By Kelly Minner — Filed under: Featured ,News – Where does your State rank among the ’s Top 10? Comparing -certified commercial and institutional green buildings per capita within the United States the District of Columbia turned in the highest per capita/per person ratio of 25.15 square feet.   Commercial office type and for-profit organization owner type where the most common, as was Chicago and Washington DC for the most represented cities on the list.

Following are the top ten  states per capita:

1. Nevada: 10.92 sf
2. New Mexico: 6.35 sf
3. New Hampshire: 4.49 sf
4. Oregon: 4.07 sf
5. South Carolina: 3.19 sf
6. Washington: 3.16 sf
7. Illinois: 3.09 sf
8. Arkansas: 2.9 sf
9. Colorado: 2.85 sf
10. Minnesota: 2.77 sf

“Using per capita, versus the more traditional numbers of projects, or pure square footage, is a reminder to all of us that the people who live and work, learn and play in buildings should be what we care about most. 2010 was a difficult year for most of the building industry, but in many areas, the hunger for sustainable development kept the markets moving,” shared Scot Horst,  SVP of .

For the full report click here.

The home on the Wailua River in Hawaii was haphazardly remodeled after nearly being destroyed by Hurricane Iniki in 1992. Azaya Design and Trilogy Partners joined together to take on this extensive design and build project. The living room had been redecorated in 2007 but it felt a bit dark and separate from the rest of the home. The room needed brightening and more of a traditional island feel. Removing a wall between this living space and the kitchen made a dramatic difference. (Click on photos to enlarge.)

Living Room Before Remodel

The entry to the home was to the side of the living room. There was nothing dramatic or welcoming about it. It, too, needed to be refreshed.

Entry Before Remodel

Ridge Beams and Rafters create a Balinese feel. Koa wood paneling was removed to brighten the room. Koa wood was also removed from the soffits to “lift” the ceiling.

Living Room, left and entry, to the right. The walls were plastered with American Clay plaster and the original Koa wood floors were refinished to beautiful effect.

Double doors spread wide. A gate (to the left) separates the entry vestibule from the outside.

Balinese wall carvings are actually fountains. The floor features broken “Sea Grass” stone tile from Arizona Tile and a river pattern of ebony stone.

All five spaces, Kitchen, Living Room, Tatami Dining Area, Entry, and Lanai all merge into one fabulous space.

 

More Kauai Before and After posts to follow. Visit the Kauai Remodel Gallery for more great photos of this fantastic project. Design by Azaya Design and Trilogy Partners.

Here are some rather dramatic before and after photographs of the remodel Trilogy and sister company Azaya Design did in Wailua, Kauai last year. The home was reconstructed in 1991 after it was devastated by hurricane Inniki. Since then the kitchen hadn’t been touched. The cabinetry was white melanine. The layout was claustrophobic. The plan was to modernize the kitchen by opening it up to the adjoining living areas including a Tatami Dining area, the Great Room, and the Lanai which faced the river.

Kitchen Before Remodel

Kitchen Before Remodel

We designed the kitchen with help from Kitchenscapes and Green Tea Design, which furnished the very authentic Japanese “tansu” style cabinetry. (Click on any photo for a close up.)

The countertops are a granite aptly called “Fossil.” The kitchen features Dacor Appliances including a 48″ cooktop with downdraft vent and a 48″ refrigerator and double wall ovens with convection.

We opened up the kitchen to the living room and the raised tatami dining area (visible at top of photo.)

An antique table we ordered from Green Tea Designs serves as a prep island. The flooring is Sea Grass from Arizona Tile which has been flamed to raise the grain. The Balinese wall hanging is backlit to accentuate the hand carved features.

Below, the kitchen as viewed from the Tatami Dining area. Lanai to the left. The Lanai serves as a traditional dinging counterpoint to the tatami dining area. The home is a fusion of many cultures including Hawaiian, Japanese, and Balinese.

More Kauai Before and After posts to follow. Visit the Kauai Remodel Gallery for more great photos of this fantastic project. Design by Azaya Design and Trilogy Partners.

Wendy Koch, USA TODAY

USA TODAY

Just how tough is the passive house standard that’s starting to catch on in the United States? I put my own new green house to the test.

My house, nearing completion in Falls Church, Va., wasn’t designed to meet the rigorous passive standard, which focuses solely on energy efficiency, but rather the top rating of a more general program by the U.S. Green Building Council. Yet it has many of the same features of certified passive homes, so I figured: why not try?

After all, my project has high-performance windows by Serious Mate rials, a well-insulated and sealed exterior (we used structural in sulated panels or SIPS) and ultra-efficient appliances and lighting (only LEDs and compact fluorescent lamps.) Really, how hard could it be?

John Semmelhack, a passive house expert in Charlottesville, Va., who runs the Think Little consul ting firm and advised on how to make a Waldorf school meet the passive standard, agreed to do a preliminary analysis of my project for this story. I anxiously awaited his results.

He let me down gently. “While the house is going to be a very energy efficient house, it’s not going to meet the Passive House standard,” he wrote in an e-mail that reported his findings. He explained them in a phone interview.

“The biggest problem by far is your windows,” he said. My house simply has too many of them, and the large south-facing windows don’t capture enough solar energy because of their glazing and less-than-optimal siting. (To get the perfect southern angle, the house would have needed to sit diagnally on the lot, which would look odd.)

Windows absorb more solar power if the glass has a high “solar heat gain coefficient” or SHGC. But since we have a shady lot and the U.S. government’s Energy Star program doesn’t recommend high SHGC windows for the Mid-Atlantic region, we didn’t request such glazing.

The second biggest issue, Semmelhack said, is the home’s geometry. It’s not a simple cube. My L-shaped home opens to a south-facing courtyard, so it’s more spread out than a colonial or a foursquare, which is an easier shape to make energy efficient. Its top floor also overhangs the main level in both the front and back, which looks cool but creates potential thermal breaks.

Semmelhack said the home’s foundation, walls and windows could also have benefited from a bit more insulation, but he said we didn’t miss the mark by much.

He said the Mid-Atlantic is a tricky place to do a passive home, because “we get a little bit of Maine and a little bit of Florida.” Homes certified by the Passive House Institute US, a private Illinois-based group, need to have annual heating or cooling loads be low 4,750 British thermal units per square foot of interior finished space, which is about 10 times less than many regular new homes.

Semmelhack figured my heating load was about twice the passive standard while my cooling load was about 30% higher. My home’s overall energy use was about 20% higher than the standard’s maximum of 38,000 Btu per square foot of interior finished space per year. He said we could opt for a slightly more efficient Rinnai tank less water heater, but the conventional Carrier Infinity heating and cooling system we selected is just fine. “It’s about as good as you can get,” he said, noting its 95% efficiency rating.

The passive standard also requires homes be virtually air tight, limiting the air changes per hour (at 50 pascals) to 0.60, which is a fraction of what the Energy Star program al lows.

I don’t know yet how well my house will fare on this measure, because we haven’t done our final blower door test. But my builder, Arjay West of West Properties, did preliminary checks before enclosing the walls in drywall and tried to address any thermal breaks. Since my house isn’t a simple cube, though, sealing it is more of a challenge. We’ll keep you posted on our progress.

Source: USA Today

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by Amanda Wills Published on March 8th, 2011

Today is a big day for Waldemar Alameda. The 40-year-old injured Iraq Army veteran opened the door to his brand-new LEED-certified home in Tampa, Fla.

The home is equipped with solar panels and a natural gas tankless water heater that will significantly lower Alameda’s energy bills. Its design – featuring ramps, wide doors and an elevator – will also make for easier mobility for Alameda, who became permanently disabled by an IED explosion while serving as a staff sergeant in Tikrit, Iraq in 2007.

Spokesperson Janell Vantrease, who was on-site in Tampa today, described Alameda’s emotion as he stepped across the threshold of his new home.

“Mr. Alameda […] was teary eyed as he got a tour of his new home,” she said. “He kept talking about how lucky he was to get a second chance to start over and how important it was for him to protect our freedom during his 20-year service to the Army.”

Local and national volunteers from Rebuilding TogetherSears Heroes at Home and NextGen Home Experience assembled the modular home free of cost for Alameda. Vantrease also noted that Sears surprised Alameda by offering him a job once he is able to work.

Of the nearly 200,000 service members currently serving in Iraq and Afghanistan, more than 33,000 have been wounded, according to Rebuilding Together. With the heavy load of mounting medical bills, many of these vets return to the U.S. with financial hardships, making home repairs a low priority.

Rebuilding Together partnered with Sears Heroes at Home to raise more than $12 million to provide housing for low-income veterans. Later this year, the two organizations will rebuild their 1,000th home for veterans.

Sourced from Earth911.com

By Jerry Yudelson Yudelson Associates –  More people are going green each year, and there is nothing that will stop this trend. In fact, it is accelerating each year. As a result, we expect to see considerable interest in green products that promote water conservation and energy efficiency, including fixtures and appliances, as well as energy-efficient windows and doors, certified wood products (either FSC or SFI), and recycled-content materials.Many individual homes and businesses are investing in new resource-efficient technologies and green operational practices, and cities are developing certification systems to reward this behavior. My consulting company, Yudelson Associates, is a good example. In December 2010, we were certified by the city of Tucson, Az., as a green business because of our operational practices, including solar electric and thermal systems, water conserving fixtures and rainwater harvesting, waste recycling, and environmentally preferable purchasing. These are all measures that you will begin to see adopted in greater numbers by many of the end-users served by you and your direct customers.

Let’s take a look in more detail at where some of the green building trends are headed.

1. Worldwide, the green building movement will continue to accelerate, as more countries begin to create their own green building incentives and develop their own green building councils. Inside the U.S., we expect to see an expanding roster of green product certifications, each aiming to influence the consumer’s choices. Dealers will need to stay on top of these product choices, to find which are favored by their customers.

2. Green building in the commercial sector will rebound in 2011, as measured by the new LEED project registrations. The dramatic slowdown in new construction of commercial real estate was not offset by other sectors, such as government, so the growth rate of new green building projects fell dramatically in 2010. However, we expect a continued upward movement of new green buildings, albeit at a slower pace, as green continues to take market share.

3. Recent announcements of the federal government’s commitment to a minimum of LEED Gold for all new federal projects and major renovations of public buildings highlight the Obama Administration’s continued focus on green technologies. At the state and local level, other layers of government show no signs of “green fatigue.” In fact, new green building mandates and incentives continue to grow. This means more product sales, as commitments become action.

4. The focus of the green building industry will continue its switch from new buildings to greening existing buildings. The fastest growing LEED rating system in 2009 and 2010 was the LEED for Existing Buildings program-and I expect this trend to continue in 2011. Affordable energy and water conservation devices will accelerate this trend, and should lead to greater sales of such devices.

5. Blue will become the new green, especially in arid areas of the West, Southwest and Southeast. Awareness of the coming global crisis in fresh water supply will continue to grow, inducing building designers, owners, and managers-as well as consumers-to take further steps to reduce water consumption and increase sustainability. This will be accomplished through the use of more conservation-oriented fixtures, rainwater recovery systems, and innovative new water technologies. Many new packaged systems are coming to market, and these could provide good opportunities for dealers and distributors in water-short regions.

6. Zero-net-energy designs for new buildings will become increasingly commonplace in both residential and commercial sectors, as LEED and ENERGY STAR ratings become too common to confer competitive advantage. From a product standpoint, you may start to see demands for such things as triple-pane windows and better building monitoring and control systems.

7. Performance disclosure will be the fastest emerging trend, highlighted by new requirements in California and cities such as Austin, Tx.; Seattle, Wa., and Washington, D.C. In these areas, commercial building owners will be required to disclose actual building performance to all new tenants and buyers, to comply with new requirements.

8. Certified Green Schools will grow rapidly as part the LEED System. This trend will accelerate as understanding of the health and educational benefits of green schools grows. By mid-year 2010, green schools represented nearly 40% of all new LEED projects in the U.S. We’ll also see energy-efficiency retrofits come into vogue as a way to green existing schools, so be on the lookout for what local energy managers for school districts are saying and doing.

9. Local and state governments will step up their mandates for green buildings, for both themselves and the private sector. In 2011, I expect to see at least 20 major new cities with commercial-sector green building mandates. The desire to reduce carbon emissions by going green will lead more government agencies to require green buildings.

10. Solar power use in buildings will continue to grow. This trend will be enhanced by municipal utilities trying to comply with state-level renewable power standards for 2015 and 2020. Third-party financing partnerships will continue to grow and provide capital for large rooftop solar systems, such as on warehouses. However, we may very well see a slowing of large solar and wind systems, as federal grant support, in lieu of tax credits, is phased out. In the building products area, look for new forms of solar roofing systems that allow a homeowner or building owner to do their own retrofits at minimal extra cost.

11. The development of “software as a service” using the Internet “cloud” will rely on a whole new generation of smart meters, monitoring devices, and intelligent controls. Energy-monitoring services such as Google “Power Meter” will lead consumers, business, and industry to start investing in more home and building electronics.

– Jerry Yudelson is an engineer and business consultant with nearly 15 years experience in green building. Since 2005, he has written 12 books on green building, green products, green development, and water conservation. His most recent book, Dry Run: Preventing the Next Urban Crisis,  showcases business opportunities in water efficiency. His firm, Yudelson Associates, provides green marketing, green building, and sustainability consulting services nationally to a wide variety of private sector clients. He can be contacted at jerry@greenbuildconsult.com.

From www.building-products.com

We at Trilogy Partners were very proud when the kitchen we designed with the assistance of Kathye Conti made the cover of Timber Home Living Magazine. This kitchen had proved quite a challenge indeed. From the beginning we were dealing with a bit of a tight space. Still, we needed to create a kitchen suitable for pros. This kitchen would feature two sinks, Dacor appliances including a 48″ Fridge, 2 dishwashers, microwave, cappuccino  maker, a wall oven and a 36″ Range with convection oven.

Perhaps the biggest challenge however was that during construction we discovered that we had no way to vent the range hood. A downdraft vent would not work with the range oven we had chosen, and venting upward would mean our vent pipe would perfectly bisect a roof valley. This would certainly cause the roof to leak, if not this year, then next. After studying the problem for a week, we decided we really didn’t want to build a chase to hide the vent pipe. We instead came up with a far better, albeit unorthodox, solution.

As the photos show, we left the vent pipe exposed, ran it across the ceiling, and used it as the structure for a hanging pot rack.  A problem had been solved and the solution became one of the highlights of Caleb’s Kitchen.Caleb's Kitchen on the cover of Timer Home Living Magazine

A solution good enough to make the cover of Timber Home Living magazine.

The National Association of Home Builders (NAHB) recently completed a survey study to determine how new homes will shape up over the next several years. The study, presented annually at the NAHB International Builders’ Show, surveyed builders on consumer preferences and revealed that Americans have changed their views of what they would like to see in their next home.

68 percent of builder surveyed suggest that homes will include more green products, features, and technology such as low-E windows; engineered wood beams, joists or tresses; water-efficient features like dual-flush toilets and low-flow faucets; and EnergyStar rating for the whole house by 2015.

Additionally, the study predicts that home sizes will decrease. To save on square footage, homeowners are eliminating spaces like living rooms, foyers, and dining rooms. However, about 54 percent of builders reported that family room size is likely to increase by 2015, according to the NAHB’s assistant vice president for survey research, Rose Quint.

You can learn more about the housing trends that are expected to be present by 2015 on the NAHB website, or you can check out the full study at Housingeconomics.com.

Photo credit: Nahb.org.

We didn’t always think this way. A decade or more ago it wouldn’t have occurred to us. But sourcing materials based on point of origin has become an important design decision. The farther away the source of materials, the more energy intensive the shipping process. And if we are indeed to build sustainably, we need to take all environmental impacts into consideration.

A great deal of reclaimed and recycled materials were also used in the home, shipped in from neighboring states and restored on site. In the end, although we might have spent a bit more time shopping materials because we were concerned about more than just appearance, we achieved results that were a win for the client and for the environment as well.

Would you be willing to compromise slightly for the sake of the environment?

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