built for Disassembly = Raw Materials

Humus and CO2 Bank

Courtesy of W.McDonough &partners

Materials iden,fica,on :

Designs For Quality

Pic:Courtesy Park 20/20 Delta Development

Air Quality

Healthy Materials that are « up-cyclables »

THE NETHERLANDS: PARK 2020


Improvement of Materials

© Copyright Delta Development Group: not for reuse or distribution

Hoofddorp | 7-12-2012


Designs for Extraction & Disassembly

Built for Disassembly = Raw Material Bank

Amdework

www.lsdg.be

Built for Disassembly = Raw Material Bank

Maersk ship material passport movie

Design for Disassembly:

SOURCE: ART & BUILD

IN ARCHITECTURE

4. ANTICIPATE EVOLUTION

GENNEVILLIERS

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The Modular Design Process

§  Following Engineering and Design Team sign off of the module designs and specifications by a client’s design team, fabrication of the structural CFS modules commences.

§  Also following component sign off by the design team, the commencement begins of procurement of materials and components ready for fit out in accordance with the Futureform Building System© Standard Processes

§  The modules are lined and insulated, Internal fixtures, plumbing and electrical installations are completed

§  External windows are fitted. Decorations & finishing's are completed

§  All off site factory testing is completed and certified

Projects -‐ Ci?zen M Bankside

•  200 – 350 Bedrooms

•  5 – 10 Storey's

•  Module only supply

•  Manufactured at 17 modules/week

CitizenM Hotels, London

New Hi-Tech Hotel range of developments designed using the Futureform Building System

The Futureform Building System© ticks the right boxes:

ü Low carbon foot print

ü Sustainable

ü Low Material Waste

ü Environmentally Friendly

ü High Thermal Performance

ü Excellent Acoustic performance

ü Low Energy Use

ü Low Maintenance

ü Shorter Construction programme

ü Lower Cost

SYSTEMS PARTNERSHIPS

Product of service strategies:

Product of service strategies:

Leasing instead of buying building components

Immobilier à valeur résiduelle positive… comment le bâti devient banque de matériaux sains par...

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