Estidama Sustainability at Large A Mandate for Success

Similar documents
ADEC S SUSTAINABLE FUTURE SCHOOLS PROGRAM

Whole-building design for a green school building in Al-Ain, United Arab Emirates

Abu Dhabi Airport: Sustainable Airport in a Desert Environment

Sustainable Airport in a Desert Environment. Christine Eid Airports Going Green 2015 Long-term Sustainability Planning October 27 th, 2015

Building Components to Enhance Sustainable Cities

Sustainable Maintenance Best Practice: Energy Efficiency in the Carbon Free World. Michel Abi Saab. Team Leader, Energy Efficiency LEED AP, CEM, CMVP

36 BTrd / DP Architects ArchDaily

General Information. Building Name: RPUID #: Address: UFC Requirement 4-2 EMPLOY INTEGRATED ASSESSMENT, OPERATION, AND MANAGEMENT PRINCIPLES.

AIA+2030 Professional Series Overview + Learning Objectives

P WER OF DESIGN. by SANDEEP SHIKRE, leed AP

The Use of Green Building Materials in Construction and their Impact on Rating Systems

Critic. WE Credit Code WEp1 WEp2 WEp3 WEc1 WEc2 WEc3 WEc4 WEc4.1 WEc5. Possible credit Required. Credit Title. metering Enhanced Enhanced

Special Mention, Architecture + Sustainability

LEED LEED LEED. Earth Tech, Inc. Earth Tech, Inc. A Firm With Experience. A Firm With Experience. Operational Efficiencies & Resources Preservation

FACTORS AFFECTINGTHE IMPLEMENTATION OF GREEN BUILDING PROCEDURES IN ABU DHABI (UAE)

Prerequisite. prerequisite.

HPBS [ HIGH PERFORMANCE BUILDING STANDARD]

Environmental Principles

Green Globes NC Criteria Comparison to LEED 2009 and LEED v4

RoboRater. Jim Woolcock Director, Sustainability House

ALBUQUERQUE PUBLIC SCHOOLS Facility Design & Construction / Maintenance & Operations

The Creative and Performing Arts High School (CAPA) Pittsburgh, PA 9/30/2002 Andrew Tech Mechanical Option Prof. S. A. Mumma

SUSTAINABLE DESIGN STRATEGIES FOR BUILDING DESIGNERS

COLGATE UNIVERSITY'S

5/16/10. Contents. By Bill Jolly Wednesday 12th May pm GMT. Green Building Green Wash

The Future of Green Buildings in the Region. Faridah Shafii Institute Sultan Iskandar Universiti Teknologi Malaysia

Green Retrofit. Why you should consider it, what it means, and how to get it done

Integrating Sustainability Parameters at the American University of Sharjah

THE BIG 5 SAUDI 2018

BUILDING ENERGY EFFICIENCY CERTIFICATE

COMPANY PROFILE AUSTRALIAN ENGINEERING CONSULTANTS FOR SUSTAINABLE BUILDINGS

Project location includes access to existing roads, existing water and wastewater infrastructure, and within or contiguous to existing development.

Orange County Sanitation District SP-194 Section 06 Sustainability

THE STRANGE AND SAD STORY OF QATAR S FIRST PASSIVHAUS

GREEN BUILDING & SMART CITIES IN THE UAE

TORONTO GREEN STANDARD v3

UMWELT 75 YORK ST TERALBA. Australian Institute of Energy - Peter Jamieson. April 2014

Energy Efficiency and Reduction. Tribal Lands and Environment Forum August 15, 2016

LEED LEED. Leadership in Energy and Environmental Design. A voluntary, consensus-based. high-performance, sustainable buildings and neighborhoods

The Top Five Ways an Architect Can Drive Sustainability. Early-stage design decisions that can have a significant impact on building performance

The Elithis Tower is an experimental and demonstration. Elithis Tower in Dijon, France. nzeb case studies

Existing vegetation with each tree detail like species, girth, canopy etc. Contours with levels Natural features like water body, stream etc.

Zero Carbon Building Energy Modelling Guidelines. October 31, 2017

Chapter 9 Integration of BSA tools in building design tools 909

Eco-Building, Sustainability, & LEED Green Associate Training

DPR Phoenix Regional Office Net Zero Certification

Energy Performance of Buildings Directive: Achieving both high indoor air quality and low energy consumption in European buildings

CONTENTS. 71 Section 01352, #7 (Life Cycle Cost and Life Cycle Assessment) 2/1/12 Modified entire section 72 Section 01352, #8 (Sustainability

CMGT 380 Green Building Principles and LEED Certification Department of Construction Management California State University, Chico

ENVIRONMENTALLY SUSTAINABLE CONSTRUCTION

Title: In-House Green Building Certification Supporting Documentation Issued by: Sustainability Department (Green Building Department)

Four Rules Of Thumb That Could Lead You Astray

Phillips Exeter Academy

Case study of an ECBC Compliant, Energy Efficient Building: Aranya Bhawan, Jaipur

Evaluation of Energy Savings of the New Chinese Commercial Building Energy Standard

Sustainable Technologies for Air-Conditioning Sector

SECTION 3: SUSTAINABLE DESIGN CONTENTS

Exercise 4: Assessing Urban Heat Island Impacts and Evaluating Water Waste and Energy Performance

Laurel School Upper Campus Building Features

21 st CENTURY STUDENTS: Integrating Sustainable Design and Curriculum

Colorado Mountain College: Sustainable Design Standards

30% 85% 37% PROJECT HIGHLIGHTS LEED Facts. Lecture Hall BioLabs Building

Sustainable Design A DIVISION OF SHIVE-HATTERY

LEED BD+C Integrative Process. Lori A. Brown, LEED AP BD+C Power Jam Study! Lorisweb.com 1

LEED, Green Mark, Green Building Index

CIRS: Regenerative Sustainability

Green Building and Operating Practices and Guidelines

Sustainable Residential Policies Mayfield West Phase Two

2 Management and Governance

Lambton Kent District School Board

The Embassy of the Kingdom of the Netherlands, Amman - Jordan

Research Analysis: Building Envelope and LEED Credits Introduction

A Bill Regular Session, 2009 HOUSE BILL 1663

Design/Build/Construction Firm

Energy Step Code requirements for Part 9 buildings. City of Richmond June 29, 2017

Stantec Engineering: Green Building Design

Achieving energy reduction by applying passive cooling strategies in a hot arid region: a case study of the UAE

The Crystal A landmark building for Technology and Innovation

Energy Management Services (EMS) and Lockheed Martin Energy (LME) Innovative Solutions For Energy Independence Sustainable Communities

Integrated Approach to Energy-Efficient Building Design: Setting the Context

Jim Sinopoli, PE, RCDD, LEED AP Managing Principal Smart Buildings, LLC

Building Typology Draft Metrics

PIONEERING INNOVATION AT MASDAR CITY

VE-Toolkits User Guide <VE> 6.0

Lincoln Public Schools 5 MA-CHPS Schematic Design. 5.1 MA-CHPS Scorecard. 5.2 Certifi cation Goals Letter

New energy New opportunities. Our pathway to net zero and smart, sustainable workplaces

Welcome ESC Educational Webinar Green Performance Contracting

Introduction to Integrated Sustainable Design

Environmental & Sustainability Policy Statement

Optimise the Specification of a Building Envelope

GENERAL ASSEMBLY OF NORTH CAROLINA SESSION 2007 SESSION LAW SENATE BILL 668

GREEN BUILDINGS AND GREEN CITIES RWANDA GREEN GROWTH WEEK SUSTAINABLE BUILT ENVIRONMENT

U.S.A. Minimizing a Building s Carbon Footprint

ARCHITECTURAL QUALITY AND SUSTAINABILITY

Seattle Walkable Cities

6/4/2014. LEED Projects are

Passive Houses Worlswide: International Developments

EnerSmart Programs Rethinking buildings for sustainability and self-sufficiency

Environmental Principles

Net Zero Construction with Sean Moran of Skender Getting to Net Zero with Solar Energy

Transcription:

Arab Forum For Environment & Development Estidama Sustainability at Large A Mandate for Success Meeting Reference: Arab Forum For Environment & Development 29 th October 2013

Estidama The Vision 2030 Sustainable Foundation estidama rating industry diligence renewable econom mic water legacy social responsibility technology innovator resource cultural Abu Dhab bi vision community climate children world der nt lead nmen solutions you global l future em mirate people construction energy histo ory nviro e carbon change opportunity ideas design waste pearl estidama Yasmeen Al Rashedi Planning Manager Abu Dhabi Urban Planning Council

Estidama The Vision 2030 Sustainable Foundation Abu Dhabi Vision 2030 is about Planning for the Future (Abu Dhabi Economic Vision 2030 and Plan Abu Dhabi 2030) The future is unforeseeable without sustainability Abu Dhabi is at the forefront of responsible sustainable policies

Estidama A Numbers Overview Executive Council Mandate - April 2010 All New Communities to be: All New Buildings and Villas to be: All Government Buildings & Villas:

Estidama Pearl Rating Systems 85 R 115 60 140 Livable Spaces Precious Water Resourceful Energy Natural Systems Stewarding Materials IDP Innovating Practice

Estidama Pearl Rating Systems IDP NS 50% LV/LB/LC Energy & Water SM

Estidama Pearl Rating Systems Integrated Development Process Establishes collaborative teamwork & iterative design process Encourage construction activities that value: - workers welfare - quality & - environmental management P f d O&M ti h l ti l A hi Prepares for good O&M practices where users play an active role Achieve goals on-time & on-budget

Estidama Pearl Rating Systems Integrated Development Process I.D.P vs Conventional Design Process Integrated Development Process Involves team members from the outset Front-loaded: time & effort invested early Decisions influenced by broad team Iterative process Whole-systems thinking Seeks Synergies Life-cycle Costing Process continues after construction Conventional Design Process Involves team members only when essential Less time, effort & collaboration demonstrated in early stages Decisions made by few team members Linear process Systems often considered in isolation Less opportunities for synergies Emphasis on up-front costs Typically finished upon construction Source: Adopted from Roadmap for the Integrated Design Process by Busby Perkins+Will, Stantec Consulting

Estidama Pearl Rating Systems Natural Systems Analyse and assess of natural systems onsite Conserve existing natural systems through protection or mitigation Develop a Natural System Design and Management Strategy Encourage the reuse of land Enhance ecological value Create habitat, restore habitat and provide habitat connections

Estidama Pearl Rating Systems Livable Buildings Outdoor Provide shaded walkways Promote a more thermally comfortable outdoor space Encourage the use of active urban environments Provide accessible local l amenities Encourage the use of alternative modes of transport Reduce urban light pollution

Estidama Pearl Rating Systems Livable Buildings Indoor Promote indoor air quality management during construction & operation Improve ventilation quality during normal building operation Select materials to reduce harmful emissions Improve indoor thermal comfort (occupant control) Create visually comfortable environments (reduce glare, views etc.)

Estidama Pearl Rating Systems Precious Water Reduce indoor & outdoor water demand Reduce losses monitoring Use alternative sources onsite treatment & grey water

Estidama Pearl Rating Systems Resourceful Energy Reduce energy demand through passive design Improve efficiency (HVAC, lighting, appliances) Incentivize renewable sources of energy

Estidama Pearl Rating Systems Stewarding Materials Prohibit the use of hazardous materials Implement comprehensive waste management (Construction and Operational) Reduce materials usage Sustainable sourcing of materials Promote the use of recycled materials Promote recycling industry

Estidama Pearl Rating Systems Innovating Practice Showcase of cultural and regional design strategies Innovative solutions during design or construction 15

Estidama Pearl Rating Systems EVPD The Estidama Villa Products Database (EVPD) is a database of products that have been determined to be compliant with the Pearl Villa Rating System (PVRS) requirements. The EVPD covers the following product categories all of which are applicable to the PVRS: - Water Fixtures & Fittings - Insulation Products & Systems - Windows & Glazing - Air Conditioning Equipment - Solar Hot Water

Estidama Pearl Rating Systems Environment Operation Design Economic Cultural Construction Social The Pearl Rating System aims to address the sustainability performance of a development throughout its lifecycle and in relation to the 4 pillars of Estidama.

Estidama Training Program Course Type Number of Sessions Total Attendees (as of 12-Sep-2013) Design Rating Training * 337 7,014 Construction Rating Audit Training 23 464 GRAND TOTAL 360 7,478 Training Attendees Private Sector- Occupation Private Sector Government Student Other Consultant Contractor 16% 3% 6% 37% 75% 63% *Design Rating Training consist of the following sessions: Understanding Estidama & the PRS (2 hours) Understanding the EVPD for Consultants (1.5 hours) PBRS: 1 Pearl Training / Workshop (7 hours) Source: Estidama Training Attendee Database

Why Estidama Pearl Rating Systems? Tailored to Abu Dhabi s unique climate, culture and transformational ambitions Government Mandate Reinforces Plan 2030 and local codes Recognizes traditional design and cultural practices Emphasizes integrated design from project inception

Floor Ar rea m 2 12,000,000 10,000,000000 000 8,000,000 6,000,000 Estidama Developments - Stages Estidama Rated Buildings and Villas 460 Developments 10,667,646m 2 In programme 5,325,857m 2 Under Construction 961,272m 2 Completed Gross 4,000,000 2,000,000 0 Early Not On Hold Stage 1 Stage 2 Stage 3 Stage 4a Stage 4b Completed TOTAL Works Started GFA 371000 4236570 143947 3737209 534151 550724 118746 14027 961272 10667646 Source/: Estidama Project Log (27 th October 2013)

Estidama Development Summary 300 250 200 150 100 50 0 Project Pearls Pearl GFAm 2 271 8,000,000 5,960,031 6,000,000 152 4,000,000 3,222,398 398 33 2,000,000 1,384,122 3 1 0 87,595 13,500 1 Pearl 2 Pearl 3 Pearl 4 Pearl 5 Pearl 1 Pearl 2 Pearl 3 Pearl 4 Pearl 5 Pearl Buildings Numbers by Rating 400 376 350 300 250 192 200 150 100 50 30 0 3 1 1 Pearl 2 Pearl 3 Pearl 4 Pearl 5 Pearl Buildings 192 376 30 3 1 Source/: Estidama Project Log (27 th October 2013) Villa Numbers by Rating 9000 8,445 8000 7000 6000 5000 4000 3000 2000 1,679 1000 595 0 0 0 1 Pearl 2 Pearl 3 Pearl 4 Pearl 5 Pearl Villas 1679 8445 595 0 0

How Do We Ensure Savings Are Achieved Poor Reducing the Performance Gap by Stage Monitoring Good Optimum Pre- Design Construction Operational Concept Rating Rating Rating

Al Ain General Facts Rating 2 Pearl Date of opening Oct 2011 Total GFA 5,855m 2 Landscape Area 286m 2 Cooling Source Chillers Glazing Percentage 29% Fenestration Double Walls Insulated Skylight Double Renewables Hot Water Construction Cost 50m AED Estidama Building Case Study Abu Dhabi General Facts Rating None Date of opening June 2006 Total GFA 5,950m 2 Landscape Area 392m 2 Cooling Source District Cooling Glazing Percentage 27% Fenestration Single Walls Block Skylight Single Renewables None Source/ Basis: ICLDC/ Estidama Project Log

Estidama Building Case- Al Ain Study nth /mon 21% 60% Potable Energy Water Source/ Basis: Abu Dhabi Distribution Company Meters/ Imperial College London Diabetes College (ICLDC)/ Tabreed/ Estidama Project Log

World Green Building Trends Research Green Building Taking Global Trend: US Australia UK Norway Germany Singapore UAE Brazil 2012 40% 28% 45% 23% 17% 64% 48% 24% 2015 53% 47% 68% 49% 36% 89% 74% 50% Source: McGraw Hill WGBC Report World Green Building Trends

World Green Building Trends Research Level of Green Building Activity: US Australia UK Norway Germany Singapore UAE Brazil Green 48% 39% 52% 32% 28% 66% 51% 39% Non Green 52% 61% 48% 68% 72% 34% 49% 61% Source: McGraw-Hill WGBC Report World Green Building Trends

World Green Building Trends Research Triggers for Driving Green Buildings: US Australia Europe UAE Singapore Brazil South Africa 1st Reason Client Demand Market Demand Client Demand Regulations Regulations Market Demand Right thing to do 41% 37% 39% 55% 41% 52% 44% 2 nd Reason CSR Client Demand Market Demand Client Demand CSR CSR Lower Operating Costs 32% 35% 37% 50% 35% 26% 42% Source: McGraw-Hill WGBC Report World Green Building Trends

World Green Building Trends Research Most Important Reason: US Australia Europe UAE Singapore Brazil South Africa Energy Reduction Water Reduction 1 1 1 1 1 1 1 78% 68% 70% 86% 93% 61% 76% 2 4 5 2 2 2 3 32% 21% 10% 64% 24% 39% 40% Improved IAQ 3 4 4 3 4 5 5 25% 21% 17% 23% 17% 13% 14% Protect 4 3 3 4 2 3 2 Natural Resource 19% 23% 29% 14% 24% 26% 48% 5 2 2 5 4 4 4 Lower Greenhouse Gases 14% 38% 31% 5% 17% 22% 18% Source: McGraw-Hill WGBC Report World Green Building Trends

Summary