Habitat for Humanity Fixes Up Foreclosures

  • House leader Steve Denman helps Kallista Walker build a knee wall in the attic of this house. Walker is putting in part of her 300 hours of sweat equity so she can qualify for a house of her own. (Photo by Rebecca Williams)

Michigan has consistently been on a top ten list nobody wants to be on. That’s the list of the top highest home foreclosure rates in the country, but for some people this means opportunity.

The group Habitat for Humanity typically builds new homes, but now, some of the chapters in Michigan are taking advantage of all the foreclosures around the state. They’re buying foreclosed homes and renovating them, instead of building new.

The group says it’s less expensive to renovate an existing home than it is to build a new one. It can save resources, but it can also mean dealing with a few surprises.

Detroit Habitat for Humanity

Map of foreclosures in Michigan

A bike ride through Detroit with David Byrne

Transcript

(sawing sound)

This yellow ranch house in Ypsilanti Township has been gutted, stripped down to the studs. Up in the attic, there are a bunch of volunteers in hard hats and face masks.

(hammering)

Sam Moore is a volunteer. He says they’re making the house more energy efficient.

“We’re just building knee walls inside this attic to hold loose fill insulation on top of the house so it won’t blow all over the place.”

This house was built in the 1950’s and it had basically zero insulation.

Steve Denman is in charge of overseeing this renovation for the Washtenaw County Habitat chapter. He says their main goal is making the home more affordable for its new owner.

“We want the homeowner to not pay so many bills in energy. She’s going to have a tremendous amount of less money to pay.”

These renovated homes are being sold to low-income families at cost, with a zero interest mortgage. And they’re usually first-time homeowners.

The Washtenaw County chapter switched over to just doing renovations a couple years ago when the market went south.

Megan Rodgers is with Habitat. She says buying and fixing up foreclosures costs about two-thirds of building a brand new home. So they can do more of them in a year, and get more families into homes.

But Rodgers says there’s no question building new is easier.

“In new builds we had five specs of homes, you could build the wall in a warehouse, and have it delivered. With a renovation you just really never know what you’re getting into, how long that task might take.”

Rodgers says they’ve come into houses that have been stripped of all the electrical wiring and all the copper. Sometimes the siding is gone. And there can be bigger problems.

“A lot of these homes have lead. Lead abatement is extremely expensive to do, so we have chosen to have several members of our construction team go through lead abatement training.”

(hammering)

Kallista Walker is one of the people who’s buying a renovated foreclosure from Habitat. She’s here working, putting in some of the 300 sweat equity hours she needs before she can close on her house in a different neighborhood.

“This will be my first time ever owning my own home where I can paint and put colors on my own walls. That’s the thing I’m most excited about and having a garage of my own and a back yard, so I’m excited, I’m really really excited.”

The Washtenaw County Habitat group has been fixing up several foreclosures in the same neighborhoods, to try to add some stability to the neighborhoods. Kallista Walker says she thinks that’s a good idea.

“I love it because that means you’re changing the face of the community, you know what I mean? When you drive through and see houses where no one’s living in them, no one’s lovin’ on them, no one’s doing the yards and all the other houses are sorta nice. I mean, it changes the feeling and it draws different things to it.”

She’s hoping to move into her new home with her two sons and her mom in a few months.

The Washtenaw Habitat group says they’ll keep buying and fixing up these homes as long as they can continue to afford them.

Rebecca Williams, the Environment Report.

Radon Continues to Plague Americans

  • David Aschenbrenner from Pro-Tech Environmental installs a radon mitigation system. (Photo by Mark Brush)

There’s an invisible, odorless gas that kills 21,000 Americans every year. We’ve known about radon gas for a long time. But as Mark Brush reports, experts say we’re still a long way from fixing the problem:

Transcript

There’s an invisible, odorless gas that kills 21,000 Americans every year. We’ve known about radon gas for a long time. But as Mark Brush reports, experts say we’re still a long way from fixing the problem:

Radon gas is found down here…

…in the basement.

Really, it’s all around us. The gas drifts out of the ground from bits of uranium ore. Normally, there’s not enough of it to cause a problem. But it can get trapped in our homes, schools, and offices. We breathe it in. And the gas can cause lung cancer. It’s the second leading cause of lung cancer next to smoking. And if you’re a smoker – you’re even more at risk.

The level of radon gas in this basement is unsafe. More than four times a safe standard set by the EPA:

So a crew of two guys is here to fix the problem.

David Aschenbrenner works for Pro-Tech Environmental in Ann Arbor, MI. He says radon gas seeps up from the ground and makes its way into the house through cracks and holes in the foundation:

“So as the air is rising through the house, the house acts as a chimney. It’s creating what we call the stack effect. And that’s what’s actually pulling the radon in.”

You can’t see it. You can’t smell it. But it’s often there.

“So with the radon piping, and the radon fan, it’s going to create a suction slightly stronger than the house breathing normally.”

They drill a hole in the basement floor – put a PVC pipe into the hole. And fan on the pipe will vent the radon gas outside.
Right now – a lot of people find out about radon when they buy or sell a house. The air is tested and if there’s a problem – it can be fixed.

Bill Field is an epidemiologist at the University of Iowa. He’s studied the health risks of exposure to radiation for decades. Field says these systems work. But even though more people know about the threat of radon gas – there are still more people exposed today than in the past:

“We’re further behind now, than we were 20 years ago with addressing the radon issue, because more homes are being built that aren’t radon resistant than are being mitigated. Each year there are tens of thousands of home that are coming on the market that will hopefully be fixed someday, but they could have been fixed when they were first built.”

Field says new homes should be built to keep radon out. He says simple changes in home construction – changes that would only add $500 in construction costs – would work. He says there should be a federal requirement to build homes this way, since radon can be a problem in every state.

There are some states, counties and cities that have radon resistant new construction written into their building codes – but more than half don’t – and even in the places that do have the code on the books – workers told us that it’s not always enforced – so it’s easy to just skip the requirement.

The National Association of Home Builders says it would oppose any federal requirements to build homes this way. They say radon should be dealt with where there are known hot spots.

There are parts of the country where radon can be bigger problem than in other areas. But it can be a problem no matter where you are. The EPA has a recommended standard for radon gas. It says that homes or offices or schools should be fixed if they have radon levels of 4 pico-curies per liter or more. But Bill Field says sixty percent of the cancers caused by radon were caused at levels below this EPA standard:

“Talk about a safe level of four pico-curies per liter is really a misnomer. It’s like saying it’s o.k. to cross the road blindfolded because there’s only one car coming instead of three. There really is no safe level of radon.”

A recent report by the President’s Cancer Panel evaluated the progress being made on cancer prevention. Exposure to radioactive radon gas is one of the areas where the experts said not enough is being done. And because the problem is getting worse – they’re recommending the government do more.

For The Environment Report, I’m Mark Brush.

“You can test your air for radon gas by buying a test kit at your local hardware store. They cost between ten and twenty dollars.”

Related Links

New Houses Get a Little Smaller

  • Huge houses are on the decline. (Photo courtesy of Brendel Signature)

The American dream of home ownership has become a trend of bigger and bigger houses. The square footage of new, detached houses crept upwards for decades even though families shrank. Recent economic troubles have stopped the big house trend. Shawn Allee reports:

Transcript

You might not know it but the American dream of home ownership has translated into bigger and bigger houses.

The square footage of new, detached houses crept upward for decades, even though families shrank.
Shawn Allee reports recent economic troubles have stopped the big-house trend.

Housing stats kinda say it all.

Just after World War II, brand new single-family detached homes were about 1100 square feet.
By 2007, they were twice as big.
One builder, Andrew Konovodoff, says 2007 was the peak.

Konovodoff: My analogy is, you go to McDonalds, you can up-charge or supersize your meal and get a couple hundred extra french fries.

Alee: People did that with homes?

Konovodoff: Yeah. Money was available. People bought more home than they needed. Now, I think people have trended back the other way.

Konovodoff’s right.
The U-S Census bureau says brand-new homes shrank for two years straight, and home builders say they’re going to build smaller for at least another year.

That hasn’t happened in decades, and builders like Konovodoff are adjusting

In the smaller square footages you won’t see a formal dining room … you’ll have an eat-in kitchen. We’ve pushed out the formal dining room.

Konovodoff says he’s considering even smaller designs.
He says it’ll be trickier to make a good living, so he’s not exactly happy with the trend.
But there are people who are glad houses are getting smaller.

One of them’s Alex Wilson.
He edits a magazine called Environmental Building News.

Wilson: In building a house, we need lumber, new windows and a whole range of building materials. It’s just common sense that a smaller house will use less materials. Even with any material, a so-called green material made from recycled content, there’re still impacts from manufacturing that product and shipping it to the job site. So, when we use less, we reduce environmental impact.

Wilson says the size of new homes has dropped just a bit … maybe the equivalent of a big closet or a tiny, tiny dining room.

He’d like homes to see homes get even smaller, but that won’t happen until our heating and cooling bills jump higher.

Wilson: I think if we were paying five dollars a gallon for gasoline and equivalent prices for natural gas and heating oil, then we would see a much more dramatic drop in house size.

Wilson says most of us won’t demand or build small houses until we truly fear a life-time of high utility bills.

For The Environment Report, I’m Shawn Allee.

Related Links

Financing Energy Efficiency

  • More than half the houses in the U.S. were built before 1970. (Photo courtesy of the National Renewable Energy Laborator)

Reducing your carbon footprint
by using less energy can cost
money. Efficient cars, energy
efficient homes, and energy-saving
appliances all take money. That’s
why some states are testing whether
homeowners would be willing
to borrow money to upgrade their
homes and, in turn, save a few
bucks in energy costs. In one
state, the plan is to get private
banks and credit unions to finance
energy efficiency. Peter Payette reports:

Transcript

Reducing your carbon footprint
by using less energy can cost
money. Efficient cars, energy
efficient homes, and energy-saving
appliances all take money. That’s
why some states are testing whether
homeowners would be willing
to borrow money to upgrade their
homes and, in turn, save a few
bucks in energy costs. In one
state, the plan is to get private
banks and credit unions to finance
energy efficiency. Peter Payette reports:

When you hear green building, you might think of a fancy new house with solar panels. But most homes are not new, so reducing the amount of energy communities use means doing something about old houses.

Max Strickland owns a business in Michigan that certifies green homes and buildings. He says more than half the houses in the U.S. were built before 1970.

“We had very little energy code requirements previous to that.”

But upgrades cost money that many homes owners don’t always have. And a lot of people saw whatever equity they had in their house disappear during the past couple of years.

Now, the State of Michigan is trying to help people find the money to make their homes more energy efficient. The program is called Michigan Saves. The state launched the pilot project in a rural area of the state. The pilot is a collaboration of a local credit union, an electric cooperative and a building supply company.
Borrowers will have their new payment tacked onto their monthly utility bill.

Trevor Williams is with Brown Lumber, the building supply company involved in the pilot. Williams says it’s likely most of the improvements will be in heating costs. He says to begin with, home owners will be encouraged to have an energy audit.

“The audit it would say things that need to be done, the top three things that are recommended. Furnace replacement, ceiling ducts and weatherizing the house those going to be the three most common items.”

But homeowners can also borrow money for new energy efficient appliances like refrigerators and hot water heaters. Sometimes loans like this are promoted as immediately paying for themselves. That is, it’s suggested the money you save on your utility bills will fully cover your new payment. That’s not necessarily the case.

Marc McKeller is with Members Credit Union which is financing the project. He says after a few years, people will be able to break even on the costs. Government tax incentives and other rebates will help that happen. But McKellar says people shouldn’t expect to take out a loan, retrofit their house and not have more to pay each month.

“The only way it could be was if a government was to give zero percent loans out and that they received tremendous rebates from the utilities and that they received a tremendous government credit.”


But, McKellar says it’s still a good deal. The interest rate for project’s loans will be a little bit better because the state is backing the loans.

And tight credit means not many banks are loaning people money to make their house energy efficient and not many people are putting money into a home that’s lost value because of the housing market bust. That’s one of the reasons they need to run a pilot project.

“They’re trying to determine through this study, how do you get a consumer to actually do this and what are the benefits?”

The directors of Michigan Saves hope to roll out a statewide program later this year. So far no banks have agreed to participate but there are other credit unions interested in the concept.

For The Environment Report, I’m Peter Payette.

Related Links

Fixing Up Foreclosures

  • Megan McNally in front of her home in Buffalo. She purchased the house for $3,800. (Photo by Emma Jacobs)

In many older cities, some
neighborhoods are known for
their abandoned houses. A
lot of these will decay beyond
repair and end up as debris
in landfills. Emma Jacobs
takes us to one hard-hit
neighborhood, where one house
has become a laboratory for
doing green construction:

Transcript

n many older cities, some
neighborhoods are known for
their abandoned houses. A
lot of these will decay beyond
repair and end up as debris
in landfills. Emma Jacobs
takes us to one hard-hit
neighborhood, where one house
has become a laboratory for
doing green construction:

(sound of climbing steps)

Last year, at age 20, Megan McNally bought a house.

”This is the front room. Um, this is gonna be the bathroom. Doesn’t look like much now. It’ll get there.”


Not just any house. She wanted to find a project in this neighborhood to tie to the environmental science she studied during the year.


While home from college for a summer, McNally had been working with a nonprofit, Buffalo Reuse. It works in a neighborhood of East Buffalo with rows of abandoned homes. She paid $3800 dollars at the city’s foreclosure auction for a small, wood-frame house that had been vacant for three years.

“I really wanted to help some effort in Buffalo and so I was trying to brainstorm and I sat down with Michael and we sort of came up with this idea of buying a house.”

(sound of truck)

Michael is–Michael Grainer, who runs Buffalo Reuse. We make a coffee run and he tells me this neighborhood is part of a city whose population has shrunk by half.

“What we’re trying to do is to build a base of projects that are undergoing some kind of transformation and also lots that are undergoing a transformation.”

McNally’s house looks like it’s in good shape, but it had also taken a lot of abuse.

“On the outside, it looks really great. You could move in tomorrow. But as I came in here the first weekend it was leaks that people didn’t take care of. There was…this floor we had to cut out because it was all rotted from black mold.”

McNally had no prior knowledge of home repair. Transforming this house soon escalated as she found she would be replacing the plumbing and heating. But in some way, she’s also found her lack of experience to be an asset in recruiting help.

Ken Hicks is helping to measure out a part for a radiator in the front room. He turned up near dusk one day last winter. McNally was under the house checking the foundation, and Hicks, a construction worker was helping out the owner next door. He saw her feet sticking out from underneath. When she crawled out they started talking.

“It was a big joke, you know. We went back and forth and I said, you know, it was just so weird to see you in that situation and that situation and that predicament. And we just started from there,”

Slow work during a down economy means Hicks spends more time on volunteer jobs. He’s become one of the main people McNally turns to with questions about plumbing and carpentry.

“Being really young, you can ask a lot of stupid questions, and people go, ‘Oh man, this girl,’ but then go on and like, answer it in a way where maybe they wouldn’t be so open with somebody else.”

“Anything you can possibly do wrong has been done has been done in this house. But all those things that I’m talking about are now corrected, and there’s so much more knowledge here.”

There’s still months of work left, but McNally knows she will be living here soon. She has learned both a lot of construction skills and a lot about teaching, herself. She holds workshops to help the neighbors who are left take on their own properties. Her house, still unfinished, is a good training ground for beginners. McNally also realized people are less afraid to approach her with their questions than the experts she first had teaching.

“It’s hard putting things together. And, I don’t know, there’s been times where you just want to sit down and you get so frustrated that you don’t know how to do something that I think it’s really important to have people there who say, whatever, it’s ok and it’s ok that you don’t know everything, because you know, once you figure it out or ask questions, or just do it (laughs) and hope that things work out for the best, they usually do.”

For The Environment Report, I’m Emma Jacobs.

Related Links

Biofuels in Europe: Part 3

  • Jühnde’s biomass power plant runs 24/7 and gets fed manure and grains every day. (Photo by Sadie Babits)

People fed up with hearing
about an energy crisis talk
about going off the grid.
In the US, the solution is
to install solar panels on
your roof or put up a wind
turbine. But a village in
Germany has taken a different
approach. In the final part
of our three-part series on
biofuels in Europe, Sadie
Babits explains:

Transcript

People fed up with hearing
about an energy crisis talk
about going off the grid.
In the US, the solution is
to install solar panels on
your roof or put up a wind
turbine. But a village in
Germany has taken a different
approach. In the final part
of our three-part series on
biofuels in Europe, Sadie
Babits explains:

The village of Juhnde sits between rolling farmland and woods. The first buildings went up more than a thousand years ago. It looks like a lot of German villages – narrow streets, terra cotta roofs, and a towering church steeple. But talk to anyone here and they’ll tell you Juhnde is no ordinary town. It’s the first community in Germany to be powered and heated by cow manure and grain.

“This is the biogas power station on this side.“

That’s Gerd Paffenholz. He’s lived here in Juhnde for 20 years. He volunteers to show visitors, like me, the village’s bio-energy plant.

“This is the wood heating system and what you don’t see is the network that deliver the hot water in the ground.”

Paffenholz stands on top of an underground storage tank. The liquid manure in here gets pumped over to a massive green tank. That’s the anerobic digester. There, micro-organisms have a hay day eating manure and grains supplied by farmers in Juhnde. The bacteria create biogas, which then gets combusted into heat and electricity. It’s pretty silent outside the power station but open the door…

(engine sound)

That’s the sound of 700 kilowatts of power being generated. The electricity gets sent to the public network. It provides this village of 750 people with renewable power. There’s an added bonus – energy that’s normally lost while making biogas gets captured and is used to heat water. That hot water gets delivered through a series of underground pipes to heat most of the homes in Juhnde.

The village’s bioenergy plant went live five years ago. The price tag? Nearly 8 million dollars. The money came through a government grant and from residents who each ponied up thousands of dollars to join the plant cooperative. The village has also cut its greenhouse gas emissions in half already meeting targets set by the European Union for 2050.

“It shows you what some wise investments and collective thinking can make happen.”

That’s Jim McMillan. He researches biofuels at the National Renewable Energy Laboratory in Boulder, Colorado. He says Juhnde has created an attractive model that could work in the Northern US and Canada where people are more remote and winters are long and hard.

“It’s a good model but Europe, I mean, they’re built out much more than we are and they are doing a lot more in building. They’re density of building, the size of their square foot of their homes are much more right size and so these solutions are easier to implement there than they are here I mean we have a lot more big homes that require a lot more heat.”

Our attitudes are different too. It took several years to get Juhnde’s residents to buy into the idea of going off the grid but now most everyone is on board. Here in the U.S. we’re a lot more individualistic. But McMillan still sees a lot of promise in what Juhnde accomplished.

“So one village is a good example but we need to apply it across the board.”


Other villages in Germany are building bio energy plants. In the U.S. a few towns are attempting parts of Juhnde’s efforts. Reynolds, Indiana replaced the town’s vehicle fleet with cars and trucks that run on bio fuel. It’s now working with a company to turn algae into power. And in Grand Marais, Minnesota, they want to build a central heating system for the town that burns wood chips from the local saw mill.

For The Environment Report, I’m Sadie Babits.

Related Links

Time to Eat the Dog?

  • Meredith Mull loves dogs. She owns five and works as a groomer. She's not getting rid of any of her pets to help the environment. (Photo by Julie Grant)

We’ve all heard about the
environmental problems our
gas-guzzling cars and trucks
cause. But some researchers
say our vehicles aren’t the
biggest energy hogs. The biggest
energy users actually live
in our homes. Julie Grant
reports about the new book
‘Time To Eat The Dog?’ about
the wasteful ways of our pets:

Transcript

We’ve all heard about the
environmental problems our
gas-guzzling cars and trucks
cause. But some researchers
say our vehicles aren’t the
biggest energy hogs. The biggest
energy users actually live
in our homes. Julie Grant
reports about the new book
‘Time To Eat The Dog?’ about
the wasteful ways of our pets:

Robert Vale is sorry. He didn’t set out to incriminate Fido. He and his wife Brenda Vale specialize in sustainable living at Victoria University in New Zealand. And they just wanted to see how much of the world’s resources it takes to do things like eat, work, play sports, and own pets.

“The thing that most surprised us, and was the most unexpected was the scale of the impact of pets – which was really, really high.”

Vale says a big dog, like a German Shepard, actually has a bigger ecological footprint than an SUV.

To measure the ecological paw-print of pets, the Vales looked at the ingredients in common brands of dried pet foods. Based on recommended portion sizes, they calculated that a medium sized dog would consume more than 3 ounces of dried meat a day. To get that much dried meat, the Vales found, it takes nearly a pound of fresh meat. Add that up each day, and they concluded a medium sized dog eats about 360 pounds of meat a year!

Robert Vale says raising that meat – beef, lamb and chicken – has an environmental impact.

“And we did the calculation based on a dog eating chicken, which is a fairly low footprint meat, rather than say beef, which is a fairly high footprint meat. So, we tried to bias it in favor of the dog. But it still came out really big. It was a big surprise, really.”

Vale says the dog takes more than 2 and a half times more energy and resources than building and driving an SUV 6000 miles a year.

These numbers aren’t just coming from the Vales.
The New Scientist Magazine asked the Stockholm Environment Institute in England to calculate a dog’s paw-print, and the findings were almost exactly the same.

But none of this really computes with dog-lover Meredith Mull. She doesn’t understand why Robert Vale would even look into this.

“He must not have a pet. He must not know what it’s like to be loved by an animal and take care of it and have it give you nothing but respect and loyalty and love. He must not know what it feels like.”

The Vales don’t have any pets. They used to have cats and other animals. But when they died, Robert Vale says they felt they shouldn’t replace them and use more of the world’s resources just to give themselves a little more comfort.

“We are increasingly pushing up to a question of limits. What can we have, what, everything. I think to some extent, that’s why it’s unpopular. We’ve all been brought up to believe that not only can we have more of everything, but it’s our right to have more of everything.”

But some people think the Vales are barking up the wrong tree.

Chetana Mirle works on global warming issues at the Humane Society of the United States. She says instead of blaming dogs, people should look at what they, themselves are eating – and how that contributes to environmental problems.

“So to me, I felt like, ‘are you kidding me?’ Um, we’re worried about our pets, and what our pets are eating instead of what we’re eating, and what our consumption is about – which has such a huge disproportionately large impact on climate change and the environment in general.”

It’s not that the researchers want people to blame dogs and cats instead of themselves. They say they just want people to understand that each choice we make – right down to whether we have pets – has an environmental impact.

For The Environment Report, I’m Julie Grant.

Related Links

Interview: Amory Lovins

  • Amory Lovins is the Cofounder, Chairman, and Chief Scientist of the Rocky Mountain Institute. (Photo courtesy of the Rocky Mountain Institute)

There’s a lot of talk about
conserving energy, but many
homeowners are not taking
advantage of the tax credits
being offered to tighten up
their homes. Many are more
intrigued about solar panels
and generating their own power.
Amory Lovins is an inventor,
author, and the chief scientist
at the Rocky Mountain Institute.
Lester Graham talked with him
about conserving energy at home:

Transcript

There’s a lot of talk about
conserving energy, but many
homeowners are not taking
advantage of the tax credits
being offered to tighten up
their homes. Many are more
intrigued about solar panels
and generating their own power.
Amory Lovins is an inventor,
author, and the chief scientist
at the Rocky Mountain Institute.
Lester Graham talked with him
about conserving energy at home:

Lester: When I talk to some of my friends about energy consumption, they immediately jump to installing backyard wind turbines or solar panels; just getting off the grid. And I always ask, well, have you added insulation your attic? It seems like some of us are really into those gee-whiz aspects of renewable but we tend to overlook conservation, that’s something you’ve stressed. Why?

Lovins: Well, efficiency, which I use instead of conservation cause it unambiguously, means doing more with less is faster, cheaper, easier, than any kind of supply. Look, if you can’t keep your bathtub full of hot water because it keeps running down the drain the first thing you do is get a plug before you go looking for a bigger water heater. Then when you get a water heater, it will be a lot smaller and cheaper and work better. So efficiency first is a wonderful adage, most people live in houses with a square yard of holes in them. Of course if you live in a sieve, it’s hard to stay warm. So, first, you start with stuff like weather stripping and caulk, and if you can you get a house doctor to come do a house call with diagnostic equipment and diagnose you houses chills and fevers. But uh, even in our house which is one of the most efficient in the world, uh, we still need to the blower door test and caulking every few years because with changes in humidity the wood works in and out and you have to renew this stuff occasionally. But the benefits are huge.

Lester: How far can we really go in saving energy at home?

Lovins: If you’re really conscientious about it, most people can save around half to two-thirds of their energy. That’s partly by draft proofing, insulation, and perhaps, although they’re often costlier, uh window improvements. I’m sitting under some windows now that insulate like fourteen sheets of glass but look like two and cost less than three. Then also it means whenever you get lights or appliances, you get the most efficient you can, so after some years you’ve turned over the stock and if you’re ever going to buy an appliance, go to aceee.org. The American Council for an Energy Efficient Economy posts their list of the most energy efficient appliances. Of course, a minimum, you should get energy star, that at least knocks the worst stuff off the market. But within the energy star category, there is quite a lot of variation and it is worth shopping for the best ones.

Lester: What about the upfront costs of new appliances, new windows, new furnaces, things like that?

Lovins: For many kinds of appliances, there isn’t even any correlation between efficiency and price, but if there is, it’s probably still a very good deal; a much better return than you can get in any other form of investment and with much less risk. Think of it as money very well spent and of course, if you had first done the very cheap stuff like stopping up that square yard of holes in your house, the wind doesn’t whistle through, it saves so much upfront that it helps pay for everything else. The whole package is really quite an enticing return.

Lester: Amory Lovins consults on energy issues and he’s the chairman of the Rocky Mountain Institute. Thank you for your time.

Lovins: Thank you.

Related Links

Greenovation: Eco-Certified

  • When doing home improvement projects, WaterSense, EnergyStar, GREENGUARD, and FSC certifications are some to keep an eye out for. (Photo by Michelle Miller-Freeck, courtesy of FEMA)

When you’re planning a home
improvement project, you can
be overwhelmed with decisions
about the right materials, the
right quality, and the right
design. Trying to keep it eco-
friendly on top of everything
else just adds to the confusion.
Lester Graham reports it can be
as simple as finding a label:

Transcript

When you’re planning a home
improvement project, you can
be overwhelmed with decisions
about the right materials, the
right quality, and the right
design. Trying to keep it eco-
friendly on top of everything
else just adds to the confusion.
Lester Graham reports it can be
as simple as finding a label:

Julia Weinert and her boyfriend like the idea of making their place nice, but even something as simple as painting causes concerns.

JW: “We want to support environmentally friendly options and we just don’t want to be smelling it for three days out and have to be running the fans. We just want it to be convenient and we think it would be an easy thing to do.”

LG: “Well, you’re in luck. We’re at the local Home Depot and we just happen to have Greenovation.TV’s Matt Grocoff here. Matt, you’ve got some advice for her.”

MG: “And it’s really, really simple. When you’re trying to find a paint that’s healthy for you or another product, you shouldn’t have to be a chemist when you go to the store. There’s a really simple thing you can look for. Just look for the simple GREENGUARD label. GREENGUARD is an independent organization that lets you know with a simple label that that product is safe for you.”

So, none of the really strong paint smells that mean polluting chemicals are being released. GREENGUARD Environmental Institute sets indoor air standards for products and buildings. Julia and I sniffed a can of paint WITH the GREENGUARD label, and then one without.

LG: “I’ll let you sniff first.”

JW: Okay. Oh! Yeah! Oh my gosh! That is ridiculous. I mean, it smells so much stronger than this one. You can’t even smell that one compared to this one.”

A gallon of paint with the GREENGUARD label DOES cost a few dollars more, maybe as much as ten bucks.

Matt then herded us to another part of the store, the plumbing section, where Julia and I were confronted by all kinds of shiny chrome and brass faucets.

JW: “There’s a whole wall, a whole aisle of faucets here and I just don’t know which ones to look for.”

LG: “So, Matt. You got any fancy labels here?”

MG: “Absolutely. Again, if you’re looking for that eco-friendly option, a way to save yourself some money and some water, it’s simple. Just look for the WaterSense label. The EPA does EnergyStar labels for appliances. The EPA also does WaterSense label for plumbing fixtures.”

WaterSense means the fixture – whether a faucet, shower head or toilet – will use less water but still works well.

As we wandered over to the lumber section of the store, Matt told us the last label he wanted to show us is the most ignored label – and it might just be the most important one.

MG: “FSC stands for the Forest Stewardship Council. And what that means is they’ve made a commitment that they’re not going to be tearing down forest and clear-cutting them in order for you to build some bookshelves in your home. This is one of the biggest causes of greenhouse gases is that we don’t have these forests capturing this carbon any more. Instead of having to have a PhD in forest management, you can just simply look for a piece of wood that has an FSC label on it.”

So, labels. Julia says, works for her.

JW: “It’s going to be great, taking my boyfriend around the store and showing him all these cool things I can get to make our home improvements a little more cheap and environmentally-friendly.”

LG: “Alright remind me, go over this again. What am I supposed to be looking for?”

MG: “It’s very simple. If you’re looking for paint, look for GREENGUARD. For plumbing, WaterSense. For lumber, FSC, Forest Stewardship Council certified.”

LG: “That’s Matt Grocoff, Greenovation.TV. Thanks again, Matt.

MG: “Lester, it’s always a pleasure. Thank you.”

For The Environemnt Report, I’m Lester Graham.

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Shutting Off the Heat

  • Four million homes had their heat or power turned off this year. (Photo by Elizabeth A. Sellers, courtesy of the National Biological Information Infrastructure)

Millions of families had their heat
or electricity shut off this year.
Rebecca Williams reports that happened
even though government assistance
for energy bills doubled:

Transcript

Millions of families had their heat
or electricity shut off this year.
Rebecca Williams reports that happened
even though government assistance
for energy bills doubled:

Record numbers of Americans are having trouble paying their heating or power bills.

Mark Wolfe is with the National Energy Assistance Directors’ Association. He represents the state agencies that help people pay their energy bills.

He says when families use up their allotment of energy assistance, things can get tough.

“It’s pretty awful – they go to payday lenders, pay high interest rates to get extra money, they borrow from relatives, they cut back on medicine, they turn the heat down to dangerous levels. These are families that’ve already gone from steak to chicken to rice. They don’t have a lot of choices.”

Four million homes had their heat or power turned off this year.


Wolfe says unless the economy improves next year, the number of families needing help with their bills could be even greater.

For The Environment Report, I’m Rebecca Williams.

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