Posts Tagged ‘brick homes davidson’

Americans Practice Accidental Environmentalism

Monday, May 24th, 2010

According to the Eco Pulse 2010 market study recently released by green marketing and advertising agency the Shelton Group, American consumers have become less concerned about the environment, but more interested in energy efficiency as a way to save money. Saving money through energy efficiency has emerged as the primary driver of green purchases among consumers, outweighing feelings of personal responsibility for the state of the environment, the study found.

Nevertheless, energy efficiency for frugality’s sake still results in environmental benefits, in effect making many Americans what Eco Pulse’s researchers call “accidental environmentalists.”

“One of the most important findings is that people don’t go green to save the planet,” says Suzanne Shelton, president and CEO of the Shelton Group. “Particularly in the built environment, they go green to gain a sense of control, personal satisfaction, and comfort in their homes.”

Interest in green products has continued to rise steadily, despite declining motivation to “do the right thing” and “save the environment.” Out of the 1,000 people surveyed for Eco Pulse 2010, 64 percent say they are searching for greener products, a slight increase over last year. And the primary reason respondents say they’re buying green home improvement products is “to save money” (17 percent), compared with just 10 percent who are concerned about conserving natural resources and 8.6 percent concerned about their families’ exposure to toxins and chemicals.

More than half of respondents say they’re searching for greener appliances and about 44 percent express an interest in greener home improvement products such as windows, carpet, and insulation. Perhaps not surprisingly, those with children are more likely to be looking for green home improvement products (49 percent) than those with no children in their homes (41 percent). Economic conditions don’t appear to be dampening consumer interest in green products, either: 48 percent indicate they are buying the same number of green products despite the recession, and 21 percent say they are actually buying more.

This sustained interest in energy efficiency could be due to a combination of factors, such as rising energy costs and the American economy’s continuing troubles. But Shelton thinks a driving factor may be simply that consumers understand energy efficiency better than other green characteristics, such as indoor air quality and life cycle impact.

When asked what “green” means as applied to products, 69 percent of those surveyed chose the generic definition “environmentally friendly,” followed most closely by recycled/recyclable (45.5 percent) and energy-efficient (31 percent). Natural (26 percent), renewable (20 percent), and organic (20 percent) also were popular choices. Many of the qualities that have been getting the most play within the design and construction industry are concepts that consumers don’t grasp as well as they understand energy efficiency. Fewer consumers defined green as sustainable (12 percent), healthy (10.5 percent), bio-based (9 percent), carbon neutral (7 percent), and water conserving (4 percent).

Again, when consumers were asked for the top three criteria they use to determine whether a home improvement product is green, they overwhelmingly selected energy efficiency (43 percent) and Energy Star qualification (39 percent) as the No. 1 standard. Impact on health (24 percent) or indoor air quality (23 percent) ranked slightly lower, followed by recycled content (16 percent), sustainable material content (13 percent), and water-saving (8 percent).

In another study published by the Shelton Group in 2009, 72 percent of those surveyed said they were interested in owning or renting an energy-efficient home, but less than half said the same about owning or renting a green home.

“Consumers understand energy efficiency, and they know when they have it,” Shelton notes. “Green seems so esoteric to most people. Energy efficiency equals compromise, while green equals sacrifice and expense.”

To market products, home improvement services, or new homes as green is much less effective than a strategy that defines and details the benefits a consumer can expect to receive. “We would say, lead with energy efficiency if you can, then follow up with the health benefits. If you don’t have energy efficiency as a quality of your product, then hammer the healthy benefits,” Shelton explains.

Nevertheless, there is increasing understanding among consumers that a green home also is healthy. “What we found is that anyone in the study groups who had a personal experience with a health-related issue that could be exacerbated by their environment or environmental problems is far more educated and is changing their behaviors,” Shelton says. “And as we see more and more environmental problems lead to more respiratory problems, I think we’ll see consumers getting savvier about how a green home is a healthier home.”

Eco Pulse 2010 also found that most consumers depend on a product’s label (40 percent) and its content/ingredients/energy-savings package information (38 percent) to tell them that a product is green.

Of the 21 percent of people who say they rely on independent third-party product certifications, 54 percent selected Energy Star as the best third-party certifier, followed by the Green Good Housekeeping Seal (32 percent), and Consumer Reports (30 percent). According to the study, there is much less recognition and awareness of Greenguard (10 percent), Green Seal (9 percent), and LEED (8 percent). Even less recognized were the Sustainable Forestry Initiative, Forest Stewardship Council, Cradle to Cradle, and WaterSense.

“Certifications are not as important or as big a driver as all the people who run certification programs would like them to be,” Shelton says.

Notably, though, respondents profiled as “active” green product buyers were more likely than the overall group to select the less well-known certifications. For example, 15 percent of active green buyers selected LEED certification compared with just 8 percent of the overall group.

The abundance of green product certifications now operating on the market—for everything from construction materials and homes to personal care items and supermarket produce—is creating competition and increasing the potential for consumer confusion about precisely what each program certifies and how trustworthy it is. But the study’s researchers predict that eventually weaker certifications will be weeded out as awareness and understanding grows, leaving those that have built consumer confidence in their brands.

While energy efficiency currently is the biggest driver of green purchases, Shelton notes that it still ranks low on the list of home improvements that consumers would choose to make if they had ready cash. The firm’s most recent Energy Pulse study found that while energy efficiency improvements were top of the list in 2008 when the economy and the housing industry were reeling, in 2009 consumers preferred aesthetic improvements over efficiency, largely because they had retrenched severely, were spending much more time in their homes, and wanted to look at something pretty.

“You might wonder why they’re choosing aesthetics and things that won’t save them money when we’re in a recession, rather than energy-saving features, but it’s about control and feeling comfortable,” Shelton says.

Plus, most homeowners believe their homes are still using the same amount of energy they used five years ago, despite higher costs. “If they don’t think there’s a problem, why would they invest in energy efficiency improvements? This is a tremendous education opportunity,” she adds.

Source: CUSTOM HOME Magazine
Publication date: May 19, 2010
By Stephani L. Miller

http://www.customhomeonline.com/industry-news.asp?sectionID=204&articleID=1286382&artnum=1

www.dvwise.com

Engineered Lumber’s Green Attributes Provide Another Selling Point

Tuesday, May 18th, 2010

DV Wise prefers to use engineered lumber on our new homes

When Trus Joist introduced the first engineered I-joist in 1969, it wasn’t to save the planet. It was to help save a building industry that depended on huge, old-growth trees that were quickly becoming scarce and more protected by regulators.

As home builders started using engineered structural lumber, including I-joists, laminated veneer lumber (LVL), finger-jointed lumber, glue-laminated lumber, and manufactured trusses, they embraced their strength, their extra-long lengths, and their ability to keep floors from squeaking.

“I think of engineered lumber as green,” says Baltimore remodeler Paul Lidard, “but I use it because it’s more convenient” than solid-sawn lumber. “Everyone’s in favor of it because you’re more in control [of how much is wasted]. But they’re not thinking of it as a green product.”

Perhaps they should be. In addition to the strength and consistency builders have long appreciated, engineered lumber boasts eco-friendly properties worth marketing to homeowners in this new era of environmental consciousness.

Green Beginnings

Made from small-diameter or lower-quality trees or from waste from wood-processing operations, engineered lumber is a combination of wood that is peeled, chipped, or flaked and then glued to produce a durable panel, stud, beam, or joist.

There’s no need to use whole trees, large trees, or old trees to produce engineered lumber products, so those resources can be conserved. In fact, engineered lumber is made with about half the wood fiber of solid-sawn wood. And because engineered wood is so strong, it’s not necessary for a builder to combine multiple, standard-size lengths to create a beam that stretches across a tall wall, a wide ceiling, or the floor of a huge room. Instead, the builder can order a board cut to a precise length—even if it’s very long—which means less cutting on site and less waste heading to landfills.

And, manufacturers like to point out, engineered wood, while a composite of different kinds of wood fibers, still starts as trees, which are renewable and remove carbon dioxide from the atmosphere.

Some manufacturers are taking the additional step of incorporating wood from sustainably managed forests that are certified by programs such as the Forest Stewardship Council, the Sustainable Forestry Initiative, the Canadian Standards Association, and the American Tree Farm System. Manufacturers of engineered wood can earn certifications at different levels if they buy a substantial portion of their wood from sustainable forests and keep tabs on the chain of custody of the product.

Lingering Challenges

“I’m not sure why anyone would choose not to use [engineered lumber],” says green home builder Jon Alexander of Seattle-based Sunshine Construction. Aside from their environmental qualities, he adds, “I like their pretty darn consistent quality. When you order one of them, you know what you’re getting.”

Still, the product, which APA-The Engineered Wood Association predicts will increase significantly in production and use over the next five years, costs more than solid-sawn lumber in most markets, leaving some builders ambivalent about pitching it to potential buyers.

“I would prefer to use all engineered wood if I could, but that’s not the case,” says Lance Hobson, owner of Legend Builders in Paco, Wash., which builds 24 homes a year—mostly on spec—and uses engineered I-joists in all of them.

For custom homes, however, he offers the buyer the option of paying the 6 percent to 8 percent more he estimates a home would cost if he used engineered wood exclusively, and he has only had two takers, who were focused on building green homes.

Engineered wood is a hard sell, he says, because “without going into the negatives [of solid-sawn wood], there’s no way to tell the positives. If I told them that [traditional] wood would warp, crack, and split, I’d be casting a doubt over the workmanship of the homes I built with wood.”

At Winchester Homes in New Market, Md., sales staff tell potential buyers about the benefits of engineered wood, but the builders decide where to use it. “If they want a big, open space, engineered wood is what we’re going to go with,” says Randy Melvin, the builder’s director of research, standards and design assurance. “If they want a less-squeaky floor and the flatness of the floor is important, we use engineered wood.”

Tim Mosely, brand manager for Canfor, notes that most buyers don’t know what kind of wood builders use in their homes. “The benefit is really more to the builder than the actual home buyer,” he says.

Mosely notes that the green benefits are growing as manufacturers develop sophisticated software that helps builders order and cut precise lengths. Software from Boise Cascade, iLevel by Weyerhaeuser, and others allow builders to accurately specify the amount and types of materials needed, so builders buy less, avoid overbuilding, and waste less.

“Wood is a green building product, engineered wood is extremely green, and Boise’s design process makes the whole thing even greener,” says Boise spokesman Dale Robley, who notes that the industry is gravitating toward electronic designs that limit the need for paper for drawing them or gas for delivering them.

“You go to a typical jobsite and you see these piles of waste every night,” Robley says. “There’s absolutely no excuse for that anymore.” — BUILDING PRODUCTS

Most structural engineered wood is glued together with binders that contain phenol formaldehyde, a product with minimal off-gassing.

The binders used for some non-structural, interior-grade products, like particleboard, MDF, and hardwood plywood, however, can contain urea formaldehyde, a volatile compound that is classified as a carcinogen. Urea formaldehyde is also linked to respiratory problems, eye and nose irritation, and allergic reactions. The telltale sign of its presence: the sweet smell that most new kitchen and bathroom cabinets emit.

New regulations in California will restrict urea formaldehyde emissions, but do not deal with phenol formaldehyde. In response, manufacturers are developing formaldehyde-free binders, using products like polyurethane and even soy. Last summer, the California Air Resources Board adopted new caps on the amount of urea formaldehyde used to bind wood products used indoors, to take effect in 2009.

By:Sharon O’Malley

http://www.ecohomemagazine.com/green-building/engineered-green-lumber-green-selling-point.aspx

www.dvwise.com

Steady Growth in Residential Construction, Upkeep Spending Forecast Thru ‘14

Saturday, May 15th, 2010

 Expenditures for residential building construction and improvements nationwide will rise between 6% and 16% per year through 2014, climbing in constant dollar value from $274.57 billion this year to $416.01 billion in 2014, the management consultant and investment banker FMI Corp. predicted Friday.

Spending on single-family residential building will go up 10% to 24% per year, rising from $123.61 billion in 2010 to $232.67 billion in 2014, the Raleigh, N.C.-based group said.

In contrast, it predicted spending on multifamily buildings would drop 12% this year and 8% in 2011 before turning around in 2012 and rising 28% that year, 8% in 2013 and 9% in 2014. In constant dollar terms, the annual expenditures would go from $31.34 billion in 2010 to $43.31 billion in 2014.

As for improvements–which FMI defined as additions, alterations, and major replacements, but not maintenance and repairs–FMI looks for 3% to 5% growth annually, from $119.72 billion this year to $140.03 billion in 2014.

All these forecasts reflect the value of construction put in place. The Census Bureau defines that measure as the value of construction installed or erected in a particular year. The number includes cost of materials as well as cost of labor, contractor’s profit, the cost of architectural and engineering work, and various other costs.

“The residential sector is expected to begin to recover in 2010,” FMI said, but it noted that “single family put in place construction will recover at a slower rate than single-family housing starts.” This is because there’s a trend toward lower-cost housing. For instance, it takes five starts on $150,000 houses to equal one start of a home worth $750,000.

“Multifamily construction has been impacted severely by tight credit and will not recover until credit loosens,” FMI continued. “Residential improvements construction is expected to increase slightly in 2010 as consumers make improvements rather than move up, and the age of the housing stock requires improvements.”

By Craig Webb

http://www.builderonline.com/economic-conditions/steady-growth-inconstruction-upkeep-spending-forecast-thru-14.aspx?cid=BLDR100413002

www.dvwise.com