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HSBC Bank Egypt Global Service Centre Education Plan

LEADERSHIP IN ENERGY & ENVIRONMENTAL DESIGN Sustainable Sites Choosing a building's site and managing that site during construction are important considerations for a project’s sustainability. The Sustainable Sites category discourages development on previously undeveloped land; minimizes a building's impact on ecosystems and waterways; encourages regionally appropriate landscaping; rewards smart transportation choices; controls stormwater runoff; and reduces erosion, light pollution, heat island effect and construction-related pollution.

CREDIT 6.1 STORMWATER MANAGEMENT PLAN

Indoor Environmental Quality

Energy & Atmosphere

Its estimated that we spend about 90% of our day indoors, where the air quality can be significantly worse than outside. The Indoor Environmental Quality credit category promotes strategies that can improve indoor air as well as providing access to natural daylight and views and improving acoustics.

The Energy & Atmosphere category encourages a wide variety of energy strategies: commissioning; energy use monitoring; efficient design and construction; efficient appliances, systems and lighting; the use of renewable and clean sources of energy, generated on-site or off-site; and other innovative strategies.

CREDIT 5.2 20% OF MATERIALS ARE MANUFACTURED REGIONALLY

CREDIT 3.1 WATER USE REDUCTION

CREDIT 4.3 FUEL EFFICIENT VEHICLE PARKING

CREDIT 4 ENHANCED REFRIGERANT MANAGEMENT Buildings are major users of our potable water supply. The goal of the Water Efficiency credit category is to encourage smarter use of water, inside and out. Water reduction is typically achieved through more efficient appliances, fixtures and fittings inside and water-wise landscaping outside.

CREDIT 4 LOW EMISSIONS OF VOLATILE ORGANIC COMPOUNDS IN MATERIALS

Innovation & Design Process

Materials & Resources

Water Efficiency

CREDIT 1.2 TRANSPORTATION MANAGEMENT PLAN

During both the construction and operations phases, buildings generate a lot of waste and use a lot of materials and resources. This credit category encourages the selection of sustainably grown, harvested, produced and transported products and materials. It promotes the reduction of waste as well as reuse and recycling, and it takes into account the reduction of waste at a product’s source.

The Innovation in Design credit category provides bonus points for projects that use new and innovative technologies and strategies to improve a building’s performance well beyond what is required by other LEED credits or in green building considerations that are not specifically addressed elsewhere in LEED. This credit category also rewards projects for including a LEED Accredited Professional on the team to ensure a holistic, integrated approach to the design and construction phase.

HSBC has implemented strategies such as video conferencing and telecommuting to help lessen travel impacts. Local travel strategies are important and the Egypt Global Service Centre is one of the early adopters of low carbon transportation policies and practices.

Priority parking will be given to vehicles that are used for carpooling. Parking capacity at the Egypt GSC can accommodate one vehicle for every four employees, so carpooling is both convenient and provides the greatest opportunity for reducing vehicle trips to the facility.

The Egypt GSC has over 50 racks for secured bicycle parking. Bicycling does not contribute carbon or other pollutants to the atmosphere and can contribute to physical fitness. To encourage further use, HSBC has purchased bicycles that will be available for employees to travel to amenities within Smart Village and to other nearby destinations.

Social Investment HSBC recognizes that a thriving society is critical to our future success as a bank. That is why we focus our community investment activity on education and the environment—the building blocks for strong communities.

The HSBC together with the Foundation for Environmental Education, created the Eco-Schools Climate Initiative as a programme to encourage students, staff and parents to assess the institution’s infrastructure and curriculum. Trained HSBC volunteers will support the school in reducing carbon emissions and adapting to climate change.

More than 1 billion people, or about 30% of the world’s urban population, live in slums among which 15 millions are living in 1221 informal areas in Egypt. Many of these slums are located on private land lacking basic infrastructure such as sewer and water or in areas exposed to high risk phenomena such as floods. HSBC Egypt (HBEG) has created an initiative to use investment strategy, education and business support to improve the fundamental conditions that lead to the physical and social effects of urban poverty.

Designed by www.evolveEA.com

Communication Design

Resource Efficiency

Transportation

Protection of the earth’s natural life-supporting systems is fundamental to HSBC’s sustainability programme. Our impact arises directly through our own operation and indirectly through the business of our customers.

The Egypt GSC will use over 40% less water than similar office buildings with water conservation technologies and practices. Many of the technologies such as low flow water closets, urinals, lavatory faucets, kitchen faucets, and showers can are simple enough to be implemented at home as well as at work!

The Egypt GSC has a dedicated area for the storage and collection of materials for recycling.

Chutes located on all floors are used to collect all materials in the basement. Visitors and employees are encouraged to recycle all paper, corrugated cardboard, glass, plastic and metal.

The Egypt GSC will use smart technologies to help monitor and control energy use throughout the building. Meters will record electrical use and a centralized control system will determine usage trends and help building managers increase the efficiency of the building systems.

Designed by www.evolveEA.com

Designed by www.evolveEA.com

Posters 16” x 22” Wall Graphics

HSBC Bank Egypt Global Service Centre Education Plan

Communication Design

Dick’s Sporting Goods Store Support Center Education Plan

What is LEED?

LEED is an internationally recognized green building certification system, providing third-party verification that a building or interior was designed and built using strategies aimed at improving performance across all relevant building metrics: energy savings, water efficiency, CO2 emissions reduction, improved indoor environmental quality, site impacts, and stewardship of resources and sensitivity to their impacts.

Sustainability at Dick’s

The 60-year history of DICK’S Sporting Goods is rooted in authentic sport, but we recognize that our future also will be influenced by the sustainability of how we run our business.

While our company is just getting started at sustainability, you may be surprised to learn how much we are already accomplishing. This information will help you understand what we are already accomplishing today, and what we have our sights set on for the future.

Sustainability at Dick’s

The 60-year history of DICK’S Sporting Goods is rooted in authentic sport, but we recognize that our future also will be influenced by the sustainability of how we run our business.

While our company is just getting started at sustainability, you may be surprised to learn how much we are already accomplishing. This information will help you understand what we are already accomplishing today, and what we have our sights set on for the future.

Sustainable Sites

OPEN SPACE ON THE SITE

60% WATER EFFICIENT LANDSCAPE DESIGN

Choosing a building’s site and managing that site during construction are important considerations for a project’s sustainability. The Sustainable Sites category discourages development on previously undeveloped land; minimizes a building’s impact on ecosystems and waterways; encourages regionally appropriate landscaping; rewards smart transportation choices; controls stormwater runoff; and reduces erosion, light pollution, heat island effect and construction-related pollution.

99%

Materials & Resources

CONTROLABILITY OF THERMAL COMFORT

During both the construction and operations phases, buildings generate much waste and use a variety of materials and resources. This credit category encourages the selection of sustainably grown, harvested, produced and transported products and materials. It promotes the reduction of waste as well as reuse and recycling, and it takes into account the reduction of waste at a product’s source.

85%

Indoor Environmental Quality

OF THE WASTE MATERIAL FROM CONSTRUCTION WERE RECYCLED

Air quality indoors can be significantly worse than outdoors. The Indoor Environmental Quality credit category promotes strategies that can improve indoor air as well as providing access to natural daylight and views and improving acoustics. The ability to control one’s lighting and temperature is also rewarded.

20%

Water Efficiency

ENERGY SAVINGS COST AS COMPARED TO A TYPICAL OFFICE ENVIRONMENT

Buildings are major users of our potable water supply. The goal of the Water Efficiency credit category is to encourage smarter use of water, inside and out. Water reduction is typically achieved through more efficient appliances, fixtures and fittings inside and water-wise landscaping outside.

Energy & Atmosphere

55%

The Energy & Atmosphere category encourages a wide variety of energy-saving strategies: commissioning; energy use monitoring; efficient design and construction; efficient appliances, systems and lighting; the use of renewable and clean sources of energy, generated on-site or off-site; and other innovative strategies. Ozone protection and greenhouse gas reduction is rewarded as well.

WATER REDUCTION IN RESTROOM FIXTURES

Innovation & Design Process

20%

The Innovation in Design credit category provides bonus points for projects that use new and innovative technologies and strategies to improve a building’s performance well beyond what is required by other LEED credits or in green building considerations that are not specifically addressed by LEED.

*Source USGBC.org

70%

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OF THE BUILDING’S MATERIALS ARE REGIONALLY SOURCED

*Source USGBC.org

graphics and content by www.evolveEA.com

*Source USGBC.org

graphics and content by www.evolveEA.com

Posters 18” x 36”

Communication Design

Erie Art Museum Education Plan

What is LEED ?

Buildings are major users of our potable water supply. The goal of the Water Efficiency category is to encourage smarter use of water, inside and out. Water reduction is typically achieved through more efficient appliances, fixtures and fittings inside and waterwise landscaping outside.

Water Conservation

®

LEED stands for Leadership in Energy and Environmental Design.

Developed by the US Green Building Council, it is an internationally recognized green building rating system that provides third-party verification that a building was designed and built in a sustainable manner. LEED measures sustainability according to exacting standards in 6 major categories:

SUSTAINABLE SITES

MATERIALS & RESOURCES

Choosing a building’s site and managing that site during construction are important considerations for a project’s sustainability. The Sustainable Sites category discourages development on previously undeveloped land; minimizes a building’s impact on ecosystems and waterways; encourages regionally appropriate landscaping; rewards smart transportation choices; controls stormwater runoff; and reduces erosion, light pollution, heat island effect and construction-related pollution.

INDOOR ENVIROMENTAL QUALITY The U.S. Environmental Protection Agency estimates that Americans spend about 90% of their time indoors, where the air quality can be significantly worse than outside. The Indoor Environmental Quality category promotes strategies that improve systems controllability, indoor air quality, access to natural daylight and views, and improved acoustics, all of which contribute to a healthy interior space.

ENERGY & ATMOSPHERE

During both the construction and operations phases, buildings generate considerable waste and use significant materials and resources. This category encourages the selection of sustainably grown, harvested, produced and transported products and materials.

It promotes the reduction of waste, its reuse and recycling, and takes into account the reduction of waste at a product’s source.

WATER EFFICIENCY Buildings are major users of our potable water supply. The goal of the Water Efficiency category is to encourage smarter use of water, inside and out. Water reduction is typically achieved through more efficient appliances, fixtures and fittings inside and water-wise landscaping outside.

According to the U.S. Department of Energy, buildings use 39% of the energy and 74% of the electricity produced each year in the United States. The Energy & Atmosphere category encourages a wide variety of energy strategies: commissioning; energy use monitoring; efficient design and construction; efficient appliances, systems and lighting; the use of renewable and clean sources of energy, generated on-site or off-site; and emissions reduction.

EFFICIENT FIXTURES

LANDSCAPE IRRIGATION

Thanks to efficient water fixtures including faucets, sinks, toilets and urinals, the building uses approximately 45% less water than a typical museum of its size, saving approximately 22,000 gallons of water per year.

PERMEABLE PAVING

The Innovation in Design category encourages projects to use new and innovative technologies and strategies to improve a building’s performance well beyond what is required by other LEED credits, or in green building considerations that are not specifically addressed elsewhere in LEED. This category also rewards projects for including a LEED Accredited Professional on the team to help ensure an integrated approach to the project design and construction.

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MATERIALS & RESOURCES RECYCLED MATERIALS

CONSTRUCTION WASTE

ENERGY ABSORBENT ROOFING

WHAT IS LEED?

AIR FILTRATION

FLUSH OUT

LOW VOC MATERIALS

WATER EFFICIENCY PERMEABLE PAVING

EFFICIENT FIXTURES

LANDSCAPE IRRIGATION

INNOVATION IN DESIGN PUBLIC TRANSPORT ACCESS

22,000 The building is approximately 45% more water-efficient than a typical museum of its size, saving approximately 22,000 gallons of water annually.

ENERGY PERFORMANCE

INDOOR ENVIRONMENTAL QUALITY

PERCENT

The stormwater management system increases stormwater absorption into the ground by more than 60%.

GALLONS

RECYCLING & COMPOSTING

ENERGY & ATMOSPHERE ENHANCED COMMISSIONING

60

LEED is an internationally recognized green building certification system, providing thirdparty verification that a building or community was designed and built using strategies aimed at improving performance across all the metrics that matter most: energy savings, water efficiency, CO2 emissions reduction, improved indoor environmental quality, and stewardship of resources and sensitivity to their impacts.

ERIE ART MUSEUM

30

PERCENT

The building is over 30% more efficient than a convential museum of its size.

500 TONS

Roughly 500 tons of material was diverted from the landfill through recycling and reuse.

Developed by the U.S. Green Building Council (USGBC), LEED provides building owners and operators a concise framework for identifying and implementing practical and measurable green building design, construction, operations and maintenance solutions.

260

GREEN HOUSEKEEPING

Look for signage throughout the space which identifies many of the sustainable initiatives.

90

PERCENT

The building project reused over 90% of the existing walls, floors and roof.

BUILDING REUSE The project has managed to reuse over 90% of the existing structural elements, including the walls, floor and roof in the renovated space.

EFFICIENT FIXTURES Thanks to efficient water fixtures including faucets, sinks, toilets and urinals, the building uses approximately 45% less water than a typical museum of its size, saving approximately 22,000 gallons of water per year.

ENERGY PERFORMANCE Thanks to numerous sustainable design strategies, the building is over 30% more efficient than a convential museum of its size.

HABITAT PROTECTION Over 60% of this project site has been maintained as open space, half of which has been planted with native and adapted species to provide local species with suitable habitat and eliminating the need for site irrigation.

NATURAL HABITAT CREATION An extensive green roof will give back natural vegetation to Erie’s urban context.

Vegetation can dramatically impact the air quality and stormwater runoff of the area.

GREEN ROOF DESIGN A 6000 square foot section of the roof has been designed with appropriate structure, pitch, drainage and materials to accommodate a vegetated roof.

A green roof can reduce a building’s cooling loads up to 50 percent.

PERCENT

The building is approximately 45% more water-efficient than a typical museum of its size, saving approximately 22,000 gallons of water annually.

The Erie Art Museum has taken substantial steps to ensure that its museum and operations are sustainable, including:

HABITAT PROTECTION

Green Roof

50

GALLONS

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BICYCLE PARKING

The Erie Art Museum’s future green roof will reduce heating and cooling loads. The mass of the plantings will insulate the building during the winter and will provide evaporative cooling during the summer months.

22,000

INNOVATION IN DESIGN

SUSTAINABLE SITES

ENERGY REDUCTION

The Museum has made significant efforts to reduce solid surfaces in its landscape, installing permeable paving materials where appropriate and minimizing the amount of concrete paths and walkways.

This helps water percolate into the soil on site, rather than conveying it to a treatment facility.

Site irrigation can account for a large percentage of a building’s water usage. Native and adapted species have been selected for landscaping, completely eliminating the need for irrigation at the Art Museum.

Erie Art Museum is certified LEED® Gold.

STORMWATER CONTROL

Extensive vegetated roofs provide an additional area of vegetation within the building site. Green roofs help to eliminate two of the biggest issues cause by large buildings in an urban environment: water runoff and heat island effects, while dramatically increasing the roof’s lifespan and providing strong sound insulation.

graphics and content by www.evolveEA.com

PUBLIC TRANSPORT ACCESS With nearly 20 routes running in and around Erie, the EMTA provides more than adequate public transportation to the City of Erie. The Erie Art Museum is located within walking distance of all of these routes, enjoying over 260 bus stops and pickups within � mile on any given day.

LOW VOC MATERIALS The construction team used low-VOC (volatile organic compound) materials including paint, adhesives, and composite wood throughout the building. This, in addition to the amount of fresh air provided to all areas of the building, contributes to overall health of the indoor environment.

RECYCLED MATERIALS Many of the building’s materials are made with recycled content, reducing the amount of virgin materials extracted from the planet.

Over 30% (by cost) of all of the building materials in the building renovation and addition consists of recycled content.

Posters 18” x 24”

BUSES

LEADERSHIP IN ENERGY & ENVIRONMENTAL DESIGN

ARCHITECT ENGINEERING COMMISSIONING AGENT GENERAL CONTRACTOR OWNER SITE DESIGN LEED CONSULTING

Communication Design

Edge Studio FMRW Mier Energy Spalding Banks Erie Art Museum Dahlkemper evolveEA

Over 260 buses stop within � mile of the Erie Art Museum daily.

Certified ® LEED Gold

Erie Art Museum is ® certified LEED Gold.

Brochure Trifold 8.5”x11”

Giant Eagle Pine Township Axonometrics Alternative Fuels and Transportation 1 Adjacent GetGo offers E85 ethanol for flex-fuel vehicles as an alternative to conventional gasoline. We have also made it easier for employees to bicycle to work by installing bicycle racks and changing areas at the store.

Market No. 43 Pine Township

Stormwater Management Stormwater is collected and detained on-site leading to a 50% reduction in water leaving the site. Landscaping plants do not require any addition iirration beyond rainfall.

3

Roofing 2 The store’s roofing is a highly-reflective Energy Star TPO (white) roof which reduces the amount of heat absorbed compared to typical black roofing. This decreases the heat entering the building and lowers air temperatures in surrounding areas.

Market No. 43 Pine Township

Energy Conservation Energy modeling and commissioning were utilized in the design and construction of this store. Nearly all refrigeration and ventilation equipment in the store is monitored for optimal energy efficiency and maintenance. This data is compiled into regular reports that help Giant Eagle conserve energy.

Ozone Protection Giant Eagle’s mechanical equipment does not contain CFC’s or HCFC’s, substances which contribute to ozone layer depletion.

Natural Lighting Daylighting is introduced to the sales floor through 115 skylights and glazing at the front entrance and on the north face of the store, creating a comfortable shopping experiences, while also saving energy. Photo sensors measure the amount of dayligyht from outdoor sky and adjust the electric lighting levels accordingly, reducing the store’s electricity usuage.

Green Power Giant Eagle supports alternative and renewable energy sources by purchasing green power. This purchase helps to build new wind farms and solar photovoltaic arrays, reducing carbon emissions and dependence on coal. 100% of this store’s electricity has been allocated from Giant Eagle’s green power purchasing.

Roofing The store’s roofing is a highly-reflective Energy Star TPO (white) roof which reduces the amount of heat absorbed compared to typical black roofing. This decreases the heat entering the building and lowers air temperatures in surrounding areas.

Water Efficiency Ultra-low flow urinals and lavatory faucets have been installed to help reduce water usage by approximately 40%.

Green Power 3 Giant Eagle supports alternative and renewable energy sources by purchasing green power. This purchase helps to build new wind farms and solar photovoltaic arrays, reducing carbon emissions and dependence on coal. 100% of this store’s electricity has been allocated from Giant Eagle’s green power purchasing.

5 2

Energy Conservation Energy modeling and commissioning were utilized in the design and construction of this store. Nearly all refrigeration and ventilation equipment in the store is monitored for optimal energy efficiency and maintenance. This data is compiled into regular reports that help Giant Eagle conserve energy.

4

Recycling 4 The Pine Township store captures cardboard, plastic film, bottles, cans, paper, used cooking oil and meat by-products for recycling.

These efforts effectively divert a large portion of our waste stream from landfills into new materials. Customers are encouraged to return their used plasic bags to the store's collection bin for recycling.

Healthy Finishes Lower Volatile Organic Compounds (VOC) emitting paints, glues, carpeting and cabinetry products promote cleaner, fresher air. This store uses cleaning products that meet the standards of Green Seal, a national rating system for healthy cleaning and maintenance products.

1

What is LEED? LEED®— Leadership in Energy and Environmental Design — is the nation’s preeminent green building evaluation system that provides a comprehensive rating system by which to deliver a building that saves energy and resources, has lower site impact, and provides a pleasant interior.

Indoor Comfort & Air Quality As cold air from refrigerated cases falls to the floor, it is drawn through inlets which are specially designed low to the ground. The air is then passed through a desiccant dehumidifier that removes moisture and is more energy efficient than conventional dehumidification. High performance air filters were also used during construction to maintain air quality in the store.

Ozone Protection Giant Eagle’s mechanical equipment does not contain CFC’s or HCFC’s, substances which contribute to ozone layer depletion.

LEED is composed of: Sustainable Sites Water Efficiency Energy and Atmosphere Materials and Resources Indoor Environmental Quality

Natural Lighting 5 Daylighting is introduced to the sales floor through 115 skylights and glazing at the front entrance and on the north face of the store, creating a comfortable shopping experiences, while also saving energy. Photo sensors measure the amount of dayligyht from outdoor sky and adjust the electric lighting levels accordingly, reducing the store’s electricity usuage.

Indoor Comfort & Air Quality As cold air from refrigerated cases falls to the floor, it is drawn through inlets which are specially designed low to the ground. The air is then passed through a desiccant dehumidifier that removes moisture and is more energy efficient than conventional dehumidification. High performance air filters were also used during construction to maintain air quality in the store.

Stormwater Management Stormwater is collected and detained on-site leading to a 50% reduction in water leaving the site. Landscaping plants do not require any addition iirration beyond rainfall.

Recycling The Pine Township store captures cardboard, plastic film, bottles, cans, paper, used cooking oil and meat by-products for recycling.

These efforts effectively divert a large portion of our waste stream from landfills into new materials. Customers are encouraged to return their used plasic bags to the store's collection bin for recycling.

Water Efficiency Ultra-low flow urinals and lavatory faucets have been installed to help reduce water usage by approximately 40%.

Healthy Finishes Lower Volatile Organic Compounds (VOC) emitting paints, glues, carpeting and cabinetry products promote cleaner, fresher air. This store uses cleaning products that meet the standards of Green Seal, a national rating system for healthy cleaning and maintenance products.

What is LEED? LEED®— Leadership in Energy and Environmental Design — is the nation’s preeminent green building evaluation system that provides a comprehensive rating system by which to deliver a building that saves energy and resources, has lower site impact, and provides a pleasant interior.

Alternative Fuels and Transportation Adjacent GetGo offers E85 ethanol for flex-fuel vehicles as an alternative to conventional gasoline. We have also made it easier for employees to bicycle to work by installing bicycle racks and changing areas at the store.

LEED is composed of: Sustainable Sites Water Efficiency Energy and Atmosphere Materials and Resources Indoor Environmental Quality

What is LEED? LEED®— Leadership in Energy and Environmental Design — is the nation’s preeminent green building evaluation system that provides a comprehensive rating system by which to deliver a building that saves energy and resources, has lower site impact, and provides a pleasant interior.

LEED is composed of: Sustainable Sites Water Efficiency Energy and Atmosphere Materials and Resources

Roofing The store’s roofing is a highly-reflective Energy Star TPO (white) roof which reduces the amount of heat absorbed compared to typical black roofing. This decreases the heat entering the building and lowers air temperatures in surrounding areas.

Green Power Giant Eagle supports alternative and renewable energy sources by purchasing green power. This purchase helps to build new wind farms and solar photovoltaic arrays, reducing carbon emissions and dependence on coal. 100% of this store’s electricity has been allocated from Giant Eagle’s green power purchasing.

Recycling The Pine Township store captures cardboard, plastic film, bottles, cans, paper, used cooking oil and meat by-products for recycling.

These efforts effectively divert a large portion of our waste stream from landfills into new materials. Customers are encouraged to return their used plasic bags to the store's collection bin for recycling.

Healthy Finishes Lower Volatile Organic Compounds (VOC) emitting paints, glues, carpeting and cabinetry products promote cleaner, fresher air. This store uses cleaning products that meet the standards of Green Seal, a national rating system for healthy cleaning and maintenance products.

06-312 Acme Concordville

Communication Design

Ozone Protection Giant Eagle’s mechanical equipment does not contain CFC’s or HCFC’s, substances which contribute to ozone layer depletion.

Natural Lighting Daylighting is introduced to the sales floor through 115 skylights and glazing at the front entrance and on the north face of the store, creating a comfortable shopping experiences, while also saving energy. Photo sensors measure the amount of dayligyht from outdoor sky and adjust the electric lighting levels accordingly, reducing the store’s electricity usuage.

Energy Conservation Energy modeling and commissioning were utilized in the design and construction of this store. Nearly all refrigeration and ventilation equipment in the store is monitored for optimal energy efficiency and maintenance. This data is compiled into regular reports that help Giant Eagle conserve energy.

Alternative Fuels and Transportation Adjacent GetGo offers E85 ethanol for flex-fuel vehicles as an alternative to conventional gasoline. We have also made it easier for employees to bicycle to work by installing bicycle racks and changing areas at the store.

Market No. 43

Indoor Environmental Quality

Water Efficiency Ultra-low flow urinals and lavatory faucets have been installed to help reduce water usage by approximately 40%.

Indoor Comfort & Air Quality As cold air from refrigerated cases falls to the floor, it is drawn through inlets which are specially designed low to the ground. The air is then passed through a desiccant dehumidifier that removes moisture and is more energy efficient than conventional dehumidification. High performance air filters were also used during construction to maintain air quality in the store.

Stormwater Management Stormwater is collected and detained on-site leading to a 50% reduction in water leaving the site. Landscaping plants do not require any addition iirration beyond rainfall.

Giant Eagle New Albany Education Graphics and Market District Shadyside Signage Site Features Ozone Protection

Roofing

Giant Eagle’s mechanical equipment does not contain CFC’s or HCFC’s, substances which contribute to ozone layer depletion.

Giant Eagle New Albany 6528 TOUR of Green & LEED Features

The roofing is a highly-reflective TPO (white) roof which reduces the amount of heat absorbed compared to typical black roofing. This decreases the heat entering the building and lowers air temperatures in surrounding areas.

Energy Conservation

Storm water is collected and detained on-site leading to a 50% reduction in water leaving the site. Landscaping plants do not require any additional irrigation beyond rainfall.

Natural Lighting

Daylighting is introduced to the sales floor through 82 skylights and 1,000 square feet of glazing at the front entrance and on the north face of the store, creating a comfortable shopping experience, while also saving energy. Photo sensors measure the amount of daylight from the outdoor sky and adjust the electric lighting levels accordingly, reducing the store’s electricity usage.

Energy modeling and commissioning were utilized in the design and construction of this store. Nearly all refrigeration and ventilation equipment in the store is monitored for optimal energy efficiency and maintenance. This data is compiled into regular reports that help Giant Eagle conserve energy.

In addition this site uses only electricity produced by green sources.

Water Efficiency

1

Ultra-low flow urinals and lavatory faucets have been installed to help reduce water usage by approximately 40%.

Giant Eagle commitment Team & graphics

3

Gold LEED certification (first NC supermarket)

energy modeling energy savings (28% by cost) energy monitoring

post occupancy survey

commissioning

ethanol (E85) at GetGo

operational recycling, baling

green power purchase (100% of electricity)

Cleanstar, fat-bone recycling CFC & HCFC-free refrigeration

Giant Eagle 6528 New Albany

What is LEED? LEED®— Leadership in Energy and Environmental Design — is the nation’s preeminent green building evaluation system that provides a comprehensive rating system by which to deliver a building that saves energy, has lower site impact, and provides a pleasant interior.

LEED is composed of:

Sustainable Sites Water Efficiency

3 start

1

Energy and Atmosphere to rooftop (optional)

2

Indoor Environmental Quality

4 return to 1

2

landscaping stormwater detention bicycling Energy Star TPO roofing construction waste (89%) water efficient fixtures (40%) recycled content (31% by dollar value) regional materials (35% by dollar value)

4

extensive daylighting lines of sight to exterior high performance air filters during construction desiccant system & case return air 82 skylights & 1000 sqft of glazing photometric sensors & daylight dimming Greenseal compliant janitorial practices low VOC finishes (coatings, adhesives, carpeting, & cabinetry) FSC certified wood (89%)

Communication Design

Materials and Resources

Healthy Finishes

Lower Volatile Organic Compounds (VOC) – emitting paints, glues, carpeting and cabinetry products promote cleaner, fresher air. This store uses cleaning products that meet the standards of Green Seal, a national rating system for healthy cleaning and maintenance products.

Recycling

The New Albany store captures cardboard, plastic film, bottles and cans, paper, used cooking oil and meat by-products for recycling. These efforts effectively divert a large portion of our waste stream from landfills into new materials. Customers are encouraged to return their used plasic bags to the store's collection bin for recycling.

Indoor Air Quality

As cold air from refrigerated cases falls to the floor, it is drawn through inlets which are specially designed low to the ground. The air is then passed through a desiccant dehumidifier that removes moisture and is more energy efficient than conventional dehumidification.

High performance air filters were also used during construction to maintain air quality in the store.

Presenting the first supermarket to achieve LEED NC Gold Certification.

Alternative Fuels and Transportation Adjacent GetGo offers E85 ethanol for flex-fuel vehicles as an alternative to conventional gasoline. We have also made it easier for employees to bicycle to work by installing bicycle racks and changing areas at the store.

08GE8250CNPO_A

Sheetz Center for Shwellness [employee wellness center] Green Building Education Plan

SUSTAINABILITY TOUR

Shwellness & Sustainability

Bioswale

Preferred Parking

5

3

The US Green Building Council’s Leadership in Energy and Environmental Design (LEED) program is a framework for identifying and implementing practical and measurable green building design, construction, operations and maintenance solutions. LEED certification provides independent, thirdparty verification that a building, home or community was designed and built using strategies aimed at achieving high performance in key areas of human and environmental health: sustainable site development, water savings, energy efficiency, materials selection and indoor environmental quality.

ENTRANCE

daylighting

reflective roofing

recycled & sustainable materials

air quality management

• Bicycle racks encourage cycling and preferred parking for low-emitting vehicles • Open space adjacent to the building has been set aside to preserve natural habitat, and the use of mostly dark-sky compliant outdoor lighting avoids light pollution that would impact area wildlife

geothermal energy

• Stormwater management and bioswales allow for passive retention and filtration of stormwater runoff waste reduction

preferred parking

water efficiency

bicycle rack

air filtration

preferred parking

bioswale

Indoor Environmental Quality

Sustainable Materials

Waste Management

• Bicycle racks to encourage cycling and preferred parking for low-emitting and high occupancy vehicles

• Projected domestic water savings of approximately 35% compared to a conventional building due to efficient fixtures and faucets

•

• Efforts to reduce waste include recycling operational waste throughout the facility

• Open space adjacent to the building has been set aside to preserve natural habitat, and the use of dark-sky compliant outdoor lighting avoids light pollution that would impact wildlife

• Smart use of daylighting, including clerestory windows, interior glazing and large windows throughout the building, help save energy by limiting the use of artificial lighting

• Low-emitting materials, including paints, sealants, adhesives, coatings, flooring and composite wood help ensure a healthy indoor environment where harmful vapors are kept to a minimum

• Stormwater management and bioswales allow for passive retention and filtration of stormwater runoff • Energy Star reflective roof and concrete paving reduce the urban heat island effect • Indigenous landscaping that does not need irrigation was used exclusively in order to preserve the regional habitat and conserve water

• Reducing the lighting load also reduces the energy used to cool the building • Light fixtures are controlled by clocks and occupancy sensors to ensure they are turned off when spaces are not occupied; Photocells control exterior lights to illuminate from dusk to dawn

• Views to the outside landscape and abundant natural light also help create a healthy indoor environment, encouraging visitors to connect with the exterior

• Indigenous landscaping that does not need irrigation was used exclusively

2 RECEPTION AREA

Energy & Water Efficiency

• Air quality in the building was protected during construction to make sure particles and dust were controlled, and an advanced air filtration system maintains healthy indoor air

preferred parking

• Energy star roof and concrete paving reduce urban heat island effect

bioswale

Site & Transportation

Sustainable materials, including certified wood and bamboo, paper composite countertops and window stools, flooring and ceiling with high recycled content and rapidly renewable content, that are over 80% regional (by cost) lower the buidling’s overall environmental footprint

indigenous landscaping

Carpool Dropoff

Bioswale

1 PARKING LOT & FRONT

energy monitoring

Recycling Bike Rack

1

Sheetz Center for Shwellness was designed and built as a healthy and sustainable facility, benefiting our community of valued staff while limiting harmful impact on the environment. Using the LEED framework, the building achieved Gold Level Certification, an impressive level of sustainability! Just look at these great sustainable design features!

open space

Preferred Parking

4

2

• Reusable water bottles were provided to all eligible employees to encourage use of the Filtered Water System, reducing waste from plastic bottles

• Smart use of daylighting, including clerestory windows, interior glazing, and large windows throughout the building, plus light sensors help save energy by limiting the use of artificial lighting • Reducing the lighting load also reduces the energy we use to cool the building

Bioswale

• Lighting fixtures are also controlled by a clock to ensure that lights are turned off when the building is not occupied; Photocells control exterior lights to illuminate from dusk to dawn

3 FITNESS ROOM • Low-emitting materials, including paints, sealants, adhesives, coatings, flooring and composite wood ensure a healthy indoor environment where harmful vapors are kept to a minimum • The air quality in the building was protected during construction, and the spaces flushed to make sure particles and dust were controlled • Views to outside also help provide a healthy indoor environment, encouraging occupants to connect with the landscape

4 KITCHEN • Projected domestic water savings of approximately 35% compared to a conventional building due to efficient bathroom fixtures and faucets • Efforts to reduce waste include recycling operational waste throughout the facility and minimizing use of plastic water bottles

5 GEOTHERMAL MECHANICAL ROOM • Geothermal wells, efficient LED lighting, and energy monitoring contribute to a projected savings of approximately 30% over a conventional building

• Sustainable materials including certified wood and bamboo, paper composite countertops and window stools, flooring and ceilings with high recycled and rapidly renewable content, that are over 80% regional (by cost), make the building’s overall environmental footprint lower than a conventional building powered by

evolveEA

• Construction waste was salvaged or recycled when possible • Use of mercury-free lighting and avoiding toxic material throughout the building limit harmful waste

• Geothermal wells, LED lighting, and energy monitoring contribute to a projected energy savings of approximately 30% over a conventional building

Building Lobby Sign 27” x 24” Communication Design

Sustainability Tour Script

Sustainability Brochure

Sheetz

flat: 16.5 x 5.5 inches / folded: 5.5 x 5.5 inches

Center for Shwellness [employee wellness center] Green Building Education Plan A Green Building…

Now That’s Shwell!

Shwellness Center Sustainability Highlights Shwellness Center ts Sustainability Highligh

The US Green Building Council’s Leadership in Energy and Environmental Design (LEED) program is a framework for identifying and implementing practical and measurable green building design, construction, operations and maintenance solutions. LEED certification provides independent, third-party verification that a building, home or community was designed and built using strategies aimed at achieving high performance in key areas of human and environmental health: sustainable site development, water savings, energy efficiency, materials selection and indoor environmental quality.

Shwellness & Sustainabilit y

Shwellness & Sustainability

daylighting

reflective roofing

energy monitoring

bioswale

bioswale Energy & Water Efficiency • Stormwater management and bioswales allow for Energy & Water Efficiency nt er manageme • Bicycle racks to encourage • Stormwatand passive retention filtra- for • Projected domestic water allow Site & Transport ation tion of stormwater domestic water savings of approximately cycling and preferred and bioswales • Projected runoff filtra- 35% tely compared to a parking for low-emitting and passive retention and savings of approxima Bicycle racks to encourage • vehicles r runoff conventional to adue to building • Energy Startion reflective roof high occupancy of stormwate 35% compared cycling and preferred and concrete paving reduce due to al building efficient fixtures and faucets g and convention low-emittin roof for parking reflective Star • Open space adjacent to Energyisland effect • heat the urban efficient fixtures and faucets vehicles • Smart use of daylighting, the building has high beenoccupancy set and concrete paving reduce , skylights, windows • toIndigenousthe landscaping that effect including aside to preserve natural adjacent use of daylighting urban heat island • Smart space • Open windows throughout the building, doesn’t need irrigation was habitat, and the use of skylights, set including been building has the outdoor landscaping thatand light sensors building, used exclusively in order dark-sky compliant • Indigenous throughou t thehelp to preserve natural asidepollution need irrigation was save energy helpthe limiting to preservedoesn’t the regional lighting avoids light sensors and lightby and the use ofhabitat and conserve in order habitat, use ofsave artificial water that would impact wildlife used exclusively by limiting the energylighting dark-sky compliant outdoor to preserve the regional use of artificial lighting water lighting avoids light pollution habitat and conserve wildlife that would impact Site & Transportation

recycled & sustainable materials

waste reduction

Site & Transportation • Bicycle racks to encourage cycling and preferred parking for low-emitting and high occupancy vehicles • Open space adjacent to the building has been set aside to preserve natural habitat, and the use of dark-sky compliant outdoor lighting avoids light pollution that would impact wildlife

water efficiency

bicycle rack

air filtration

• Energy Star reflective roof and concrete paving reduce the urban heat island effect • Indigenous landscaping that doesn’t need irrigation was used exclusively in order to preserve the regional habitat and conserve water

Energy & Water Efficiency • Projected domestic water savings of approximately 35% compared to a conventional building due to efficient fixtures and faucets • Smart use of daylighting, including skylights, windows throughout the building, and light sensors help save energy by limiting the use of artificial lighting

• Reducing the lighting load also reduces the energy used to cool the building • Light fixtures are controlled by clocks and occupancy sensors to ensure they are turned off when spaces are not occupied; Exterior lights are controlled by photocells to avoid unnecessary lighting • Geothermal wells, LED

Shwellness & Sustainability

lighting, energy monitoring, and other measures contribute to a projected energy savings of approximately 30% over a conventional building Healthy Indoor Environment • Low-emitting materials, including paints, sealants, adhesives, coatings, flooring and composite wood help ensure a healthy indoor

environment where harmful vapors are kept to a minimum • Air quality in the building was protected during construction to make sure particles and dust were controlled, and an advanced air filtration system maintains healthy indoor air • Views to the outside landscape and abundant natural light also help create a healthy

daylightin g daylighting

recycled & sustainab le materials

recycled & sustainable materials

geothermal energy

quality air air quality ent managem management

geothermal energy

in Energy and water cil’s Leadership efficiency Building Coun framework for The US Green ) program is a bicycle rack Design (LEED water measurable green Environmental ing practical and efficiency enance bicycle rack tions and maint preferred party ruction, opera thirdconst t, n, es independen parking building desig ned ication provid preferred desig certif was LEED unity solutions. or comm the parking regional (by cost) lower na building, home performance environment, encourhigh ving environme indoor achie overall verification that at building’s with gies aimed nt where harmful : sustainable aging visitors to connect g, strateenvironme health tal footprint built using energy minimum and monitorin to a tal nmen are kept load load lighting,lighting, lighting and enviro the exterior environment where harmful energy monitoring, regional (by cost) lower the Reducing lighting indoor environment, encourrials thethe contribhumanvapors •• Reducing of ncy, mate other measures efficie y are key areas the building energy inother energ the the kept to a minimum measures contribbuilding’s overall environmenalsoreduces reduces energy and and aging visitors to connect with quality gs,invapors • Airsavin also to a projected energy nt, water Waste Management duringy. building opme to adevel projected tal footprint usedtoto cool building ute ute thethe 30%energywas protected cool tely used • talAir quality qualit Sustainable Materialsthe exterior site of approxima savingssavings nmen surein the building make to on enviro r ofal approximately 30% constructi reduce was protected during and indoo • Efforts to as a tionbuilding controlled were Lightfixtures fixtures controlledover a convention are are dust e materials, overselec a conventional building ned andtobuilt •• Light particles and construction make• Sustainabl sure desig Sustainable Materials waste include recycling Waste Management clocks occupancy occupancy of an advanced andand andparticles certified wood and Shwellness ,was bybyclocks including dustunity were comm operational waste tz Cententr for controlled are areHealthy Indoor Environme iting ourand they they sensors to ensure Shee system to ensure recycled paper y, benef • Sustainable materials, sensors filtration bamboo, t. t the facility • Efforts to reduce airfacilit controlled,airand an advanced Healthy Indoor Environment throughou nmen inable enviro composite counter-toincluding ps and certified wood and turned when spaces spaces indoor when offoff healthy y and susta t on the system waste include recycling turned maintains health air filtration materials, ng and g harmful impac wasteoperational waste Exterior arenot not occupied; Exterior • Low-emitti on Level flooring ols, limitin occupied; constructi Gold • Low-emitting materials, bamboo, recycled paper of are while window-sto XX% ved • maintains achiehealthy indoor air d staff paints, nglandvaluesealants, including outside lights controlled the buildi or recycled throughout the facility controlled areare at with high recycled • Views including paints, sealants, composite counter-tops lights ceilings work,tothe was salvagedand coatings, ity! Just look natural LEED frame 80% adhesives, photocells to avoid abundant theflooring to avoid scape andlevel to inabil the outside landadhesives, flooring window-stools, flooring and Using of susta bybyphotocells content, that are over help woodcoatings, ssive • Views a healthy create and unnecessary lighting and composite • XX% of construction waste ry lighting an impre abundant natural light also helpscape and composite help ceilings with high recycled unnecessa fication,wood Certiaindoor a healthy features! ensure ensure was salvaged or recycled healthy indoor content, that are over 80% inable design light also help create a healthy • Geothermal wells, LED LED al wells, these great susta implement air filtration air filtration identifying and

• Geotherm

bioswale

indoor environment, encouraging visitors to connect with the exterior

regional (by cost) lower the building’s overall environmental footprint

Sustainable Materials

Waste Management

• Sustainable materials, including certified wood and bamboo, recycled paper composite counter-tops and window-stools, flooring and ceilings with high recycled content, that are over 80%

• Efforts to reduce waste include recycling operational waste throughout the facility

• Use of mercury-free lighting and avoiding toxic material throughout the building limit harmful waste

• XX% of construction waste was salvaged or recycled

Suggested Signage Locations

Building Signage Plan & Example Signs 7” x 7”

Daylighting Clerestory windows, interior glazing, and large windows along with light sensors work to reduce the amount of energy needed for artificial lighting. Natural light also contributes to comfortable and healthy indoor spaces.

4 5

1

Waste Reduction Shwellness &

2 3

Sustainability

6

Efforts to reduce waste include recycling operational waste throughout the facility, and providing reusable water bottles to eligible employees to encourage use of the Filtered Water System, reducing waste from plastic bottles.

X

X Sustainability Overview

4

Energy Savings

1 Daylighting

5

Air Quality

2 Water Efficiency

6

Waste Reduction

3 Materials powered by

evolveEA

Communication Design

Sustainability Brochure flat: 16.5” x 5.5” folded: 5.5” x 5.5”

preferred parking

preferred parking • Stormwater management and bioswales allow for passive retention and filtration of stormwater runoff

ing…

A Green Build ell! hw Now That’s S

indigenous landscaping

geothermal energy

air quality management

bioswale

reflective reflective roofing roofing

waste waste reduction reduction

Sheetz Center for Shwellness was designed and built as a healthy and sustainable facility, benefiting our community of valued staff while limiting harmful impact on the environment.

Using the LEED framework, the building achieved Gold Level Certification, an impressive level of sustainability! Just look at these great sustainable design features!

Shwellness Center Sustainability Highlights

energy monitoring energy monitorin g

Shwellness & Sustainability

Penn Green Community Charrette

highland park

garfield

lawrenceville

bloomfield

larimer

east liberty

4-9pm on April 2

friendship

CRS

CLIMATE RELOCATION SERVICES serving all of your climate relocating needs since 2010

BLOOMFIELD were just better

EAST LIBERTY

home of the cities largest farm

GARFIELD green on the hill

PENN GREEN Fast forward to the year 2020…Friendship and Garfield have been named Pittsburgh’s most progressive climate friendly neighborhoods. Penn Avenue is the new “Green Seam” where businesses are flocking to be part of the community. What would be in the now vacant storefronts? EvolveEA will propose businesses that provoke us to think about our neighborhoods’ future. Join us to discuss these ideas.

CLIMATE MIGRATION SERVICES

5131 PENN AVENUE near the thomas merton center

URBAN AGRIFITTERS

HIGHLAND PARK

5429 PENN AVENUE

FRIENDSHIP

BODY POWER

south facing green

model of self sufficiency

LARIMER

pittsburgh’s hidden gem

LAWRENCEVILLE

at grow pittsburgh

5469 PENN AVENUE next to voluto coffee

JOIN US FOR CONVERSATION AT VOLUTO COFFEE

www.evolveEA.com/designfutures

trails rails and rivers

Posters 20” x 35” 12” x 20”

Communication Design

Penn Green Community Charrette

Communication Design

Frick Park Treehouse Community Charrette

We need your input!

Frick

The project team will conduct three public meetings in 2011 to help shape the design and functionality of the space.

Kid-Centric Meeting

Thursday, April 28, 5:30 – 7:30pm Colfax Elementary School, 2332 Beechwood Boulevard This session is all about the kids! We invite children, parents, and teachers to join us for a fun, hands-on session where we’ll learn what kids would love to see in the park.

A fun and innovative new space for outdoor learning will be created in Frick Park in memory of two children who loved to play there — Kate and Peter Ambrusko. The space is intended for use by the community's children, including local schools, and its design will celebrate and honor Kate and Peter's love of play and the natural world.

The Pittsburgh Parks Conservancy will serve as project manager, partnering with Citiparks, the Department of City Planning, and the Department of Public Works. The project team includes Terra Design Studios, evolveEA, and Urban Tree Forge.

Site Visit and Frick Park

Thursday, June 2, 5:30 - 7:30pm Frick Environmental Center, 2005 Beechwood Boulevard Everyone is welcome at this outdoor session, where we’ll be visiting the location of the treehouse and asking everyone for their ideas. Following this activity, the project team will begin to develop design concepts.

Design Concept and Feedback

Thursday, July 28, 5:30 – 7:30pm Location TBD At this public meeting, the project team will unveil a preliminary design for the treehouse, and community members can provide feedback.

For more information visit pittsburghparks.org/naturespace

graphics by evolveEA

Posters 44” x 24” Communication Design

Competition Boards

We would describe our family as domestic, with a world view. We adopted Caroline and Shannon from China and we return often so the girls will know it well.

Even the children comment on the pollution. In the midst of the smog the girls see the car as the problem. I see the car as part of the solution.

Design can save the world.

Demetrio and Tuwa are an adventurous couple that maintain an active relationship with their two adopted children, Carolina and Shannon, and love to travel. Both are college graduates.

Demetrio is an entrepreneur and jazz musician; Tuwa is an automotive designer. Their family income is $100,000.

The family likes riding bikes and walking though their neighborhood. Weekends consist of biking through parks in the morning after dropping the kids at gymnastics and swimming, shopping in the afternoon, an evening movie, and dinner at a new location. Vacations include camping trips, kayaking, and hiking. They love technology and purchasing the latest gadgets.

Demetrio and Tuwa are trendsetters; not followers. Ethics and integrity are important aspects they share with their children. They volunteer for community service as a family to demonstrate teamwork, leadership, and lifestyle goals.

They are active in the local recycling coop because they believe in a sustainable future. Their vehicle is an extension of their lifestyle. Their home should be likewise.

The family purchased a small lot in Dearborn, Michigan for their new home.

It is an infill lot in one of Detroit’s older suburbs that is also home to the Ford Motor Company. It is a rectangular lot, 50’ wide x 156’ deep. Setbacks are typical of city lots: 30’ front yard, 10’ rear yard, 5’ side yard. The lot fronts on its east side along Fomoco Avenue, with a 50’ frontage. *Edited from competition brief.

Tuwa

Age: 32 Automotive Designer

Demetrio

Age: 36 Entrepreneur

Carolina

Shannon

Age: 8 3rd Grade

Age: 4 Pre-school

PEOPLE

PEOPLE

When Tuwa returns home, she refuels her hybrid electric Ford Edge with nonthermally produced hydrogen made in her Utilicell, the unit that harvests and distributes site-produced power and fuel.

She reminds Demetrio to extend the CarHabitat module to its When Tuwa returns she refuels her hybrid electric Ford Edge with full length.

Along withhome, the XpandHarvest areas, the CarHabitat nonthermally hydrogen her Utilicell, the unit that produces energyproduced from the solar electricmade fabric in folds.

harvests and distributes site-produced power and fuel. She reminds Demetrio to extend the CarHabitat module to its full length. Along with the XpandHarvest areas, the CarHabitat produces energy from the solar electric fabric folds.

PEOPLE

Tuwa often describes the girls as bundles of energy and indeed, when Caroline and Shannon ride home from school on their GenerationBikes, they are charging their iPods and laptops for their afterschool efforts. As the girls open and close doors (which they do often), and even swing on their swingset, FreeE Generators capture electricity from the motion.

6

evolve

3

5

environment :: architecture

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12

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the girls ride their bikes home the girls use the swingset

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Tuwa & Demetrio leave for work

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Utilicell

Expandable thermal enclosures with photovoltaic fabric and nano insulation.

Coordinates energy harvesting technologies and can produce hydrogen for fuel cells.

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ENERGY FEEDBACK MONITORING

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freeE Generators

Generation Bikes

Capture incidental kinetic power where routine motion occurs.

Capture kinetic energy power to charge small appliances.

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PRODUCTS

Xpand Harvest

PRINCIPLES

CLOSING LOOPS ON SITE

summer storm house powers down after everyone leaves to reduce vampire energy

house measures activity & returns normal power

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Digital Dashboard

10

house powers up when the girls and father return

11 noon 1

Graphic interface for an energy management for increased energy knowledge and control.

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family members take their morning showers

house hibernates during night hours

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eFeed back

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Spatially integrated display of energy use.

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Demetrio washes the dishes

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HydroFeed Pond

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Landscape amenity that treats and distributes nutrient-rich waste water.

11 noon 1

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Hydro Treat

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Primary and secondary treatment of domestic waste water.

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PRODUCTS

5 KW

4

PRODUCTS

Tuwa is especially pleased that their vehicle is integrated at many scales—including the power generation systems, the on-site installation process, and, in this uncertain world, the ability to transport their domestic habitat should they need to seek opportunities in other places.

the girls ride their bikes to school

car parked to refuel

2

PRODUCTS

PEOPLE

Demetrio harvests the last tomatoes of the season for a dinner that will supply one thousand calories of energy per person (slightly more for Dad). Intensive gardening for on-site bioenergy production is made possible by closing water and waste loops with the HydroTreat & HydroFeed Pond. Neighbors love the sleek water feature and rarely guess that is tertiary treatment for domestic waste water.

MICRO & KINETIC ENERGY GENERATION

energy stored from daylight hours

1

PRINCIPLES

The home’s systems integrate with the site and the family’s daily routine, means of transportation and domestic objects. It is affordable with mass customization in the manufacturing process.

DISTRIBUTED POWER PRODUCTION

PRINCIPLES

PEOPLE

recording equipment must be malfunctioning and identifies the outlet. In each room the eFeedback lighting systems shifts the color of accent lights to display the energy balance for each space, encouraging occupants to adjust their behavior.

Believing in the power of design to face the challenges of the future, Tuwa and Demetrio selected a home that would contribute to global solutions.

PRINCIPLES

PEOPLE

Demetrio checks the Digital Dashboard and sees a large spike in power use when he was rehearsing earlier in the day. He realizes that some piece of his recording equipment must be malfunctioning and identifies the outlet. In each room the eFeedback lighting systems shifts the color of accent lights to Demetrio checksbalance the Digital Dashboard and seesoccupants a large spike in power use display the energy for each space, encouraging to adjust their behavior. when he was rehearsing earlier in the day. He realizes that some piece of his

Car Room Front Porch Bathroom Vestibule Kitchen / Dining Living Room Garden / Pond Children’s Bedrooms Master Bathroom Side Patio Master Bedroom Back Patio

40”x40” foam mounted boards

Communication Design

Adelaide: Mapping Sustainability Digital Presentation

?

ADELAIDE

CARBON + ENERGY

How do issues of sustainability affect an integrated design process

BRISBANE ADELAIDE

25

TONS CO2

27

ADELAIDE

25

SAN DIEGO

13

PORTLAND

COPENHAGEN

9 5

TONS CO2

TONS CO2

TONS CO2

14

TORONTO

TONS CO2

TONS CO2

TONS CO2

Adelaide has one of the highest CO2 outputs per person in the world.

Adelaide has one of the highest CO2 outputs per person in the world.

To offset the carbon emissions of all South Australians...

To offset the carbon emissions of all South Australians... we would need a mature forest the size of Tasmania.

BRISBANE

9

PEOPLE / HECTARE

12

PEOPLE / HECTARE

13

PEOPLE / HECTARE

17

PEOPLE / HECTARE

39

PEOPLE / HECTARE

BRISBANE

ADELAIDE

ADELAIDE

SAN DIEGO

SAN DIEGO

PORTLAND

PORTLAND

TORONTO

TORONTO

COPENHAGEN 59 PEOPLE / HECTARE

COPENHAGEN

It also has one of the lowest comparative densities for a city.

Communication Design

?

Can South Australia reduce its carbon pollution to 25 percent below 2000 levels by 2020

Higher densities allow for fewer emissions per person.

Infill development creates walkable communities... that will help Adelaide reduce CO2e emissions and automobile dependence. view full presentation in your browser

Adelaide: Mapping Sustainability Network Map

Communication Design

High Point Park Digital Presentation

view full presentation in your browser

Communication Design

Competition poster

Living Cities Competition Systems Design, Information Graphics, Presentations and Layouts

How does a post-industrial neighborhood transform itself into a living community?

1940

1975

population 13,350

1995

population 6,000

population 3,000

designing a LIVING CITY 2011

2011

population 2,000

2015

population 2,000

2030

population 2,000

2035

population 5,000

population 6,500

the PIVOT

1940 pop. 13,350

1975 pop. 6,000

1995

pop. 3,000

2011

pop. 2,000

stabilize

grow

diversify

sustain

2011

2015 pop. 2,000

2030

2035

pop. 5,000

pop. 6,500

pop. 2,000 COMMUNITY PROGRAM SITE PROGRAM INFRASTRUCTURE

view full presentation in your browser PARK & AGRICULTURAL STRUCTURES

BIKE PATH URBAN FOREST

NATURAL SHADING

AREA OF SOLAR PANELS REQUIRED FOR RESIDENTIAL ENERGY BALANCE

BLUE NECKLACE BELOW GRADE STORAGE

URBAN FARM SMALL GARDEN

COHOUSING UNITS

LARIMER SPORTS HIGH SCHOOL

LARGE GARDEN

BELOW GRADE CONVEYANCE

LOW RISE RESIDENTIAL

SOLAR PANELS

GREENWAY LINEAR BIOSWALE WITH SIDEWALKS

EDIBLE PARK LOOP

WATER STREETS

COMMUNITY GARDENS COGENERATION UNIT

TER RATION LANDSCAPE

ENERGY CAR PAVILION

URBAN AGRICULTURAL COMPLEX

BARN

ABOVE GRADE STORAGE AND INFILTRATION

ECO INDUSTRIAL & COMMERCIAL ZONE

RECYLCING STATION REUSED MATERIALS COMMUNITY COMPOSTING

BUILDING RESERVOIRS

EDIBLE STREETSCAPE & BIKE LOOP

INDIVIDUAL

RENOVATED

STRUCTURED STORAGE

AREA OF SOLAR PANELS REQUIRED FOR COMMERCIAL ENERGY BALANCE

evolveEA

5530 Penn Avenue | Pittsburgh, PA 15206 | www.evolveEA.com

Communication Design

SITE

WATER

ENERGY

Closed loops of food, waste, and open spaces serve as a highly productive landscape

There is net zero water usage and improved ecological water flows

Energy independence makes a community more resilient

MAYA LEED Building Map

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LEED Map

LEED Map

M

General Dynamics | Viz

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The ventilation system, in addition to being energy-efficient, also provides more fresh air to the space than typical building standards. To do this, carbon dioxide sensors are employed to detect when more air is needed.

Smoking is prohibited in or near the space, and the system underwent a two-week “flush-out” to expunge dust and fumes. Clean air has been linked to greater comfort and acuity.

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Building Materials Construction materials can typically produce large amounts of waste headed for the landfill. At MAYA, special measures were taken to ensure that all recyclable materials, such as metal, cardboard and drywall, among others, were separated and delivered to materials processors. Where possible, materials containing recycled content were used, such as carpet, drywall, and steel. Materials produced within 500 miles were given preference to reduce fossil fuel usage during transportation. Lastly, materials made from rapidly renewable resources, such as wheat and grass fibers, were specified for cabinets and casework, ceiling tiles, and countertops.

Communication Design

9

Elevator

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Responsible Land Use

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Finishes used in the MAYA space, such as sealants, glues, paints, coatings, and carpet, are considered to be low in volatile organic compounds (VOCs).

These finishes help the space maintain cleaner, fresher air with lower amounts of chemicals and allergens. In particular, the fiberboard and casework made with waste straw used through the spaces contains a binder free of urea-formaldehyde, a common air pollutant.

3

The lighting of the space is improved by several strategies. Large windows provide daylighting to perimeter areas and views to the outdoors from in the space. Automatic shutoffs keep lights on only when areas are being occupied. Occupants are able to control the lighting in their personal environments through light controls and task lighting.

Elevator

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The MAYA space was designed with energy conservation in mind. The heating & air conditioning system provides better thermal comfort while exceeding stringent requirements for energy efficiency. The system was then examined by an outside agent, or commissioned, to ensure it performs as it was originally intended. All new appliances purchased are Energy Star compliant, and all reused appliances will eventually be replaced with Energy Star rated equipment. Combined, the energy-saving measures will decrease energy use by 18% over typical office building usage.

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Nearly all parking at South Side Works is in structured garages, preventing unnecessary sprawl and paving. Preferential carpool spaces have been designated for MAYA in nearby garages. Nearby walking and bicycling trails and public buses provide easy access to the South Side, Station Square, Oakland, and Downtown. Covered bicycle racks near the office and showers within the MAYA space offer a convenient transportation alternative and an opportunity for commuting or exercise.

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The entire South Side Works project is built on a former abandoned steel mill site, encouraging smart land reuse. This 34-acre development was master planned as a lifestyle center to combine many complementary functionsand amenities, such as residential, office, retail and entertainment in order to create a dense, walkable community.

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MAYA is committed to high environmental standards by “greening” its operational practices. This includes establishing a recycling program for not only the MAYA space, but for the entire building as well. Green housekeeping practices will be adopted to ensure the use of cleansers that are non-toxic, non-flammable, and biodegradable. MAYA will educate its employees and visitors about the merits of the sustainable features and practices employed in the space.

Leed Certification MAYA space is registered with and will eventually receive LEED (Leadership in Energy and Environmental Design) certification under the LEED Commercial Interiors program. Authored by the US Green Building Council, the LEED rating system provides third party certification that a project has been designed and built in a comprehensively ecological manner, resulting in a lesser environmental footprint and healthier interiors than conventional projects.

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The entire South Side Works project is built on a former abandoned steel mill site, encouraging smart land reuse. This 34-acre development was master planned as a lifestyle center to combine many complementary functionsand amenities, such as residential, office, retail and entertainment in order to create a dense, walkable community.

Nearly all parking at South Side Works is in structured garages, preventing unnecessary sprawl and paving. Preferential carpool spaces have been designated for MAYA in nearby garages. Nearby walking and bicycling trails and public buses provide easy access to the South Side, Station Square, Oakland, and Downtown. Covered bicycle racks near the office and showers within the MAYA space offer a convenient transportation alternative and an opportunity for commuting or exercise.

Energy Efficiency & Conservation The MAYA space was designed with energy conservation in mind. The heating & air conditioning system provides better thermal comfort while exceeding stringent requirements for energy efficiency. The system was then examined by an outside agent, or commissioned, to ensure it performs as it was originally intended. All new appliances purchased are Energy Star compliant, and all reused appliances will eventually be replaced with Energy Star rated equipment. Combined, the energy-saving measures will decrease energy use by 18% over typical office building usage.

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Building Materials Construction materials can typically produce large amounts of waste headed for the landfill. At MAYA, special measures were taken to ensure that all recyclable materials, such as metal, cardboard and drywall, among others, were separated and delivered to materials processors. Where possible, materials containing recycled content were used, such as carpet, drywall, and steel. Materials produced within 500 miles were given preference to reduce fossil fuel usage during transportation. Lastly, materials made from rapidly renewable resources, such as wheat and grass fibers, were specified for cabinets and casework, ceiling tiles, and countertops.

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The ventilation system, in addition to being energy-efficient, also provides more fresh air to the space than typical building standards. To do this, carbon dioxide sensors are employed to detect when more air is needed.

46 and the system underwent a Smoking is prohibited in or near the space, two-week “flush-out” to expunge dust and 45 fumes. Clean air has1 been linked 4 to greater comfort and acuity.

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Finishes used in the MAYA space, such as sealants, glues, paints, coatings, 7 3 and carpet, are considered to be low in volatile organic (VOCs).

38 compounds 40 39 These finishes help the space maintain cleaner, fresher air with lower amounts of chemicals and allergens. In particular, the fiberboard and casework made with waste straw used through the spaces contains a binder 8 9 free of urea-formaldehyde, a common air pollutant.

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The lighting of the space is improved by windows 14 Large 36 15 from in the provide daylighting to perimeter areas and views to the outdoors space. Automatic shutoffs keep lights on only when areas 16are being occupied. Occupants are able to control the lighting in their personal environments through light controls and task lighting. 17 34

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20 its MAYA is committed to high environmental standards by “greening” 29 a recycling program operational practices. This includes establishing for 33 21 not only the MAYA space, but for the entire building as well. Green 30 housekeeping practices will be adopted to ensure the use of cleansers that 32 are non-toxic, non-flammable, and biodegradable.

MAYA will educate 26 25 24 its23 31 employees and visitors about the merits of the sustainable features and practices employed in the space.

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Leed Certification MAYA space is registered with and will eventually receive LEED (Leadership in Energy and Environmental Design) certification under the LEED Commercial Interiors program. Authored by the US Green Building Council, the LEED rating system provides third party certification that a project has been designed and built in a comprehensively ecological manner, resulting in a lesser environmental footprint and healthier interiors than conventional projects.

PointPark University LEED Building Map

Point Park Dance Studios Tour of Green & LEED Features 1

urban location light trespass deconstruction of 3 buildings

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public transportation no new parking added

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no site irrigation

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daylighting construction and demolition waste, 85% recycled content, 20% regional materials, 25% floors are FSC certified low emitting materials (carpet, paints, sealants, wood) ventilation exceeds ASHRAE 62 by 30% walk off mats ASHRAE 55 is met

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IAQ management plan construction bicycle racks efficient plumbing fixtures, 40% adjacency to Laurence Hall

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energy savings, 24% energy cost / 36% energy usage variable frequency drives energy modeling commissioning LED lighting manually controllable ventilation green power, 50% of electrical load MERV 13 filtration

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Communication Design

CO2 sensors R123 chillers, no ODP/GWP

Lawrenceville BID Presentation

AUTHEN BUSINESS TICLAW IMPROVEMENT RENCE VILLE DISTRICT

WHAT IS A BID?

WHERE HAVE BIDS BEEN ESTABLISHED?

A BID is a defined commercial area in which property owners have agreed to assess themselves a fee in order to provide services supplemental to those provided by the City to enhance the public environment, to increase competitiveness, and to assure the area’s economic viability in the future.

WHAT VALUE HAVE THEY BROUGHT? MANAYUNK, PHILADELPHIA Name: Manayunk Special Services District Year Founded: 1996 Assessment: Total improvement times ratio of assessed value to total assessed valuation of all benefited properties in district.

Total Budget: $214,438.52 Highlights: Capital improvements such as public art, holiday lights, marketing, and maintenance.

A National BID Census found 1,002 BIDs in the US at the end of 2010 designed by

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WHAT VALUE HAVE THEY BROUGHT?

WHAT VALUE HAVE THEY BROUGHT?

MANAYUNK, PHILADELPHIA

WHAT VALUE HAVE THEY BROUGHT?

ADAMS MORGAN, WASHINGTON DC

ADAMS MORGAN, WASHINGTON DC

WHAT VALUE HAVE THEY BROUGHT? EASTSIDE, MILWAUKEE

Name: Adams Morgan Partnership Business Improvement District

Name: Eastside BID Year Founded: 1997

Year Founded: 2005

Assessment: Assessed value ($5/$1,000 of assessed value)

Assessment: $0.21 for every $100 of assessed value

Total Budget: $222,136

Total Budget: $246,000

Highlights: Leveraged a $1.5 million streetscape project, marketing, special events and maintenance.

Highlights: Public safety, marketing, maintenance and transportation management.

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WHAT VALUE HAVE THEY BROUGHT?

WHAT VALUE WILL A BID BRING TO LAWRENCEVILLE?

EASTSIDE, MILWAUKEE

WHAT LAWRENCEVILLE HAS NOW

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AND CAN LEVERAGE ADDITIONAL INVESTMENTS

A BID WILL MAINTAIN AND EXPAND MARKETING, SERVICES, AND BEAUTIFICATION BUS S TOP

HOW IT WORKS Property owners make a small annual investment in the Lawrenceville BID that provides for services such as graffiti removal and sidewalk sweeping.

These funds can raise additional money to allow for even more improvements to the district. The BID rate is estimated to be $10 per linear foot.

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BID RATE

FRONTAL FOOTAGE OF YOUR PARCEL

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WHY FRONTAGE? The majority of BIDs use assessed value to calculate fees. Using frontal footage instead of assessed value guarantees property owners pay equitable fees.

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BUSINESS IMPROVEMENT DISTRICT BID Lawrenceville

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WHERE HAVE BIDS BEEN ESTABLISHED? WHAT IS A WHERE HAVE BIDS BEEN ESTABLISHED? A BID IN BUSINESS LAWRENCEVILLE? IMPROVEMENT DISTRICT? BUS S TOP

in the US at the end of 2010

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Communication Design

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Census found 1,002 BIDs 40th end of 2010 t.

BUSINESS IMPROVEMENT DISTRICT

A Business Improvement District (BID) is a defined commercial area in which property owners have agreed to assess themselves a fee in order to provide services supplemental to those provided by the City to enhance the public environment, to increase competitiveness, A National BID and to assure the area’s economic in the BIDs US at the Aviability National BID Census found 1,002 in the future.

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A Business Improvement District (BID) is a defined commercial area in which property owners have agreed to assess themselves a fee in order to provide services supplemental to those provided by the City to enhance the public environment, to increase competitiveness, and to assure the area’s economic viability in the future.

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