sustainable design at hok - colombia

Empresa de diseño integral

Servicios

Advance StrategiesA hit tFundada en 1955

1 800+ profesionales

ArchitectureConstruction Services

EngineeringInteriors

Europa22 oficinas a nivel mundial

1,800+ profesionalesLighting

PlanningVisual Communications

London

MercadosAviationC i lNorte America

AtlantaChicagoDallasH t

Asia/PacificoBeijingH K

CommercialCorporateCulturalEducationHouston

Kansas CityLos AngelesMexico CityMiami

Hong KongShangai

EducationGovernmentHealth CareHospitalityJ tiNew York

OrlandoOttawaSan FranciscoSt Louis

JusticeMixed-UseResidentialRetailSt. Louis

TampaTorontoWashington, DC

Science + TechnologySport Venue EventTransportation

HOK SUSTAINABLE

DESIGN

Principles, Strategies and Case Studies

Calentamiento de los oceanos…

Estamos en crisis?

Deforestacion…Desertificacion…

Amazonian Clearcutting

Para mantener nuestrosnuestros

estándares actuales de

vida necesitaríamos

4 planetas Tierra

1 camión de bienes =

32 camiones de desechos

Donde vivimos

1975 2005 2015

Costa Rica 42.5 % 61.7 % 66.8 %All developing countries 26.4 % 42 % 48.6 %

Latin America and the Caribbean 61.1 % 76.7 % 80.9 %

% % %Source :UN (United Nations). 2004. World Urbanization Prospects: The 2003 Revision Database. Department of Economic and Social Affairs, Population Division. New York

World 37.2 % 48.3 % 53.5 %

EDIFICIOS REPRESENTAN:17% del consumo de agua

25% de la madera producida

50% de la producción de CFC50% de la producción de CFC

40% de la producción de energía

33% del total de las emisiones de dióxido de carbono

40% del material enviado a rellenos sanitarios en los E.U.A.

Consumo de energía (USA) Consumo de electricidad (USA)

Early Sustainable Work driven by Individuals vs. Firmwide Mandate

HOK receives multiple Sustainable Awards before the USGBC is founded in 1993Firmwide Mandate USGBC is founded in 1993

3M Austin Center1986 NAPC Environmental Award

1960 1970 1980 1990 2000 20101955

HOK is founded in St. Louis in 1955

GTE Training CenterGTE Training Center1982 IDRC Environmental Planning Award Tucson Mall

1983 ALCA Environmental Award

1993 HOK’s Executive Committee establishes S bl D

Knowledge and Resources

Bwetween 1993 and to-date: HOK launchesSustainable Design as a

Core Value

HOK launches www.hoksustainabledesign.com, publishes “The HOK Guidebook to Sustainable Design”, and shares “Lessons Learned” a Post O E l d fOccupancy Evaluation study of nine sustainable projects at the AIA National Convention in LA

Between 1993 and to-date:

1960 1970 1980 1990 2000 20101955

1993 USGBC is foundedHOK develops a large, globe spanning data base of resources, best practices, and expertise, holds LEED workshops and seminars,workshops and seminars, holds a Sustainable Bootcamp in 2000 and in 2006 a Sustainable Summit

HOK to-date has more than 350 LEED accredited professionals on staff

Si i f

1960 1970 1980 1990 2000 20101955

HOK to-date has designed 15 LEED / BREEAM certified buildings and has 37 projects actively pursuing certification in a wide variety of markets

Six consecutive years of recognition on the AIA COTE “Top 10 Green projects” list

in a wide variety of markets

Emory University

IBM Tivoli Systems

HOK Office San Francisco

40 Grosvenor Place

Emory University

22-26 Whitehall Winrock International

HOK OfficeSt. Louis

CORTEXOne

toto date 15 LEED / BREEAM certified projectsdate 15 LEED / BREEAM certified projects

NortelNetworks Nidus Center Barclays HQ

ConfidentialPhoenix

San MateoForensic Lab. Delta Airline Terminal

HOK OfficeToronto

toto--date 15 LEED / BREEAM certified projectsdate 15 LEED / BREEAM certified projects

toto--date 37 LEED / BREEAM registered projectsdate 37 LEED / BREEAM registered projects1960 1970 1980 1990 2000 20101955

“An Inconvinient Truth”Gana el Oscar

Resultados de la Comisión de las Naciones Gana el Oscar

2007Conferencia del Medioambiente Humano de las

Comisión de las Naciones Unidas para el Ambiente y

el Desarrollo (mejor conocida como la Al GNaciones Unidas,

Estocolmo

1972

conocida como la Comisión Brundtland)

1987

Al Gore“An Inconvinient Truth”

2006

1970 1980 1990 2000 2010

La International Union forConservation of Nature

1982

USGBC crea

1994

Premio Nobel de

2007

Conservation of Naturepublica “World Charter for

Nature”la Paz

Desarrollo que permite satisfacer las necesidades del presente sin comprometer la

SUSTENTABILIDAD

necesidades del presente sin comprometer la capacidad de generaciones futuras de satisfacer sus propias necesidades

Comision Brundtland, 1987La capacidad de mantener ciertos procesos o estadosLa capacidad de mantener ciertos procesos o estados de manera indefinida

DefinicionesDefiniciones

DISEÑO SUSTENTABLE

Es el arte de diseñar objetos físicos, el entorno construido o bienes y servicios de manera que

cumplan con criterios de sustentabilidad ó i i l ló ieconómica, social y ecológica

Centrado en el hombre

Un sistema de autoevaluación para elLEED es:diseño y construcción de edificioscertificado por terceros

DefinicionesDefiniciones

Una manera de evaluarnuestro impacto en el medioambiente

voluntario (por ahora)voluntario (por ahora)

LEEDTM Certified 26 – 32 puntos

4 niveles de certificacion:

Silver 33 – 38 puntosGold 39 – 51 puntosPlatinum 52+ puntosPlatinum 52+ puntos

• Control de erosion

Mitigacion del impacto del automovil

Manejo de aguas de lluviaManejo de aguas de lluvia

Proteccion del habitat

Reduccion del efecto de islas de calor

Sustainable Sites

• Reduccion del uso de agua para riego

• Reduccion de la produccion de desperdicios caseros

Water Efficiency

• Tecnologias innovativas para el manejo de aguas servidas

Building commissioning• Building commissioning

• Optimizar el performance del uso de la energia

• Utilizar enegergias renovables

Energy and Atmosphere• Manejo de refrigerantes

• Reciclado de desechos caseros

• Uso de materiales regionales certificados

• Uso de material con alto contenido de material reciclado• Uso de material con alto contenido de material reciclado

• Manejo de los desechos de construccion

Materials and Resources• Performance de la calidad de aire interior

M j l il i• Mejoras en la ventilacion

• Uso de material de baja emision de CFCs

• Control individual de los sistemas de ventilacion y temperatura

Indoor Environmental Quality• Acceso a luz natural y vistas

• Educacion de los ocupantes• Educacion de los ocupantes

• Master Plan sustentables

• Desempeno ejemplar

Innovation and Design Process

• Metas para el desarrollo de vecindarios

95+ Professionals including:

Pl L d A h U b D GIS Planners – Landscape Architects – Urban Designers - GIS Specialists - Ecologists

• Toronto

• Dubai

D ll• Dallas

• Hong Kong

• Houston

London• London

• New York

• St. Louis

• San Francisco• San Francisco

• Atlanta

• Washington

In line with the Brundtland Commission:

d l h h d f h development that meets the needs of the present without compromising the ability of future generations to meet their own needsge e at o s to eet t e ow eeds

HOK SUSTAINABLE DESIGN PRINCIPLESHOK SUSTAINABLE DESIGN PRINCIPLES

whole systems approachi t t d d iintegrated design processdeep green thought and design

minimize Site disturbances

- slowdown unnecessary urban expansion

site

slowdown unnecessary urban expansion- increase public transportation use- reduce Heat Islands- reduce stormwater runoff

minimize Water need

energymaterials

minimize Water need

-reduce the quantity of water needed for the building-reduce Municipal water supply and treatment burden-restore natural water systems

waterieq

minimize Energy need-support ozone protection protocols -move away from fossil fuels-encourage renewable and alternative energy sources

tili ffi i t d t l twaterieq -utilize energy efficient and natural systems-reduce pollution

Whole Systems Approach

minimize Material need

-salvage unused buildings and /or materials

site

salvage unused buildings and /or materials -use materials from local resources-reduce the ecological burden by minimizing use of virgin, high-impact materials-specify materials from rapidly renewable resources-reduce/eliminate waste

energymaterials

improve Indoor Air Quality

- provide clean indoor air- reduce use of materials with VOC’s

i i di id l t l f i t d t

wateriaq

- increase individual controls of environment and system- improve daylight, views to the outdoors

wateriaq

Whole Systems Approach

-holistic thinking-team basedorganic design process-organic design process

-larger team-Users, Operators, Constructors-innovation encouraged

Integrated Design Process

value value added margin

Integrated Design Process

HOK SUSTAINABLE DESIGN STRATEGIES

planning and design based on natural resource managementplanning and design based on natural resource management

appropriate site selection and minimal site disturbance

it li i t l ith t i icapitalizing on natural processes without over-engineering

inform the design process with the native ecosystem model

incorporate appropriate consultants at the outset of the project

Sustainable Case StudiesSustainable Case Studies

• KAUST

• Boubyan Island

• Energy Capital

• Franchise Tax Board

• USAA Norterra Campus

Deep Green Thought and Design

theHOKPlanningGroup KAUST, Saudi Arabia

KAUST J dd h S di A biclimate appropriate plant strategy

buffer surrounding existing mangroves

KAUST, Jeddah Saudi Arabia

narrow streets to promote breeze

pedestrian only town centre

mixed use and compact development layout

predominantly East-West building orientation

Comprehensive Alternative Transportation PlanComprehensive Alternative Transportation Plan

sourcing of local building materials

green construction and grading specification sections

green interior fit out and low flow fixture specification sections

recycling facilities for residents


theHOKPlanningGroup KAUST


theHOKPlanningGroup

B b I l d K i

Boubyan Island, Kuwait

Boubyan Island, Kuwaitbiological diversity surveys

ecosystems studiesecosystems studies

keystone species analysis

environmental impact assessments

preservation and conservation areas delineated

compact development strategy

site appropriate selection for seaport and resort developments

minimally intrusive architectural building form


theHOKPlanningGroup Boubyan Island, Kuwait


theHOKPlanningGroup Energy Capital, UAE

E C i l Ab Dh bipursuing UAE LEED certification

human scale development pattern mixed use

Energy Capital, Abu Dhabi

human scale development pattern, mixed use, walk-able distances, etc

community scale shade structure to ameliorate microclimate and reduce building cooling loads,

d f d tand façade costs

geodesic condensation dome for water collection and exotic garden

solar appropriate building orientation incorporating Building Integrated Photovoltaics (BIPV)

native/adaptive planting strategynative/adaptive planting strategy

connected to larger public transit loop


theHOKPlanningGroup Energy Capital, UAE


HOK Franchise Tax Board

Franchise Tax Board, S t CA1’000’000 SF new construction

Goals included:

Sacramento CA

20% better performance than Title 24 standards;daylight harvesting

incorporating renewable energy sources, such as p g gyphotovoltaic panels and solar heated domestic waterminimizing water consumption

improving indoor air quality

using recycled and recyclable materials capturing, retaining and filtering rainwater runoff

integrating alternative transportation to reduce reliance t bil on automobiles


HOK Franchise Tax Board


HOK USAA Norterra Campus

USAA Norterra Campus, Ph i AZPhoenix AZEnergy and Daylighting

30% energy reduction30% energy reduction

Rigorous application of building orientation anfenestration

Passive sun control with electronic illumination controls

Daylight harvesting into large workplace zones

Lessons Learned

Tangible benefits to employee health

Safety and Welfare are green strategies


HOK USAA Norterra Campus


Navi Mumbai Master PlanIndia

Reserve Forest Area


Energy City

Entertainment City

MITTIC (IT/Telecom)


Entertainment CityEntertainment City Off.Energy City OfficesEnergy City Mixed Usegy yIT ParkHigh Density ResidentialMedium Density Resid.Low Density ResidentialPublic FacilitiesRetailHotelOpen SpaceI f t tInfrastructureCorridor Lots


MITTC – zona residencial


Energy City – Boulevard comercial


PAISAJISMO COMO INFRAESTRUCTURA

Manejo de aguas de lluvia• Promover la percolación y recarga de las aguas subterráneas

Landscape

ADDED FUNCTION

• Disminuir la velocidad de escorrentía• Mejorar la calidad del agua

Engineering

Landscape

• Utilizar las soluciones paisajísticas como parte del sistema de manejo de aguas de lluvia ‐minimizar el uso de alcantarillado, sin ,embargo un sistema básico será necesario

LANDSCAPE INFRASTRUCTUREINFRASTRUCTURE



Manejo de aguas de lluvia1. Bio-swale a lo largo de bulevares y calles

2. Lagunas de retención menores incorporadas al tratamiento paisajístico de parques linealestratamiento paisajístico de parques lineales

3. Lagunas de retención de mayores dimensiones en los parques mas importantes

4. Pavimentos permeables

5. Maximizar las áreas plantadas para fomentar la percolación naturalpercolación natural



Manejo de aguas de lluvia


THE BIG IDEA & DESIGN APPROACH

Energy City

Additional development was influenced by the urban fabric.urban fabric.




Centro Urbano


C t U bManejo de aguas de lluvia

Centro Urbano


Manejo de aguas de lluviaC t U bCentro Urbano


Energy City – Parque Lineal




Parque central


THE BIG IDEA & DESIGN APPROACH

MITTC




MITTC


C t U bManejo de aguas de lluvia

Centro Urbano


Manejo de aguas de lluviaC t U bCentro Urbano


sustainable design at hok - colombia

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