AIA Tap Innovation Astana Expo City
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ASTANA EXPO CITY 2017 American Institute of Architects 2016 Tap Innovation Award ASTANA EXPO CITY 2017 Project Team PositivEnergy Practice Fortune Consultants MEP Engineering, Parametric Vertical Transportation Modeling Altitude Façade Access V3 Companies Consulting Civil Engineering Façade Access Werner Sobek Charcoal Blue Structural Engineering Theater Consulting, Acoustics Studio Altieri CASE Structural and MEP Engineering Building Information Specialist GEI Consultants Sembol Construction Geotechnical Engineering Contractor AON Planning Partnership Fire and Life Safety, Security Landscape Architecture Rowan Williams Davies & Irwin IT Engineering Inc. Design Manager Wind Engineering Energy Hall Rendering American Institute of Architects 2016 Tap Innovation Award 2 ASTANA EXPO CITY 2017 Project Narrative The Astana Expo City 2017 master plan embraces the designated concept of “Future Energy.” International expositions are held every 2-3 years and choose specialized themes that generates the discourse of the architecture, events, and demonstrations of the event. Future Energy is aimed at finding ways to achieve qualitative changes in the energy sector, primarily for the development of alternative sources of energy and transportation. Finding sustainable energy supplies is a critical and growing global concern. The solution to these concerns ensures economic growth and improved social standards while reducing the burden on the environment. Currently under construction, Astana Expo City 2017 will embrace the Expo’s focus by becoming the first post Industrial Revolution city, where all energy consumed by the Expo community will be provided from renewable sources; where buildings were designed to be generators of power that will be distributed and stored by a smart-grid system. Overall Project Rendering American Institute of Architects 2016 Tap Innovation Award 3 ASTANA EXPO CITY 2017 Project Narrative The ultimate goal for the site was to reduce the A significant part of the energy consumed by overall energy demand by using both passive the Expo community will be provided from and active strategies. The design team executed renewable sources that were determined by site- a series of studies focused on minimizing the specific indicators such as weather conditions, site’s energy-use while maximizing the energy- cultural context, and land accessibility. The forms harvesting potential and user-comfort levels. The of the buildings were design to reduce their results dictated the most efficient orientation of energy needs, allowing the buildings to operate the site—and each individual building—in order as ‘power plants’ that will harness energy from to optimize the strategies that will reduce the the sun and/or wind while additionally saving overall energy usage of the Expo community. significant energy through the combined use of passive strategies. All opportunities for power generation were investigated and several were incorporated into The resulting site-wide infrastructure concept the building-design guidelines, including high- fully integrates the occupants, buildings, and performance glazing that will maximize solar utilities through the use of a smart-energy heat gain in winter while providing shading in grid, a smart recycled-water grid, an integrated Kazakhstan Pavilion Interior Rendering summer; energy piles that will reduce energy waste-management system, and an inter- demand and provide temperature modulation seasonal underground thermal energy storage during winter; energy storage capacity that can system. The grid’s goal is to manage the Expo meet two days of emergency demand; 100% of community’s sustainability goals including peak rainfall from a 100-year storm event managed and total energy-demand reduction, water on site; and 90% of waste generated on site will reduction, and waste-to-landfill reduction. be diverted from a landfill. Covered Mall Interior Rendering American Institute of Architects 2016 Tap Innovation Award 4 ASTANA EXPO CITY 2017 Post-Expo Legacy Development Project Narrative Split into two phases, the 430 acre type events is that they are used for Edge Park project will feature exhibition and only an initial run and often remain Wind Turbines cultural pavilions, a residential vacant indefinitely. In researching the development, service areas including fate of previous sites, the design team Residential shopping, socio-cultural, educational learned that the approval needed for a Civic Corridor and civic facilities, parks, and parking. legacy development is often difficult Expo Park and lengthy to obtain from the client Phase I includes the design and perspective due to upfront fundraising. Residential construction of the exposition buildings including the central Kazakhstan The design team worked with the Central Plant Sphere, Theme, Corporate, and client to develop a master plan and North Plaza International Pavilions, as well as architectural design guidelines that Congress Hall/Conference hotel, residential, retail, and art and would complete most of the post- Center/ VIP Reception Offices performance spaces. Phase I will be expo mode components in such a Grand Park completed by June 2017 to serve the way that a significant amount of Offices world’s next international exposition. public funding would not need to be Congress Hotel obtained to fund a functioning post- Phase II will be the construction of Performing Arts Center expo community. The master plan was a legacy development for the site. Kazakhstan Pavilion developed to allow private investment Congress Office The innovative reuse of the Expo to complete the required tasks such Grand Plaza site was conceived during the initial as the residential neighborhood, Covered Street design phase. The Expo buildings East And West Entrance educational, and office complex. will be converted into an office and Taxi Stand research park, attracting international The team approached the project companies and entrepreneurs. focusing on the design of a high- Edge Park Expo parking and service zones will performing and integrated post-expo South Plaza be transformed into thriving and community. While the three month School integrated neighborhoods. exposition phase was the immediate Residential Parking goal, once concluded the Expo site Residential The reuse of the Expo site was an will transition into a permanent innovative concept conceived during PV Array Buffer Zone development that serves the needs of the initial design phase. A major a 21st Century community. environmental issue with exposition- Illustrated Project Site Plan American Institute of Architects 2016 Tap Innovation Award 5 ASTANA EXPO CITY 2017 Project Narrative The post-expo or legacy development will be one of • Schools are included in the post-expo master plan the most sustainably built communities in the world, to serve the diverse needs of future community when completed in 2018. Key areas taken into account • Exhibition buildings will be transformed and for the efficient transformation from expo to post- integrated into a first-class office complex expo mode include: • The site will also be pedestrian and bicycle • Streets, sidewalks, and landscaping are designed oriented with dedicated walking and bike lanes to be functionally integrated without demolition or reconstruction work • Connections to public transit will be available to link the expo site to the rest of Astana and • Buffer zones have been planned around the an additional bus rapid transit route is currently expo residential neighborhoods to create a more under development intimate and comfortable residential experience with a separation from main roads around the expo city Post-Expo Interior Rendering Post-Expo Rendering American Institute of Architects 2016 Tap Innovation Award 6 ASTANA EXPO CITY 2017 Project - Scale S1 T1 T2 S2 S1 T1 T2 S2 X4 X4 S3 S3 AA9 AA9 S6 S6 S5 S5T3 T3T4 T4 S4S4 X2 X2 S7 S8 T5 S9 S7 S8 T5 S9 S10 X3 S10 X3 S13 S12 T6 T7 S11 S13 S12 T6 T7 S11T8 T9 X1 T8 T9 N1.4 X1 S14 S15 T10 L1.1 Q1 N1.4 L4.1 L5.1 S14 S15 T10 L1.1 Q1 N1.3 L8.1L4.1C1.1 L5.1 D1.2 D1.3 L3.1 C1.2 S17 S16 T11 L11.1 D1.1 L5.6 L7.1 L7.2 N1.3 L8.1 C1.1 C1.3 L1.2 P2 L1.7 L8.2 D1.3 L3.1 L5.2 D1.2D2 L6.1 L10.1 C1.2 T11 L11.1 S17 S16 L2.1 L6.2 D1.1 L3.2 L12.2 J1 C1.4 P1 S18 S19 L5.6 L7.1 L7.2 T12 L12.1 C2.1C1.3 L1.2 P2 N1.2 L1.7 L8.2 L2.3 L2.5 L5.2 L9.1 K1L6.1 L10.1 D2 L2.4 J2 L3.3 L2.1L2.2 L6.2 L12.2 J1 L3.2 C1.4 L3.4 C2.2 P1 E1.2 C2.4 P1 S18 S19 T12 L12.1 B2.2 L12.3 S21 S20 C2.1 T13 N1.2 B1 L9.2 L2.3 L2.5 L9.1 E2 L2.18 L2.11K1 T15 T14 E1.1 L2.10 L3.6 L3.3 L2.4L2.6 L2.17 B2.1 L7.3 C2.3 J2 L3.7L2.2 L7.5 L2.9 L3.4 AA8 L13.1 B2.4 L2.12 B2.3 L2.7 L4.4 L8.4 L4.2 C2.2 L2.8 L3.5 P1 E1.2L11.3 C4.5 C3.6 C2.4 L2.16 L2.13 B2.2 L12.3 S21 M1.1 S20 M1.2T13 M2.1 L1.5 C4.6 L6.3 L3.8 B1C3.5 L1.3 L9.2 Y1 L12.5 L12.4 L2.11 C3.1 L5.5L5.5 C4.4 E2 L2.18 L3.9 L7.4 T15 T14 M3 E1.1 L2.10 L3.6 L2.6L5.3 L2.17 B2.1 L7.3 C2.3 L3.7 Y1 L7.5 L2.15 L2.14 M2.3 C4.3 C3.2 L2.9 AA8 M1.3 M1.4 M2.2 L13.1 B2.4 L2.12 B2.3 L2.7 L4.4 L8.4 L8.3 L4.2 L3.10 L2.8 L3.5 W1 L11.3 C4.2C4.5 C3.3 C3.6 Z1 L2.16 L2.13 Z1 AA7 M1.1 M1.2 M2.1 C4.1L11.2 C3.4 L1.5 C4.6 L6.3 L3.8 C3.5 L1.3 Y1 C4.4 L12.5 L3.9 L7.4 L12.4 C3.1 L5.5L5.5 L5.3 M3 L5.4 L4.3 L1.4L2.15 L2.14 Y1 M2.3 C4.3 C3.2 M1.3 M1.4AA1 M2.2 AA2 AA3 AA4 AA5 AA6 L8.3 C4.2 L3.10 C3.3 W1 Z1 Z1 AA7 C4.1L11.2 C3.4 L5.4 L4.3 Z1 Z1 L1.4 Z1 Z1 AA1 AA2 AA3 AA4 AA5 AA6 N 0 50 200 20 100 Z1 Z1 Z1 Z1 SITE-WIDE INFRASTRUCTURE CORPORATE AND AGENCY PAVILIONS CONGRESS CENTER AND HOTEL UTILITY DISTRIBUTION SYSTEM EBPA PAVILION - ENERGY BEST PRACTICE AREA CONGRESS CENTER SCOPE 203 SCOPE 303 N SCOPE 101 TUNNELS D/E INTERNATIONAL AGENCIES & NGO PAVILION N CONGRESS HOTEL 0 50 200 CORPORATE & AGENCY PAVILIONS COMMERCIAL CONGRESS OFFICE Overall Construction Site Photograph 20 100 SITE-WIDE PUBLIC REALM AND EXTERIOR AMPHITHEATER, ART CENTER AND ND STAGE SCOPE 102 FACILITIES SCOPE 204 ART CENTER SCOPE 304 EXPO PRECINCT RESIDENTIAL AA J/K OPEN AUDITORIUM/AMPHITHEATER S NATIONAL DAY VENUE STAGE RETAIL BELOW RESIDENTIAL SITE-WIDE ENERGY GENERATION EXPO SITE MISC.