Miami International Airport and FPL Services say they are undertaking one of the largest energy-savings programs ever in Florida – one that’s expected to create hundreds of jobs and save the airport more than $40 million in utility costs over 14 years.

MiamiAirport4 The companies officially launched the $32 million project on Tuesday and over the next two years, the airport will receive new energy-efficient lighting, air conditioning and ventilation upgrades, water conservation retrofits and other green initiatives. The energy-saving equipment is expected to reduce MIA’s carbon emissions by the equivalent of 5,110 cars and decrease water use by 28 million gallons annually. The installation phase will also create 300 jobs.

The Sustainability Project is expected to save the airport $2.2 million each year.

Miami International Airport, among the busiest airports in the world, has welcomed 21.9 million passengers from January to June. The airport is on pace to host more than 43 million passengers this year.

“As one of the largest energy consumers in Miami-Dade County, we are pursuing conservation measures like The Sustainability Project to be its most efficient consumer as well,” said Miami-Dade Aviation Director Emilio Gonzalez.

MiamiAirport3Its latest endeavor is among major upgrades the airport has been making in recent years, including its recently completed $2.7 billion North Terminal development program and its $6 million investment in 80 automated passport control kiosks to speed up lines for international passengers,

Its concessions also continue to be upgraded and along with more connections and added flights, and the airport is developing plans to rebuild its Central Terminal with work beginning after 2020.

 

Source: SFBJ

Commercial buildings—our offices, schools, hospitals, restaurants, hotels and stores—consume nearly 20% of all energy used in the United States, and we spend more than $200 billion each year to power the country’s buildings.

Unfortunately, much of this energy and money is wasted. A typical commercial building could save 20% on its energy bills simply by commissioning existing systems so they operate as intended. If a facility manager knows where to look and what changes to make, unnecessary costs can be eliminated.

Here are five building areas that should be checked and strategies to minimize energy waste.

WastedEnergy-ElevatorAging Elevator Components

When was the last time your elevator’s efficiency was evaluated? Can you remember? You’re not alone if it’s been awhile, but new technologies can make a big dent in your elevator’s energy draw. If you have a hydraulic version for a low-rise building, improvements such as properly adjusting valves, implementing sequential standby modes, and improvements to the cab such as door-operating motors can save up to half of elevator energy use. Additionally, be sure to take a look at advanced software packages that can streamline elevator operations while improving efficiency.

WastedEnergy-BolersBoilers Left Unattended

It’s not the most glamorous of tasks, but keeping your building’s boiler properly maintained can not only ensure continued performance but can also maximize its efficiency. Make sure the tubes and traps are clean and clear – if they’re obstructed, they can block heat flow and compromise the boiler’s efficiency. Keep in mind that if your boiler uses #2 fuel oil rather than natural gas, you may have to check more often as the fuel oil does not burn as cleanly as gas, leaving soot that reduces efficiency.

WastedEnergy-MotorsMotors On Overdrive

Optimizing motor speeds with variable frequency drives can not only cut energy use, as a 20% reduction in speed creates up to 50% energy savings, but it can also extend the life of your equipment. VFDs can be useful for equipment such as chillers, cooling power pumps, air handling units, and others. Don’t forget to check to see if your state’s energy office or local utility offers demand-side management rebates for VFD implementation, which can help offset the initial cost and produce even bigger savings.

WastedEnergy-HVAC CoilsDirty HVAC Coils

How are your condenser coils performing these days? If their performance isn’t what it used to be, some cleaning may be in order as the DOE reports that a dirty condenser coil can increase energy consumption up to 30%! Not only that, but failing or degrading coil performance can cause IAQ to suffer and reduce your motor’s functional life. To avoid these issues, schedule annual HVAC coil cleanings to ensure nothing’s building up.

WastedEnergy-OverboardLightingGoing Overboard With Lighting

While your office space should be adequately lit, improperly placed or overpowered light fixtures can create strain for busy occupants and can also jack up your electricity bill. Polling your occupants to learn how they feel about the illumination in their space is a good start, but a light meter that measures footcandle readings can also be a valuable tool for interpreting light levels and assessing whether or not they should be changed.

 

Source: Buildings

Is “green” living important to you?

If you’re a boomer or GenX’er, the answer is likely “yes,” and interest in environmental sustainability is increasing. That’s why some forward-thinking retirement communities are offering residents everything from greener buildings to energy-efficient lighting to community gardens. And some towns are putting a focus on walkability.

According to AARP surveys, such measures are important to a large segment of older Americans. Its 2014 House and Community Preferences of the 45+ Population survey, for example, found that 61% of respondents valued their community being “easy to walk,” with those over 65 most appreciating walkability. Roughly 30% wanted their community to be near transit with an equal portion wanting to be close to a park.

Traditional retirement communities, though, have typically been built on the outskirts of town, leaving residents dependent on cars. And their manicured lawns and golf courses usually use plenty of chemical fertilizers and herbicides, not to mention water — a scarce resource in much of the nation.

A recent New York Times story found that the supply for green retirement communities has not kept up with the demand. But that may be shifting.

If environmental concerns or saving money through energy-efficient housing matters to you, here are a few examples of what’s out there:

Living Light

One standout is Pennswood Village in Newtown, Pa., a Quaker continuing care retirement community founded in 1980.

“Sustainability is one of our six founding Quaker principles,” says marketing director Jennifer Doone. “It was important to our founders, and it continues to be important to our residents and staff.”

One green standout is Pennswood Village in Newtown, Pa., a Quaker continuing care retirement community founded in 1980

One green standout is Pennswood Village in Newtown, Pa., a Quaker continuing care retirement community founded in 1980

The community is open to all, not just Quakers. Among the steps Pennswood has taken: It constructed a personal care (assisted living) building with LEED gold certification, the second highest level given by the U.S. Green Building Council; it installed a geothermal heating and cooling system for some common buildings; it supported a resident-initiated recycling program; it planted a community garden and, through a partnership with the nearby town, it created an award-winning, multi-million-dollar storm management system under its natural meadow that benefits Pennswood and the surrounding community.

Doone says representatives from other senior living communities visit Pennswood to learn about its LEED certification and landscape and architecture students come to study the storm management system.

New residents Lynne and Todd Waymon, in their 70s, were drawn to Pennswood in part because of its environmental ethic. They immediately joined the residents’ Environmental Concerns Committee, which developed a year’s worth of activities to encourage sustainable practices, such as reducing the use of plastic bags. Working in partnership with the dining services staff, the committee found that residents and staff used 2,250 plastic bags in June, just for carrying leftovers from the café. After their campaign began, the number dropped to 1,750 in July.

Lynne Waymon, who had not been an environmental activist before retirement, says she views Pennswood as a microcosm and says she hopes to put the experience she gains there to use at the town or state level.

“People get to a certain age and they think, ‘I’m done, I don’t have any influence or say,’ and that’s sad,” she says. “I want people to band together and feel powerful — and know that we can make a difference.”

Pennswood residences range from studio apartments to two-bedroom homes. Two possible contracts are available: fee-for-service, in which long-term-care costs are paid later as needed, either at Pennswood or elsewhere or a lifecare contract which includes long-term care, including a nursing home, at Pennswood. There is a one-time entrance fee and monthly service fees. The cost ranges from a $90,000 to $400,000 entrance fee, depending on the contract, and monthly fees of $2,500 to $8,000 for a couple.

A Smaller Ecological Footprint

Co-housing, a community model developed in Denmark, is generally more sustainable than the average American household. Individual homes are smaller, with large common spaces and gardens. Co-housing residents tend to use less energy and drive fewer cars.

EcoVillage in Ithaca, N.Y., (its street address, appropriately, is Rachel Carson Way), is a large co-housing, independent living community with an unusually strong commitment to living green.

“The whole reason that we started this community was to demonstrate how to live more sustainable lifestyles and to put some very good working models on the ground so that people could come visit and get inspired and take home good ideas to their own communities,” says Liz Walker, EcoVillage’s executive director.

EcoVillage in Ithaca, N.Y. is a large co-housing, independent living community with an unusually strong commitment to living green

EcoVillage in Ithaca, N.Y. is a large co-housing, independent living community with an unusually strong commitment to living green

Now in its 24th year, EcoVillage is comprised of three neighborhoods. When the newest section is fully occupied later this year, 230 people will live there, about one-quarter of them over 60. Eighty percent of the new housing is wheelchair-accessible, something the community hadn’t considered building when its founders were younger. Currently, homes are available for rent starting at $450 a month and for sale starting at $97,000.

“We’re aiming at affordability, accessibility and sustainability,” says Walker. “These goals can be in conflict with each other, so we’re trying for a happy medium.”

The newer homes are among “the most energy efficient in the United States,” she says. Using a “passive house” system, developed in Germany, they are 80 to 90% more energy efficient than what the standard building code requires, Walker says. Two of the new homes produce more energy than they use, by employing solar for heating, electricity and hot water. “It’s extremely hard to achieve,” says Walker. “I’m very proud of our group.” (In September, EcoVillage is offering a workshop on how to achieve net zero energy buildings.)

EcoVillage has also preserved 80% of its 175 acres as green space. The property includes an organic farm, a neighborhood root cellar, and community gardens, ponds and woodlands.

Walkable Communities

Portland, Oregon, is bike and pedestrian friendly with a network of light rail, buses and streetcars

Portland, Oregon, is bike and pedestrian friendly with a network of light rail, buses and streetcars

What about the eight out of 10 people who say they’re not moving anywhere? The growing movement to make cities “age friendly” shares many of the “livability” goals of environmentalists — such as increased walkability, public transit options and community gardens. At least 28 U.S. municipalities, as well as AARP, have joined the World Health Organization’s Global Network of Age-Friendly Cities and Communities.

One pioneer is Portland, Ore. The city is bike and pedestrian friendly with a network of light rail, buses and streetcars. Its Green Building and Development Program works with residents and businesses to encourage sustainability.

Portland’s original development was during the streetcar era, with each terminus on the line having a village center, explains Barbara Bernstein, executive director of the nonprofit Elders in Action. “So our neighborhoods are built around these,” she says. “Within walking distance is a library, several coffee shops and restaurants.”

Walker also points to some 30 farmers markets and a vibrant local agriculture scene. Entrepreneurs are creating new businesses, she adds, such as Soup Cycle, which pedals homemade meals to customers. Bernstein, 55, uses the service after a long day’s work. Businesses like these give older people easy access to ready-made fresh food, she says.

All these efforts at sustainability promote a high quality of life.

“With so much demoralizing going on in the world,” she says, “the local focus that Portland offers is really life affirming.”

 

Source: Forbes

After two years of negotiations, residential green building standards are taking the next step forward.

Specifically, the leading building code organizations have partnered to develop a singular green building code. This code combines elements from their various codes and standards – providing jurisdictions with a comprehensive set of green principles for legislative and regulatory approval.

Multifamily firms have long-been challenged by green building programs that were not well-tailored to the unique characteristics of the industry. NMHC has worked to ensure that any new standard allows for multifamily compliance using the ICC-700 – National Green Building Standard (NGBS). This standard was specifically designed to provide guidance for residential construction.

The technical foundation of the new standard will be developed by ASHRAE and be based on the current ASHRAE 189.1 Standard for the Design of High-Performance, Green Buildings Except Low-Rise Residential Buildings. This standard does include provisions for multifamily construction more than 4-stories in height. But, the administrative provisions will be based on the ICC International Green Construction Code (IgCC). Importantly, the IgCC scoping provides apartment firms with a compliance path using the ICC-700.

The NGBS has been widely used throughout the industry and has been incorporated into numerous sustainability initiatives at the jurisdictional level. To date, 1,509 multifamily projects have been certified under the NGBS, totaling nearly 45,000 apartment units. An additional 49,000 multifamily units are currently in the certification pipeline.

Chicago probably isn’t the first place that comes to mind when you think of farming, but the city’s Pullman Park district will soon be home to the largest rooftop greenhouse in the world.

Once construction is complete, the behemoth 75,000 square foot green space, built and operated by Gotham Greens, will be larger than a football stadium and even some city blocks.

As Business Insider puts it, “For some perspective on the size of the greenhouse: the average size of a city block in many parts of the U.S.—including Portland, Oregon and Houston, Texas—is 67,600 square feet. An NFL football field is 57,600 square feet. This greenhouse is larger than all of these things.

According to a Gotham Greens, the greenhouse will produce up to 1 million pounds of sustainably grown, pesticide-free produce annually. The harvest will also be distributed through local retailers, restaurants, farmer’s markets and community groups. Since the greens are grown locally, it eliminates the carbon emissions and miles that food traditionally travels to get to Chicago’s plates.

“This is an exciting opportunity to bring fresh, healthy produce year-round to Pullman, which is underserved for food, and going through an exciting resurgence in economic development,” Gotham Greens CEO Viraj Puri told DNAInfo.

The rooftop farm is also expected to hire 40 workers to help grow the produce, the site reported.

ChicagoFactoryGothamsGreen2The greenhouse features a slew of innovative farming technologies. With its soil-free hydroponic system, “Gotham Greens’ irrigation methods use 20 times less land and 10 times less water and eliminate the need for pesticide use and fertilizer runoff,” the company said. A computer-controlled system also regulates temperatures, irrigation needs and other variables, Business Insider noted.

What’s interesting is that Chicago’s new greenhouse will sit on top of an already environmentally friendly factory occupied by eco-soap company Method. Designed by Cradle to Cradle company William McDonough + Partners, the $30 million building is the nation’s first LEED Platinum manufacturing plant in this sector.

Method’s so-called South Side Soapbox, contains a 230-foot wind turbine as well as three 35 x 35-foot solar tracking trees that follows the sun’s path to maximize energy generation. According to Business Insider, this clean energy helps generate “a third” of the building’s energy needs.

“Gotham Greens shares our goal of using business as a force for social and environmental good,” Drew Fraser, CEO of Method, said in the press release. “We are thrilled to partner with a like-minded organization, who has demonstrated that the innovative, adaptive use of urban space can make a significant impact on local communities.”

When the greenhouse is finally built, it will also help insulate the building to keep costs down even further, improve urban air quality and reduce stormwater runoff.

“We need to use our urban spaces more efficiently,” Method’s chief greenskeeper Saskia Van Gendt told Business Insider. “Rooftop greenhouses are a representation of a model of doing that.”

ChicagoFactoryGothamsGreen4It’s a stroke of genius to bring these eco-minded companies together. As EcoWatch previously reported, Gotham Greens now has four state of the art greenhouses where its workers grow organic greens year round. Its flagship greenhouse in Greenpoint, Brooklyn, was built back in 2010 and was the first commercial scale rooftop greenhouse in the U.S, according to the company. Method, known for its colorfully pleasing soap bottles and for introducing the world’s first bottle made of ocean waste, formulates its products with naturally derived, biodegradable ingredients.

Chicago mayor Rahm Emanuel only had nice words to say about the partnership. “Method has been instrumental in supporting the revitalization happening in Pullman, and the addition of this sustainable greenhouse means that more Chicago residents will have access to fresh, healthy foods grown in the neighborhood,” Emanuel said in the release. “I commend both Method and Gotham Greens on their commitment to Pullman and look forward to seeing the results of this partnership come to fruition.”

 

Source: EcoWatch

A stunning set of designs has envisaged what an entire city within a single skyscraper could look like.

The ‘Vertical City’ project features a futuristic-looking tower, which would be population-dense yet still feel spacious, holding 25,000 people at any given time.

Unlike traditional skyscrapers, which are self-contained and shut off from the natural environment, the 180-floor building would allow the outside world to become an intrinsic part of the interior.

Nice view: Architect Luca Curci believes that his Vertical City concept could improve the heal and wellbeing of residents

Nice view: Architect Luca Curci believes that his Vertical City concept could improve the heal and wellbeing of residents

Huge hexagonal voids would run up the side of the tower, allowing sunlight and rainwater to nourish the plant life inside.

The bold project was overseen by Luca Curci, an architect based in Bari, Italy.

 “We wanted to introduce a new approach to the architecture of contemporary cities – the idea behind the project is that the tower can be built anywhere,” said Curci.

Bee hive: Huge hexagonal voids run up the side of the tower, allowing sunlight and rainwater to nourish the plant life housed inside

Bee hive: Huge hexagonal voids run up the side of the tower, allowing sunlight and rainwater to nourish the plant life housed inside

If constructed, the 18-story building would be 2460ft (750 metres) tall. It would boast a green area of over 21,527,82 square ft (20

0,000 square metres), including the public garden square at the top of the building.

The foundations would be built into the seafloor, meaning that a number of floors would be underwater. Here parking, ‘technical areas’ and spas, meditation centres, gyms and luxury hotels rooms would be housed.

The building was designed to be energy-independent, producing energy from photovoltaic glass and solar panels housed on the roof

The building was designed to be energy-independent, producing energy from photovoltaic glass and solar panels housed on the roof

Designers envisage that the Vertical City would be accessed by water, by land or by air. The circular basement would be equipped with external and internal docks and three entries. Large boats would dock at the external berths, allowing private smaller boats to navigate into the building itself. A semi-submersed bridge would also allow pedestrians, cars and public transport to reach the water-based city while a heliport would connect with the upper garden-square.

Though he does not have a specific city in mind for the tower, Mr Curci imagines the project most suited to the Middle East – near cities such as Doha, Abu Dhabi and Dubai.

The majority of the tower would be filled with green space - but there would also be room designated for offices and residents.

The majority of the tower would be filled with green space – but there would also be room designated for offices and residents.

The building was designed to be entirely energy-independent, producing energy from photovoltaic glass and solar panels placed on the roof.

By having such a zero-energy building, the design team hope that such a tower would help societies rethink their relationships with nature

By having such a zero-energy building, the design team hope that such a tower would help societies rethink their relationships with nature

 

 

 

 

 

“The idea for this project started from the analysis of the skyscraper as a compact element, smooth and alienated from the surrounding space. The re-interpretation of this archetype and its linked way of life, conducted us to imagine an opened structure, equipped with green areas on each level, natural light and ventilation. Residents get into an healthier lifestyle, in connection with natural elements, and re-think the traditional concept of community and society,” Curci said.

 

Source: Daily Mail

The Sustainability Project at Miami International Airport (MIA) is one of the largest energy performance contracts ever undertaken in Florida.

The $32 million project includes the installation of energy-efficient lighting, water conservation retrofits, air-conditioning and ventilation upgrades and other projects to optimize energy management with new technologies in airport energy efficiency.

FPL Services, a wholly-owned subsidiary of Florida Power & Light, won the energy performance contract with MIA via the Miami-Dade Aviation Department (MDAD).The project will save the airport 17 million kilowatts of energy each year. Miami International Airport will reduce operational costs and streamline maintenance by eliminating 400 types of lighting fixtures through upgrades and standardization throughout the airport and replacing more than 65,000 light bulbs with new energy efficient ones.The changes that FPL Services is making throughout the airport will also save up to 28 million gallons of water each year.FPL Services guarantees electricity and water consumption savings of more than $2.2 million annually while also achieving additional savings in maintenance. The project, which is funded by third-party financing, will be completely offset with the budgetary savings throughout the 14-year project.

Property owners are proposing to extend Dade’s Urban Development Boundary westward with a massive new project.

The project would be called Green City, according to plans submitted last month. It could add about 26,000 new residents and thousands of new jobs near the edge of the Everglades.

Planned for the 859 acres include 11,401 homes, 1.36 million square feet of retail, 925,000 square feet of office, 350,000 square feet of industrial, 475,000 square feet of government and educational uses, and 660 hotel rooms.

Ownership of the property is controlled by several different entities who have combined for the application.

Extending development beyond the UDB is controversial due to concerns about sprawl and other environmental issues. Others, including the politically connected Jeff Soffer’s Turnberry Holdings have also been trying to move it. A supermajority vote is required by Dade’s commission.

View greencity on Scribd

 

Source: The Next Miami

NGBAI-banner.jpg

NGBAI-banner.jpg

With 41.6 percent of its office space considered “green,” Miami ranked ninth of 30 markets on the 2015 Green Building Adoption Index, a joint project of CBRE Group, Inc. and Maastricht University.

For the purposes of this report, “green” office space is defined as holding either an EPA ENERGY STAR label, U.S. Green Building Council (USGBC) full-building LEED certification or both. Using square feet as a measure, 41.6% of Miami’s office market is “green” – well above the national average of 38.7%.  Moreover, Miami ranked particularly well in terms of number of buildings considered green – over 17%. By square feet, 21.84% of Miami’s office market has a LEED certification, and over a third of the office market is ENERGY STAR rated.

This is the second year in a row that Miami ranked ninth on the list, behind U.S. cities such as Minneapolis, which led the Green Building Adoption Index’s city ranking for the second consecutive year with 70.4 percent of all office space currently qualified as green (down from 77.0 percent in 2014.)  San Francisco, again in second place, significantly closed the gap and now boasts a 70 percent green market, up from 67.2 percent in 2014. Chicago, at 63.4 percent, was third, while Atlanta (57.8 percent) and Houston (52.9 percent) swapped positions at fourth and fifth. The top 10 cities on the 2014 list all retained a place on the 2015 list.

The study also found that owners of small buildings have an opportunity to differentiate themselves by implementing energy-efficient practices, due to a significant gap between large and small office buildings in achieving sustainability certification. For example, 62.1 percent of office buildings in the U.S. greater than 500,000 square feet are considered green. In contrast, only 4.5 percent of all U.S. office buildings less than 100,000 square feet qualified as green.

“Our 2015 study confirmed that green building adoption has been primarily a big building, first-tier city phenomenon,” said David Pogue, CBRE’s global director of corporate responsibility. “It would appear that many smaller buildings in the majority of large markets still have an opportunity to be ‘best in class’ among their peer set by achieving these certifications.”

Executed in close collaboration with the USGBC and CBRE Research, this is the second release of the annual Green Building Adoption Index. Based on a rigorous methodology, the Index shows the growth of ENERGY STAR- and LEED-certified space for the 30 largest U.S. office markets, both in aggregate and in individual markets, over the previous 10 years.

GreenMiami4

 

Sources: CRE-sources

Lego is going green.

The toy company plans to invest $1 billion over the next 15 years as part of a broad effort to replace its iconic plastic building blocks with materials that are better for the environment. It will also make its packaging more sustainable.

The company made 60 billion Lego pieces last year. So a little bit of change could go a long way to “significantly reduce Lego’s impact on the planet,” Lego said in a statement.

Lego has already done things to reduce its carbon footprint — like cutting the size of packages and investing in wind power.

“Several factors influence the environmental sustainability of a material — the composition of the material, how it is sourced and what happens when the product reaches the end of its life,” CEO Jørgen Vig Knudstorp said.

This is not Lego’s first attempt to become cleaner.

In 2013, the company started a partnership with WWF, the environmental group, to help develop a plan for making its materials more sustainable.

Last October, Lego ended a 50-year relationship with Shell after falling under scrutiny over the oil giant’s drilling in the Arctic.

More than 100 new employees will be hired to work on the project at Lego’s sustainable material center in Denmark, which is expected to be finished by 2016.

 

Source: WPTV