This document summarizes the renovation of the 5th floor of the Town Lake Center building in Austin, Texas to earn LEED Silver certification. The renovation reduced energy and water consumption, diverted construction waste from landfills, promoted alternative transportation, and improved indoor air quality. Specific strategies included using renewable energy, efficient fixtures, recycled and salvaged building materials, bicycle parking, and low-VOC materials.
This document summarizes the renovation of the 5th floor of the Town Lake Center building in Austin, Texas to earn LEED Silver certification. The renovation reduced energy and water consumption, diverted construction waste from landfills, promoted alternative transportation, and improved indoor air quality. Specific strategies included using renewable energy, efficient fixtures, recycled and salvaged building materials, bicycle parking, and low-VOC materials.
The WTP4 Maintenance Building achieved LEED Silver certification in 2019. It reduces energy consumption through 100% electric power from renewable sources. Potable water use was reduced 40% indoors and 70% for irrigation through high-efficiency fixtures. Over 75% of construction waste was diverted from landfills through reuse and recycling. The building improves occupant experience with indoor air quality controls and low-VOC materials.
This document summarizes the LEED performance of the Northwest Recreation Center in Austin, Texas, which achieved LEED Gold certification in 2012. The summary highlights that the center reduced its energy consumption through energy-efficient design and on-site solar panels. It also reduced potable water usage through recycled irrigation water, low-flow fixtures, and xeriscaping. Construction waste was diverted from landfills through careful sorting and reuse of materials. The renovation improved transportation options and indoor air quality.
New Union South Sustainability 6.1.2009shaynahetzel
It's an exciting time to be a part of the Wisconsin Union, as an organization. We just celebrated our 100th anniversary last year and as we begin our next century of service, we look to the future for our buildings and programs.
Sustainability is a buzz word in today’s society. There are lots of definitions of what it is and what it means. Here’s a definition from the EPA: sustainability is: meeting the needs of the present without compromising the ability of future generations to meet their own needs.
These are our initiatives to green building and sustainable practices.
This project involved designing a deep retrofit for a 1970s apartment complex in Ireland to significantly improve its energy efficiency and sustainability. The retrofit was assessed using the BREEAM Refurbishment sustainability metric and aimed to raise the building's energy rating while meeting Irish building regulations. A variety of upgrades were proposed, including improved insulation, a biomass CHP system, solar panels, sustainable roofs, and high performance ventilation. An analysis of the BREEAM assessment found the retrofit design achieved 74% of available credits.
Mainstreaming Zero: Large Scale Commercial Net Zero Energy Buildings, AGC 2013Shanti Pless
My keynote on the growing large scale net zero energy building industry, with details from our net zero projects at NREL: http://news.agc.org/2013/10/30/the-agc-building-contractors-conference-shares-innovative-ways-to-increase-your-firms-productivity/. Thanks to Tom Hootman at RNL/MKK for some of the slides and great images!
Join us as Finegold Alexander presents the study for the Lowell Trial Court, a 250,000 SF state courthouse designated by Gov. Patrick’s Zero Net Energy Building Task Force as one of three public demonstration projects addressing the challenge of designing public buildings to high sustainability standards.
The engineering components of the study involved proposals for energy reduction and on-site production, investigated through a multitude of computer models and cost-to-benefits charts and analysis. Architecture and architects must change. Architectural form is a critical element in achieving any sustainable goals, including zero net energy. This session will look at the Lowell Trial Court design process and the iterative schemes the team produced. We will discuss building massing, orientation, urban context and all the elements we always address in every project. Now we find our attitudes toward these traditional design criteria are influenced by the integration of sustainable design. Design for zero net energy caused this team to think and collaborate differently with consultants, client and user groups.
[Metropolia Student Project Seminar 24.5.] Zero Energy Buildings, Group AGBC Finland
This document discusses zero energy buildings and efforts around the world to promote their development and adoption. It provides background on zero energy buildings and their definition, which can vary by country but generally means a building where total annual energy output equals total energy consumption using renewable sources. The document then summarizes policies and initiatives in several countries to establish targets and standards for low energy buildings. Specific case studies of zero energy projects in South Korea, Japan, and Finland are also presented.
The Sustainability Dashboard: A tale of two citiesNLandUSA
The document compares the sustainability efforts of two urban development projects: Treasure Island in San Francisco and IJburg in Amsterdam. It describes how each project established criteria or "dashboards" to evaluate the sustainability of designs. The Treasure Island dashboard included levels to measure energy integration and renewable energy goals. The IJburg dashboard assessed strategies and achievements in areas like energy, water, ecology, and established new goals and partnerships for IJburg II. The document aims to share best practices between the two cities.
The Gus Garcia Recreation Center achieved LEED Gold certification in 2009. It reduced energy consumption by 33% and potable water use by 45% through strategies like renewable energy, efficient fixtures, and drought-tolerant landscaping. It also diverted 86% of construction waste from landfills. The building promotes alternative transportation with bike parking and proximity to public transit.
The WTP4 Maintenance Building achieved LEED Silver certification in 2019. It reduces energy consumption through 100% electric power from renewable sources. Potable water use was reduced 40% indoors and 70% for irrigation through high-efficiency fixtures. Over 75% of construction waste was diverted from landfills through reuse and recycling. The building improves occupant experience with indoor air quality controls and low-VOC materials.
This document summarizes the LEED performance of the Northwest Recreation Center in Austin, Texas, which achieved LEED Gold certification in 2012. The summary highlights that the center reduced its energy consumption through energy-efficient design and on-site solar panels. It also reduced potable water usage through recycled irrigation water, low-flow fixtures, and xeriscaping. Construction waste was diverted from landfills through careful sorting and reuse of materials. The renovation improved transportation options and indoor air quality.
New Union South Sustainability 6.1.2009shaynahetzel
It's an exciting time to be a part of the Wisconsin Union, as an organization. We just celebrated our 100th anniversary last year and as we begin our next century of service, we look to the future for our buildings and programs.
Sustainability is a buzz word in today’s society. There are lots of definitions of what it is and what it means. Here’s a definition from the EPA: sustainability is: meeting the needs of the present without compromising the ability of future generations to meet their own needs.
These are our initiatives to green building and sustainable practices.
This project involved designing a deep retrofit for a 1970s apartment complex in Ireland to significantly improve its energy efficiency and sustainability. The retrofit was assessed using the BREEAM Refurbishment sustainability metric and aimed to raise the building's energy rating while meeting Irish building regulations. A variety of upgrades were proposed, including improved insulation, a biomass CHP system, solar panels, sustainable roofs, and high performance ventilation. An analysis of the BREEAM assessment found the retrofit design achieved 74% of available credits.
Mainstreaming Zero: Large Scale Commercial Net Zero Energy Buildings, AGC 2013Shanti Pless
My keynote on the growing large scale net zero energy building industry, with details from our net zero projects at NREL: http://news.agc.org/2013/10/30/the-agc-building-contractors-conference-shares-innovative-ways-to-increase-your-firms-productivity/. Thanks to Tom Hootman at RNL/MKK for some of the slides and great images!
Join us as Finegold Alexander presents the study for the Lowell Trial Court, a 250,000 SF state courthouse designated by Gov. Patrick’s Zero Net Energy Building Task Force as one of three public demonstration projects addressing the challenge of designing public buildings to high sustainability standards.
The engineering components of the study involved proposals for energy reduction and on-site production, investigated through a multitude of computer models and cost-to-benefits charts and analysis. Architecture and architects must change. Architectural form is a critical element in achieving any sustainable goals, including zero net energy. This session will look at the Lowell Trial Court design process and the iterative schemes the team produced. We will discuss building massing, orientation, urban context and all the elements we always address in every project. Now we find our attitudes toward these traditional design criteria are influenced by the integration of sustainable design. Design for zero net energy caused this team to think and collaborate differently with consultants, client and user groups.
[Metropolia Student Project Seminar 24.5.] Zero Energy Buildings, Group AGBC Finland
This document discusses zero energy buildings and efforts around the world to promote their development and adoption. It provides background on zero energy buildings and their definition, which can vary by country but generally means a building where total annual energy output equals total energy consumption using renewable sources. The document then summarizes policies and initiatives in several countries to establish targets and standards for low energy buildings. Specific case studies of zero energy projects in South Korea, Japan, and Finland are also presented.
The Sustainability Dashboard: A tale of two citiesNLandUSA
The document compares the sustainability efforts of two urban development projects: Treasure Island in San Francisco and IJburg in Amsterdam. It describes how each project established criteria or "dashboards" to evaluate the sustainability of designs. The Treasure Island dashboard included levels to measure energy integration and renewable energy goals. The IJburg dashboard assessed strategies and achievements in areas like energy, water, ecology, and established new goals and partnerships for IJburg II. The document aims to share best practices between the two cities.
The Gus Garcia Recreation Center achieved LEED Gold certification in 2009. It reduced energy consumption by 33% and potable water use by 45% through strategies like renewable energy, efficient fixtures, and drought-tolerant landscaping. It also diverted 86% of construction waste from landfills. The building promotes alternative transportation with bike parking and proximity to public transit.
The document discusses the Living Building Challenge, which is a green building certification program that aims for net-zero energy, water and emissions. It outlines the prerequisites and goals of the challenge across topics like energy, materials, water and indoor air quality. It also presents findings from a case study analyzing the financial impacts of achieving Living Building standards for different building types and locations. Key findings included that client type, energy and water costs, climate, building use and scale can impact the financial feasibility. Incentives and policies were also noted as important factors.
The document presents an interim report on developing a master plan for Superstition Vistas to guide future decision-making over the coming decades. It discusses creating a sustainable community by focusing on balanced development, water conservation, energy efficient buildings, and transportation systems that reduce auto use. The report examines population projections ranging from 261,000 to over 1 million for Superstition Vistas and considers regional values and trends. It also provides an overview of four development scenarios being tested with descriptions of scenario A.
The document discusses sustainable site development strategies for civil engineers related to LEED certification. It provides an overview of LEED categories and prerequisites, highlighting credits related to site planning like site selection, development density, and stormwater management. Examples are given of certified projects in North Texas that implemented strategies like brownfield redevelopment, water recycling, and use of local/recycled materials. Resources for further LEED and green building information are also listed.
This document discusses the development of environmentally sustainable low-income housing in New York City. It summarizes green initiatives taken by the New York City Housing Authority (NYCHA) to improve energy efficiency in public housing, such as installing compact fluorescent lights and instantaneous hot water heaters. These measures are estimated to reduce energy costs and carbon dioxide emissions significantly. The document also outlines obstacles to developing green affordable housing and identifies elements and benefits of building green, such as reduced energy costs and job creation.
This document discusses the development of environmentally sustainable low-income housing in New York City. It summarizes green initiatives taken by the New York City Housing Authority (NYCHA) to improve energy efficiency in public housing, such as installing compact fluorescent lights and high-efficiency hot water heaters. The document also outlines obstacles to developing green affordable housing and identifies elements and benefits of green building, such as reduced energy costs and job creation.
Mac Watershed Rain Gardens Rain BarrelsKen Freestone
The document discusses diverting stormwater from downspouts into rainwater catchment systems, which has several benefits: it reduces sewer runoff volume and pollution in creeks/beaches, provides a backup water source, and saves money on water bills. Catching rainwater also provides naturally softened water for plants and cleaning, and helps teach water conservation.
Green building involves constructing and renovating buildings using processes and materials that are environmentally responsible and resource-efficient throughout a building's life-cycle. Typical construction waste from a home amounts to 8000 pounds, while buildings consume over half of total U.S. electricity. Green building aims to reduce waste, energy and water usage during construction, design efficient buildings, and select sustainable materials. However, higher costs and concerns over comfort present obstacles, though programs like LEED and government incentives increasingly support green building.
The document summarizes a tax credit workshop held in Lima, Ohio on October 5, 2009. It discusses the historic Lima Trust Company Building, including its architectural details and eligibility for state and federal rehabilitation tax credits. It also covers topics like green building initiatives, integrating historic preservation with green building, and current legislation regarding historic tax credits.
Green building refers to both a structure and the application of processes that are environmentally responsible and resource-efficient throughout a building's life-cycle: from planning to design, construction, operation, maintenance, renovation, and demolition
Similar to ABIA Terminal East Infill- LEED Profile (18)
Statewise Ramsar sites in India By B.pptxB. BHASKAR
Ramsar convention on wetlands and it's importance for conservation of diversity rich ecologically important wetlands of the member countries around the world.
Special focus on state wise Ramsar sites and wetlands of international importance in the India
Travis Hills of MN Promotes Practices That Help Farms and Ecosystems Thrive, ...Travis Hills MN
Travis Hills of MN implements cutting-edge technology to enhance water efficiency by recycling clean water for irrigation. He advocates for responsible water management practices, reducing freshwater dependency in agricultural settings. Travis' initiatives support sustainable farming practices and ecosystem health, aligning with environmental sustainability goals.
2. ACKNOWLEDGEMENTS
The following Performance Reports were created in accordance with Council Resolution 20071129-045. The
City of Austin is a recognized international leader in sustainable building practices in which municipal building
strive to conserve energy, water, and other natural resources while promoting human health and safety. The
holistic approach to architecture creates high-quality and enduring structures that enhance the economic
value and reduce the lifecycle costs of a building.
Design and construction of buildings are driven by the United States Green Building Council’s (USGBC)
Leadership in Energy and Environmental Design (LEED) guidelines and promote these goals. The following
reports provide information about municipal buildings, highlight LEED credentials, and promote sustainable
building achievements.
City of Austin
Office of the City Architect
Peter Davis, AIA, LEED AP
Peter.Davis@austintexas.gov
Theresa Cascio
Silvia Calderon Laiton
Angela Cai
2018
3. ACKNOWLEDGEMENTS
Owner: City of Austin
Architect: Page Southerland Page
Landscape Architect: Carolyn Kelley Landscape Architect
MEP Engineer: Page Southerland Page (PSPAEC)
Contractor: Hensel Phelps
Consultant: Austin Energy
5. AUSTIN-BERGSTROM INT.
AIRPORT TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEEDv2009 BD+C: New Construction
AWARDED LEED SILVER SEPT 2017
PAGE SOUTHERLAND PAGE ARCHITECTS
As airline transportation increases and efficiency in travel improves, the Austin-Bergstrom International Airport (ABIA)
Terminal East Infill project sought to improve the passenger experience as they navigate their travel. Areas of expansion
include the security screening, ticketing, and baggage to grow the international arrivals processing from 100 to 600
passengers per hour. While the project increases traffic, the design is still able to enhance the quality of passenger flow by
reducing the wait time. Most importantly, the Terminal East Infill increases connectivity within the airport ticketing and
gates.
The Terminal East Infill is a redevelopment of a previous military base. The expansion turns what was otherwise
underdeveloped and unusable land into an expansion of the airport to facilitate travel and growth. The reformation of the
entrance to the airport includes a multi-story curtain wall with colorful accents. Natural daylight floods the ticketing and
processing area, allowing a stimulating experience for occupants.
The site provides the community with alternative forms of transportation and a large amount of green space. The overall
carbon footprint is reduced through the implementation of renewable energy. All factors of design optimize the thermal
comfort to create a building with consistent temperature year-round and provide visitors with a pleasant experience as
they commence their journey.
6.
7. AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
REDUCES ENERGY CONSUMPTION
1
2
3
High efficiency systems allow for a reduction of
energy use needed to maintain building controls
Electric lighting needs are reduced through use of
natural daylight and reflective interior surfaces
100% of the 2 million kWh of annual energy is
purchased green power from West Texas wind
This annual savings
is equivalent to: 1,953Metric tons of
GHG emissions
211
Energy consumed
by
Per year
Acres of forest2,300
Carbon sequestered
by
192 Times
Driving around
Earth
23%REDUCTION
ENERGY USE
23%REDUCTION
ENERGY COST
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
Total Energy Use
Electricity Provided by Austin Energy:
2,008,487 kWh
Natural Gas:
97,900 kBtu
STRATEGIES:
8. REDUCES POTABLE WATER USE
1
2
3
Potable water is a valuable resource that can be
significantly reduced in the design phase of a building
Drip irrigation systems allow more water to reach
plant roots and less water to evaporate than in
sprinkler systems
Indoor water use in flow fixtures was reduced by 47%
of a standard building of this size
Per year6,173
Drinking water
for
58 Average sized
swimming pools
27,780 Bathtubs
This annual savings
is equivalent to: 1,111kGal of
water
68%REDUCTION
IRRIGATION
POTABLE WATER
USE
37%REDUCTION
INDOOR
POTABLE WATER
USE
AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
STRATEGIES:
9. DIVERTS MATERIALS FROM LANDFILL
1
2
3
Construction waste is a major element to consider
when diverting materials that go to the landfill
Reducing the amount of material needed and
recycling content can significantly decrease waste
Prefabricated components are another great method
of reducing material scraps and packaging
This savings is
equivalent to: 2,276Metric tons of
GHG emissions
246
Energy consumed
by
Per year
Garbage trucks113
Times
Driving around
Earth
224
92%REDUCTION
LANDFILL WASTE
AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
STRATEGIES:
Masonry
73% 12%
Wood
9%
Cardboard
6%
Metal
A CLOSER LOOK
AT DIVERTED WASTE:
10. REDUCE AND REUSE OF MATERIALS
1
2
3
Recycled materials can include materials from the
structural components to the building’s finishes and are
important for preservation of the environment
Pre- and post-consumer recycled materials were
used for many of the components of the building
Certified wood is responsibly harvested which
decreases human exposure to harmful chemicals during
construction
Where does regional material come
from? A portion of the materials are regionally
purchased from within
500 miles of the site
AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
Total Material Cost:
$11,533,524
23% Recycled Material Content:
$2,535,371
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
STRATEGIES:
11. PROMOTES ALTERNATIVE TRANSPORTATION
There are 2 Capital Metro lines
within ¼ mile of the building.
1
2
3
No new vehicle parking spaces were added on-
site
4 propane stations and 4 natural gas stations are
available on-site for FLEET vehicles
Vicinity to public transportation further
promotes alternative methods of travel
100%
OF NEW FLEET
FUELING IS RESERVED
FOR ALTERNATIVE
FUEL
Vehicle fueling capacity:
Natural Gas: 320 Propane: 424
ALTERNATIVE
FUEL METHODS
REDUCE GREENHOUSE
GAS EMISSIONS AND
ALLOW FOR BETTER AIR
QUALITY THAN
GASOLINE POWERED
VEHICLES
AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
What about shared transportation?STRATEGIES:
12. IMPROVES INDOOR EXPERIENCE
1
2
3
ABIA reduced volatile organic compounds in
all categories of indoor material use
All shared-occupancy spaces have lighting
controls to maximize individual comfort
Smoking is prohibited within 25 ft. of any building
entrance or opening
ADHESIVE
&
SEALANTS
PAINTS CARPET COMPOSITE
WOOD
A CLOSER LOOK
AT VOC CONTENT:
ADHESIVES &
SEALANTS
PAINTS &
COATINGS
CARPET &
FLOORING
COMPOSITE
WOOD Design: No VOCs
Baseline: 7340 g/L
Design: 4335 g/L
Baseline: 4650 g/L
Design: 1454 g/L
Baseline: 1305 g/L
Design: 278 g/L
4 OUT OF 4
CREDITS ACHIEVED FOR
LOW-EMITING VOLATILE
ORGANIC COMPOUND
(VOC) CONTENT
100%SHARED SPACES
WITH LIGHTING
CONTROLS
AUSTIN-BERGSTROM INT. AIRPORT
TERMINAL EAST INFILL
3600 Presidential Blvd, Austin, TX, 78719
LEED SILVER 2017
BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
STRATEGIES:
13. RESOURCES
Leedatx.com
USGBC
Website
usgbc.org/leed
Project Profile
usgbc.org/projects/abia-terminal-east-infill
Imagine Austin
Imagine Austin Vision
austintexas.gov/department/imagine-austin
Comprehensive Plan
ftp://ftp.ci.austin.tx.us/npzd/ImagineAustin/IACP_corrected2018.pdf
EPA
Waste Reduction Model
epa.gov/warm/versions-waste-reduction-model-warm#WARM Tool V14
GHG Conversion Calculator
epa.gov/energy/greenhouse-gas-equivalencies-calculator
Public Works Department
Website
austintexas.gov/department/public-works
PWD Capital Green Infrastructure
austintexas.gov/page/green-capital-improvement-projects BROUGHT TO YOU BY THE
OFFICE OF THE CITY ARCHITECT
Office of the City Architect
Contact Us
pwdcityarchitect@austintexas.gov
Team
Peter Davis, AIA, LEED AP
LEED/Sustainability Project Manager
Peter.Davis@austintexas.gov
Theresa Cascio
Silvia Calderon Laiton
Angela Cai