The Best (and Craziest) Green Home Design Ideas (guest post)

Adobe houseFor today’s guest post, we have writer and handywoman from DIY Mother  Katie White, who is passionate about self-reliance and conservation. She takes pride in making her home a more sustainable and comfortable place for her husband and two kids. She lives in Dallas.  Take it away, Katie!

 

No denying it, Green is in, and with all the energy savings and earth saving potential, why not? We’re not talking about greenwashing here; these are some great, albeit a little hardcore, ideas for environmentally friendly home design. Here is the short list:

1. Evapotranspiration

Staying with the outdoors for a moment, let’s talk about Evapotranspiration; it’s the hot topic in the blogosphere… well really, it’s a cool topic. Evapotranspiration is really just a fancy word to explain what happens when a plant moves and releases water vapor. That movement actually cools the plant and the immediate surrounding area. Combine that with the shade that trees provide, and you can cool an area by an astounding 9 degrees Fahrenheit. So strategically surrounding your home with trees can significantly reduce your power consumption once summer rolls around.

2. Radiant heating (and cooling)

Radiant heating systems supply heat directly to the floor (via panels) of a home. The most popular and cost-effective version of these pump heated water through tubes in the floor. To maximize the effect of radiant heating, floors covered in ceramic tiles are best because they conduct heat well, and add thermal storage. With a heating system in the floor, and a cooling system in the ceiling, these designs maximize efficiency and keep homes comfortable at low cost. In most cases, radiant heating should be paired with a tankless gas water heater to avoid wasting heat on stored water in the tank.

3. Shag insulation

Interestingly, some homeowners are installing shag carpet to go green—not for the floors, since those are decked out with ceramic radiant heating panels—but to insulate fridges and furnaces. Heat loss from refrigerators causes about 8% of homeowners’ electrical bills, so this technique can save quite a lot of energy. To maximize this effect, insulation board is taped to the top and sides of the refrigerator (not the doors), then the whole fridge is coated with a luxurious layer of disco. A full fridge with clean coils reaps the most benefit from this insulating design.

4. Ditch the toilet

This is one of the wilder green ideas that is growing in popularity, at least on the internet. The idea here isn’t to completely remove toilets from houses (although older models are usually replaced with high-efficiency models), but to reduce how often they’re used. More and more people are advocating urinating outside, which doesn’t have to be totally like camping. Many people are building outdoor restroom areas, (they prefer not to call them “latrines”) and by doing so save up to 5 gallons of water every time they choose to go outdoors.

5. Adobe housing

Adobe building techniques are a great way to go green, and it’s pretty stylish too. Adobe is efficient because it has low environmental impact, and it has a high thermal mass… meaning it retains temperature pretty well. Until recently, adobe did have a downside—it was seriously vulnerable to moisture—but new methods involving adding small amounts of stabilizers make adobe much more resilient against water damage. It’s still not workable in very rainy climates, but adobe is a great way to keep cool and save energy in arid and semi-arid regions.

Your turn!  What crazy green design ideas have you seen? worked with? recommended?  Share in the comments below, or drop me an email.

Welcome, too, to the new subscribers who signed on this week.  If for some reason, you didn’t get your free white paper on the 7 Critical Mistakes that Engineers and Architects Make, drop me a note and we’ll set you up. 

 

The top 10 architecture mistakes of the 21st century (guest post)

For a fun Friday guest post, Marcela De Vivo is joining us today.  Marcela is a freelance writer from Los Angeles, focusing on Marketing, Real Estate, and Technology.  She works for Process Sensors Intl and spends her time connecting online, reading and researching. 
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The 21st century is one of the most innovative eras for architecture. With great ideas, there comes great failures.
Starting at number ten is the First World Hotel from Malaysia. It was once, the biggest hotel in the world, but it fell short in terms of design. The main problem came with the color scheme. It looks as if the designer had an obsession with rainbows.

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Number nine goes to a building that looks great as something in your pocket, but not as an architectural inspiration. It resembles an old Chinese currency that is circular with a square cutout in the middle. The building, known as the Fang Yuan building, is in Shenyang, China.

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Eight is the Federation Square in Melbourne, Australia. It contains many buildings that seems incomplete. Patched by a bunch of metal plates with various patterns, the square is lacking a wholesome building.

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Lucky number seven was created through the collaboration of Dutch architecture studio MVRDV and Spanish architect Blanca Lleo. The result was not so great. Assuming they were going for a abstract look, it came off as random and bland. It contains random streaks of red lines in obscure areas.

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Six is a shiny pineapple shaped building in Macau. It is a hotel and a casino with 430 rooms and over 800 table games. It is also the home to the “star of Stanley Ho”, the world’s largest cushion shaped internally flawless D-color diamond.

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At number five, the National Library of Belarus opened in 2006 in Minsk. The shape is reminded of a virus. It houses the largest collection of Belarusian printed materials and has the third largest collection of Russian books.

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 Number four is similar to the Fang Yuan building because of its circular structure. The Aldar headquarters located in Dubai has the shape and color of a fly’s eye.

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Number three is the Meadowlands Xanadu that is to be finished by 2013. It is located in New Jersey. Even the governor is saying bad things about the project.
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Number two goes to the EMP Museum for being just plain random and hideous.
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Number one, the worst architecture made to this date, is none other than the latest observation tower of the 2012 London Olympics, the ArcelorMittal Orbit sculpture and observation tower. It is like an entanglement of wires construed together by an even gray spiral.
 

 

 

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This concludes my list of the top ten architecture mistakes of the 21st century. You really have to wonder what the architects were thinking when they created these buildings.  All we can do is hope others won’t follow suit.
Do you concur? Object? Have other nominations?  Let us know in the comment section, below.

Research Produces New Standards for Construction (guest post)(& more)

Welcome Back!  The “regular season” of Construction Law in NC blog posts has now officially started.

Recently, I had the privilege of writing on the subject of Private, Single Panel Arbitration on Chris Hill’s blog.  Please read the article if haven’t already. 

The first issue of my brand-spanking new newsletter, The Construction Professional, went out yesterday to those on the email list.  If you want to be one of the cool kids, be sure to sign up now by visiting the right hand side of the blog.  (Or, you can simply shoot me an email at mbrumback at rl-law dot com).

Finally, today’s post is a guest post by Susan Wells.  Susan is a freelance blogger who enjoys writing about automotive and health news, technology, lifestyle and personal finance. She often researches and writes about automobile, property and health insurance, helping consumers find free insurance quotes, and the best protection available. Susan and I welcome your thoughts and comments on this article.

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The Insurance Institute for Business and Home Safety (IBHS) sits on a 90-acre parcel of land in South Carolina. The research facility is dedicated to advancing building science by evaluating various residential and commercial construction materials and systems.

In layman’s terms, IBHS builds things and then attempts to destroy them by recreating conditions of natural disasters. In a studio-like production, the laboratory builds houses and then submits them to fire, wind, ice and water damage.

The IBHS research center even has a few videos on YouTube that demonstrate the effects of wind damage and fire.

two houses compared in wind damage situation

This destruction is an integral part of the construction industry as insurers work to identify risks and mitigate them through improved materials and structures. IBHS President Julie Rochman explains that the research center allows them to produce controlled experiments that are not being conducted anywhere else in the world. No longer forced to rely on case studies or opinions, the IBHS can record its findings and actively search for (and test) stronger systems.

Engineer Scott Sundberg explains the value of the research center in a single sentence, saying, “One test is worth a thousand expert opinions.”

To those at the IBHC, the information produced by these experiments is essential to advancing a sustainable community. Using hard data and conclusive evidence, such large-scale and detail oriented research allows the insurance and construction markets to focus on effective mitigation techniques. The average consumer will also have more access to product knowledge and has the potential to become more informed about products and strategies that can make their homes and buildings safer.

“Predictability and reliability of building materials and information is extremely important to the sustainability of the community, “says Mississippi Housing Director Gerald Bessey.

“Collectively as we apply these to public policy decisions and as the market place makes market choices. I think the market will react to good information that’s reliable and stable.”

In insurance underwriting laboratories like IBHS, disaster resistant and energy efficient technologies are merging to produce a new definition of sustainability.

Admittedly, there are few market standards for “green” products, and the FTC is actively working to mitigate the damage caused by “greenwashed” products that touted false claims of durability and environmental benefit. For uninformed consumers and construction managers, the wrong green system could put building structure at risk.

Some elements, such as vegetative roofs, can actually serve as fuel for fires or pose a threat under high winds. The IBHS proposes that energy efficiency and structural durability can work in tandem to create a truly sustainable product: one that will be environmentally friendly yet resilient in the face of environmental disasters.

One such recommendation is retrofitting older homes. Owners can replace windows and doors with energy efficient and wind resistant materials and seal energy leaks. Simple weatherization steps can actually help the average homeowner reach a new level of sustainability without rebuilding their home using entirely new green technology.

Interestingly, there are green insurance policies that allow policy holders to rebuild after a disaster using green upgrades. This would allow for recycling of debris, LEED certification as well as coverage for new appliances.

Most insurance policies do not currently consider products like wind-resistant glass to be a green upgrade, but as research begins to define standards of sustainability, it’s only a matter of time before green technologies and resistant materials merge to produce the highest standards of construction.

Thoughts? Comments? Questions?  Drop me an email or leave your musings below.

 

Funny Friday (Jokes for Engineers & the folks who love ’em!)

Engineer = good with mathIn an effort to send you off for the weekend in “jolly good spirits,” as my new British sister in law might say, I give you a few engineering jokes, courtesy of the Funny Junk site.  Bonus: there is a lawyer joke contained in this post as well.  Enjoy!
 
The Design of the Human Body

Three engineering students were gathered together discussing the possible designers of the human body.

One said, “It was a mechanical engineer. Just look at all the joints.”

Another said, “No, it was an electrical engineer. The nervous systems many thousands of electrical connections.”

The last said, “Actually it was a civil engineer. Who else would run a toxic waste pipeline through a recreational area?”

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Engineer In Hell
An engineer dies and reports to the pearly gates. St. Peter checks his dossier and says, “Ah, you’re an engineer — you’re in the wrong place.”

So the engineer reports to the gates of hell and is let in. Pretty soon, the engineer gets dissatisfied with the level of comfort in hell, and starts designing and building improvements. After a while, they’ve got air conditioning, flush toilets, and escalators, which makes the engineer a pretty popular guy.

One day God calls Satan up on the telephone and says with a sneer, “So, how’s it going down there in hell?”

Satan replies, “Hey, things are going great. We’ve got air conditioning and flush toilets and escalators, and there’s no telling what this engineer is going to come up with next.”

God replies, “What??? You’ve got an engineer? That’s a mistake — he should never have gotten down there; send him up here.”

Satan says, “No way. I like having an engineer on the staff, and I’m keeping him.”

God says, “Send him back up here or I’ll sue.”

Satan laughs uproariously and answers, “Yeah, right. And just where are YOU going to get a lawyer?” 

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The Engineer and the Red Rubber Ball

A mathmatician, a physicist, and an engineer were all given a red rubber ball and told to find the volume.

The mathmatician carefully measured the diameter and evaluated a triple integral.

The physicist filled a beaker with water, put the ball in the water, and measured the total displacement.

The engineer looked up the model and serial numbers in his red-rubber-ball table. 

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Ba dum dum!  This concludes our programming day.  Have a great weekend, everyone!