6 Green Skyscrapers in New York City! (Part 2)

One World Trade Center

While One World Trade Center is not yet complete, the massive tower will be a green beacon on the New York City skyline. Designed by Skidmore, Owings and Merill, the 1,776-foot tall building will have a fuel cell that will generate 4.8 million watts (MW) to power its various systems and will also use waste steam for electricity. Rain water will be harvested to be used in the high-efficiency cooling towers and to water the extensive greenery on the site. Water will also be the key to keeping WTC employees cool. A highly efficient Central Chiller Plant will siphon water from the nearby Hudson River, converting it to cool air for the entire site. Daylighting plays a huge role in One WTC, and sensors will automatically adjust interior lights depending on the sunlight. Even the construction process is green, with “clean diesel” construction vehicles and recycled building materials.

The New York Times Building

The New York Times Building, though not LEED certified, is a sustainable and energy-efficient building incorporating a slew of green technologies that provide energy savings of 30 percent. Designed by Renzo Piano and FXFOWLE, the tower has a curtain wall, fully glazed with low-e glass, that maximizes natural light while a ceramic-rod screen helps block direct sunlight and reduce cooling loads. Sensor-controlled shades reduce glare, and more than 18,000 individually-dimmable energy-efficient light fixtures supplement the daylight. Forty percent of the building’s energy comes from a natural gas cogeneration plant, and multiple air flow features help the structure require less cooling. To top it off, more than 95 percent of the structural steel is recycled.

Condé Nast Building

Located at 4 Times Square, the Condé Nast Building, like the New York Times Building, is not LEED certified, but is most definitely a green tower. Completed by Fox & Fowle Architects (the firm now known as FXFOWLE) in 1999, the Condé Nast Building uses eco-friendly gas-fired absorption chillers that are coupled with a high-performing insulating and shading curtain wall, negating the need for heating or cooling during most of the year. An air delivery system provides twice as must clean air as required by the city building code, solar power and fuel cells provide clean energy, and recycling chutes serve the entire building.

6 Green Skyscrapers in New York City! (Part 1)

From passive house brownstones to LEED-seeking public libraries, New York City is full of green buildings. As private residences or nondescript offices, most of our city's sustainable buildings go unnoticed by tourists and New Yorkers alike, but that doesn't mean our skyline is devoid of green. In fact, our cityscape is dotted with more eco skyscrapers than you probably realize. The Empire State Building, the New York Times Building, and the in-progress One World Trade Center are just a few of the sustainably-built Big Apple towers.

Bank of America Building (One Bryant Park)

The most sustainable skyscraper in New York City, the Bank of America Tower at One Bryant Park is LEED Platinum certified, and it was the first tower in the world designed to achieve that rating. Designed by Cook+Fox Architects and built by Tishman Construction Corporation, the building features a long list of sustainable and energy-efficient elements. Quite uncommon for a tower of its size, the building, completed in 2009, employs a system for rainwater catchement and reuse, greywater recycling, energy efficient building systems, and high performance glass which maximizes day-lighting and minimizes solar heat gain and loss. But it’s most innovative feature is the state-of-the-art, onsite 4.6-megawatt cogeneration plant that provides clean energy for the building, significantly reducing it’s dependance on the NYC grid.

Empire State Building

Just last fall, New York City’s most iconic building received LEED Gold certification. After undergoing a massive $100 million green upgrade (part of a larger $550 million renovation), the Empire State Building is now one of the Big Apple’s greenest buildings. The retrofit included replacing the 80-year-old building’s windows with double hung operable windows and installing an energy efficient heating and cooling system, which will help cut the building’s energy consumption by more than 38 percent and should save $4.4 million in energy costs. On top of this, eco practices, like green cleaning and recycling programs, have been implemented throughout the building.

Hearst Building

Having received its LEED Gold certification upon completion in 2006, the Hearst Tower was New York City’s very first green skyscraper. Designed and built by Foster + Partners, the striking 46-story blue tower sits atop the original stone base that was finished in 1926. During construction, nearly 85 percent of the materials removed from the building were recycled for future use, and the tower uses 26 percent less energy than a traditionally designed building. A rainwater collection system on the roof annually diverts 1.7 million gallons of water from becoming runoff waste, and the lighting is controlled by sensors, automatically adjusting to the amount of daylight. A whopping 90 percent of the structural steel used in the tower is recycled, and the diagonal-grid structural design improves efficiency.

20 Stunning Energy-Efficient Homes in the 2011 Solar Decathlon! (Part 4)

The State University of New Jersey and New Jersey Institute of Technology have joined forces to create the ENJOY House, which features an inverted-hip roof that is calibrated for optimal solar energy and rainwater collection.

The Solar Roofpod is designed to reclaim underused urban rooftop areas for green living city living. Designed by Team New York, it caps off an existing mid-rise building with an eco penthouse.

Living Light’s UT Solar Decathlon House is a loft-like, glass-enclosed home with alternating translucent and transparent panes and horizontal blinds that flood the home with light while providing privacy. Designed by the University of Tennessee, the home features a high-tech controllable lighting and blinds system.

Unit 6 Unplugged was designed to integrate into the historic city of Norfolk, Virginia. The artsy homes of Old Dominion University and Hampton University inspired Team Tidewater Virginia to create a solar home with a beautiful porch and floor-to-ceiling windows.

20 Stunning Energy-Efficient Homes in the 2011 Solar Decathlon! (Part 3)

The geometric CHIP home by the Southern California Institute of Architecture and California Institute of Technology certainly looks like a house of the future. The home is encapsulated in a puffy layer of “outsulation,” and its energy use can be controlled by a custom iPad application.

Team Belgium’s E-Cube is an ultra-efficient home that can be assembled in just a few days. The home is based on modularity, affordability, flexibility and efficiency – it plays up a minimal design in exchange for maximum space and energy efficiency.

China’s Tongji University utilizes cast-off shipping containers to create the energy-efficient Y Container home. Shipping containers are joined together to form the house, which is geared toward young couples on a budget.

Team Florida’s Flex House opens and closes seasonally, using passive cooling in mild winter, and shutting to keep sweltering heat out in the summer. Cypress louvers provide shade and style in the hot Florida sun.

4D Home by Team Massachusetts fuses energy-efficient technology and passive strategies without compromising simplicity. The two bedroom home is a flexible shared space, thanks to two sliding partition walls.

20 Stunning Energy-Efficient Homes in the 2011 Solar Decathlon! (Part 2)

The traditional Kiwi vacation home has been given the eco treatment in Victoria University of Wellington’s entry. First Light celebrates New Zealand’s morning light – which touches the country before any other. A triple-glazed skylight illuminates the home’s interior with the first light of day.

Team Canada’s TRTL design is based on the mound shape of Southern Alberta’s Native peoples’ homes. TRTL stands for “Technological Residence, Traditional Living”, and the home uses a curved solar panel roof to power its inner technologies such as an air to water heat pump and hot water production.

Ohio State’s enCORE is a family friendly energy-efficient solution. The 930 square foot home blends in with the average Ohio neighborhood while utilizing solar power, rain filtration and energy efficiency measures to save residents money.

Parsons the New School for Design and Stevens Institute of Technology partnered with Habitat for Humanity for their Solar Decathlon entry. Empowerhouse is a one bedroom, super energy-efficient home that combines residential needs with renewable energy, consuming 90% less energy for heating and cooling than typical homes.

INhome was designed with the Midwesterner in mind, offering sustainable living without sacrificing comfort. The Purdue-designed home has a self-watering green wall, an air purification system, and it conserves warm and cool air.

20 Stunning Energy-Efficient Homes in the 2011 Solar Decathlon! (Part 1)

The 2011 Solar Decathlon is heating up as 20 teams of students from around the world construct stunning, energy-efficient homes at the National Mall’s West Potomac Park in Washington, D.C. The competition officially opens on September 23rd, but we’re excited to bring you a first look at each of this year’s incredible solar powered homes – hit the jump to check out the state of the art in green building!

The perFORM[D] House by Florida International University is an open design that responds to its environment and its inhabitants. Like Paul Rudolph’s Cocoon House, it has operable louvers that can be raised or lowered to provide privacy, shade and protection from the elements.

Hawaii’s model home, which unfortunately was withdrawn, was designed to meet the needs of middle-income buyers in a tropical climate. Hale Pilihonua features a design based on louvers and an integrated aquaponics system.

Re_home, by the University of Illinois at Urbana- Champaign, is an easily transported home that is perfect for disaster relief conditions. The eco-friendly and comfortable mobile home will offer flexible living spaces for a family who has lost their home due to a natural disaster.

The Chesapeake Bay’s ecosystem was the inspiration for the University of Maryland’s WaterShed house. Featuring a split butterfly roof, the house focuses on water by recycling, conserving and managing storm runoff.

The sturdy Self-Reliance house is a 2 bedroom gabled home with a living green wall in the kitchen. Designed by Middlebury College, it focuses on communal areas for family bonding.

Green-Roofed Urban Park Springs Up Atop a Railway Deck in Munich

An unusual new park popped up in Munich last year in an unlikely place - right on top of a set of railroad tracks. The new urban park spans the railroad chasm in-between several new apartment complexes in the Theresienhöhe district. What was once a parking lot between the spaces has been transformed into a blissful green space. Topotek 1 designed the urban park using lightweight materials so that the deck could handle the load. Accessible from both sides by the public, the space includes a long green lawn, a rubberized play, and sports field, and a large sand and gravel area.

The new park is built in-between a series of residential buildings that measures 300 meters long by 50 meters wide. The deck originally provided a connection between the newly built apartments and it was never really planned to be a park. When the idea came about to turn it into one however, the designers had to pay special attention to how much weight they added to the structure. The deck is not connected to the ground, so all the supports exist at the level of the buildings. With the exception of the orange concrete walls, all of the materials chosen for the park were lightweight – like geofoam blocks covered with astroturf or tartan-covered rubber.

The center of the park features a green lawn covered in astroturf, a sand pit, and play sculptures. Integrated trampolines in the dune-like extrusions, jungle gyms, slides and tubes provide an exciting landscape for children to play. A rubberized tartan surrounds the lawn, providing space for kids to play games, ride bikes, or run around. Gardens on either side connect the play space to the residences, and a grove of pines are planted on the north side to provide shelter.

The new park provides a welcome contrast to the dense housing in the surrounding areas while creating extra play space. Although the grass isn’t real, it is a much better alternative to a massive parking area or an empty concrete lot. More urban parks and play space are always a good thing, and the project’s unlikely location over a railway makes it even more unique.

Beautiful Green-Roofed Barn Extension in France is Barely Visible From Afar

This barn extension in the Pyrénées Mountains has a gorgeous green roof that minimizes its impact on an incredible site overlooking the Adour de Lesponne river valley in France. When the client commissioned PPA Architects to extend the original stone barn building that once stood alone on this enviable pastureland, they made it clear that the existing site and vernacular architecture had to be preserved at all costs. So the firm tucked the new holiday home into the side of the slope and gave it a deceptive log facade wrapped in steel, ensuring that the extension is barely visible from afar.

The new extension consists of a guest room, a multi purpose room, a utility area, and a garage. Typical of the architecture in this historical agricultural region, it is nestled into the side of the slope for both insulation and fiscal purposes. Because it retains the earth above it, the building extension requires very few addition building materials except a concrete roof, a dry stone rear elevation wall, and the industrial steel in which the logs are stored.

This storage area is quite deceptive. From afar, it would seem like that is all that happening on this small plot, but the home actually boasts a very spacious interior that is naturally lit from above. The original barn retains its superiority on the site and the owners have a lovely rustic holiday retreat that completely respects its natural and historical context.

Starbucks Opens New Reclamation Drive Thru Made From Recycled Shipping Containers

If you happen to be passing through Tukwila, Washington, make a pit stop at Starbucks' brand new reclaimed shipping container coffee shop. The first in what could possibly be a new branding strategy, the Reclamation Drive-Thru is built out of four shipping containers and has been designed to LEED green building standards. Designed in-house by resident Starbucks architects, the container coffee shop is part of a growing initiative at Starbucks to encourage green building to reduce energy use and operational costs as well as to push the envelope on environmental design in retail. As with all things from the global coffee dispensary, the container drive-thru is Starbucksified and emanates the same trendy design aesthetic you'd expect from their other coffee shops. We checked in with Starbucks and got them to spill the beans about their latest creation.

Inspiration for the shipping container drive thru came from the company’s use of the containers to ship their coffee and tea from sources around the world. Rather than let the containers wallow after moving their goods, the brilliant minds in Seattle thought to put them to good use and so the Reclamation Drive Thru was brewed up. So far, it’s just a one-off shop, but it could serve as the prototype for future retail locations.

Although it’s not certified yet, the company hopes to achieve LEED soon, which will make the shop the first LEED building in Tukwila. They’ve reduced signage by using the actual building as the sign and also integrated rainwater harvesting and xeriscaping to minimize water consumption.