Confessions of a sustainable mind

Now that classes are done,
I have a confession.
I like taking long, hot showers.
like 8 min. showers.

Turkey day food for thought

A little food for thought while we all sit down to our turkey dinners.  In doing research for my BSI project, I came across this fact about water use by the EPA:

The average American Thanksgiving dinner for eight people takes about 48,000 gallons to produce.

And yet, the turkey always comes out dry. 

Holiday greetings from Goatradamus

Goatradamus emailed me today with some holiday wishes.

Throwback

So my dryer was on the fritz for the past few days. I called my landlord and he replaced it. Our DVD player breaks and we go get a new one. Our cell phone gets dinged up and we go get a new one. We saw where all those electronics went in that video, but what about the jobs that went in the trash as well. Thinking back to the 2nd week of class, we talked about respect for people. In this day of instant gratification, we no longer have a need for the "repair person." We just need more vendors. Although with the market as it is currently, there seems to be a resurgance of antiquated roles such as shoemakers and tailors.

Windbelt: A Possibility for Cheap Wind Power for Third-World Countries

I came across this video, which could be an interesting possibility to harvest wind energy in third world countries, where the average income is about $10, and expensive turbine technology is out of question.  I thought it was interesting how a simple experiment could translate into the development of alternative energy, not necessarily depending on established but expensive technology.

"key to NC's future:alternative energy"

I was watching the news and saw this story come on...a few weeks too late for the debate but here it is anyways!
Its about a manufacturer who is reducing the cost of producing solar panels already for a 1/3rd of their typical cost. The experts say the are costs expected to match traditional power sources in just five years!

http://news14.com/Default.aspx?ArID=601373

The Eletronic Wasteland

Where do the millions of computer monitors, cell phones and other electronic refuse our society generates end up? Flow this website

http://www.cbsnews.com/video/watch/?id=4586903n

Carpet Leader Goes Green

Here is an interesting account of Interface Carpet's founder and chief and his story on beginning his company. After becoming the biggest carpet square company, and being embarrassed when they had no response to "what are you doing for the environment", he talks about  the transition to becoming the best green carpet manufacturer and setting the goal of using nothing other than highly renewable resources in his products by 2020.

http://video.google.com/videosearch?client=safari&rls=en&q=sustainability&ie=UTF-8&oe=UTF-8&um=1&sa=N&tab=wv#q=ray%20anderson%20sustainability&emb=0

As promised, here is the link to the AIA ethics code: http://www.aia.org/SiteObjects/files/Hyperlinked_2007_CodeforWeb%20page.pdf

Please keep thinking about this subject. I think you all are right about our need as a profession to be more emphatic about what ethics means.

Wind Dam - is this the answer?

(above: Lake Ladoga - Nothern Russia)

(below: Red River Gorge - Kentucky)

UK based, Chetwoods Associates design a wind dam that generates power. How does this change the natural elements of the gorge? I remember many trips to the Red River Gorge in Eastern part of Kentucky and cannot imagine a huge wind dam blocking the natural environment. While a wind dam is an innovative design, there has to be another solution. How far will we go? What do you think? 

Fungus Fuel

Here is an article from Montana State at Bozeman's website,

Dr. Strobel, from the universities' biology department

has found that endophytic fungus produces the same hydrocarbons

that diesel does, and is working on developing it so that we can use it.

http://plantsciences.montana.edu/facultyorstaff/faculty/strobel/

The Story of Stuff

To go along with what we were talking about in class today, here is a quick, informative, video on knowing where things come from. 

It's called 

"The Story Of Stuff"

check it out:

http://www.storyofstuff.com/

Air Car

Check this out, car runs on air


http://finance.yahoo.com/family-home/article/106040/

Off the Grid

Star Island Bahamas -  Opens Earth Day 2009

Sustainable Luxury Community and Resort

Solar - Wind - Hydro - Bio Fuels -

http://www.starislandbahamas.com

Class Trip anyone!! 

Trends in Sustainability- luxury automobiles

Bill Mitchell's lecture was very interesting....

I came across recent information about the release of BMW's new Hydrogen 7 model that "takes in hydrogen and emits nothing but water vapor". So liquid hydrogen would be the source of energy, but it is dual platform, with the conventional gasoline tank as well. Although hydrogen is abundant, I am wondering how that would that impact the infrastructure, having "hydrogen stations" in our cities. Also, BMW is a premium brand, therefore not affordable to the common person, so I am wondering if this technology is cost effective.

Here is the link to an interesting article and some images of the car and the hydrogen stations.

City Car

For those of you who didn't attend Bill Mitchell's lecture, you missed out... He introduced his research for the city car being developed at MIT. I really sustainable solution to transportation within cities. A few comments (or problems) I had with his lecture are:

1. He mentioned the implemenation of this vehicle could advocate for more people to move to cities, creating a more dense population.... I guess in theory that sounds good because it would create a smaller footprint for a larger portion of population, but many other problems would be introduced if cities continued to grow.
2. There is an inherent problem with these being owned by the public at-large... people want to own things and assert there status. With the use of bikes (as he mentioned is currently being done in Paris) this seems less important than with a motorized vehicle... so I feel that argument was flawed.
3. I honestly think these would be better utilized in suburbia to supply transportation TO the city (not within it)...
4. I wonder how safe these are? He mentioned no safety was "compromised" in the design, but what does that really mean?

Anyway, for the most part I thought this was a really cool idea and would love to see them utilized in the near future.

Hope in Times of Uncertainty

In a letter by Rick Fedrizzi, CEO and founding chair of USGBC, talks about the current economic crisis and how it may lead to a recession. And with recession comes unemployment and economic downfall.  Mr. Fedrizzi tells us that the green movement has a commitment to be unwavering in times as such. He also talks about the obvious benefits of the movement such as saving money, energy and creating new jobs.

I believe with the future change with the energy (energy cost will go up) situation, the pressing talk about climate change, and rise of unemployment, this is all opening the doors for a better future for our built environment. I foresee mandates and codes for better building efficiency. I truly cannot see how this economic situation can hurt the green movement, but bolster and even expedite it.

on a side note, I really don't like calling it "green" building. It sounds like a slang term, not a professional terminology. I wish architects had a 1-2 word they can replace "green building/design"

Biomimicking whales

In the sustainability lecture yesterday, I wrote down one of the examples that they talked about because it sounded pretty remarkable. Basically, companies are using whale fins to influence their design of fans, and subsequently, wind turbines. I thought it was especially appropriate since it was one of the "negative" (the group that lost the debate...) group's highlighted alternative energy sources.

An excerpt from one company, the Toronto-based WhalePower Corp:

"Using 'a million years of field tests' to their advantage, Toronto-based WhalePower Corp. is using the fins of humpback whales to help design a better fan (and, hopefully, wind turbine). After US scientists discovered that the tubercles -- the little bumps on humpback fins -- result in 32 percent less drag and an 8 percent rise in lift when compared to a smooth fin. That means a fan blade that 'makes the fan quieter, more efficient, and better at pushing down the air,' according Monica Bowden, chief executive officer of Envira-North, the company that has licensed the WhalePower design."

links with further info:
http://www.treehugger.com/files/2008/03/biomimicry-fan-blades-mimic-humpback-fins.php

http://www.popularmechanics.com/science/research/4282197.html?page=2

Some great biomimicry case studies

http://www.inhabitat.com/2008/05/12/solar-lily-pads-planned-for-glasgows-clyde-river/#more-10832

This website, inhabitat.com, has a lot of current applications of biomimicry in architecture. This particular example is of solar panels that are placed in Glasgow's River Clyde that will provide power to the city. They are the architectural version of lily pads, floating, sun absorbing objects. It's a really great idea and not only do they acquire energy but they also serve as a focal point for those visiting the river's edge.

Can running be green?

I'm a runner. Since running (outside!) doesn't require any sort of machinery or energy other than the little bit that I can provide, I assumed running was probably one of the most green sports a person can participate in. After all, I don't have to heat a large body of water to get exercise in the winter, I don't have huge costs involved in upkeep and maintenance of hundreds of acres of snow-covered mountains, I don't spend hours of time and many dollars on gas to drive to a set location to meet up with 12 other teammates who have also had to emit additional carbon dioxide to get there; I walk out the door in the morning and simply start running. Turns out, however, that a runner's most superstitious and prized possessions -- the shoes -- boast hardly any green ingredients... Check out Runner's World's article on just how bad the production of high-performance running shoes and other gear is for the environment...with very little chance for improvement. All that nice squishy and supportive stuff in the shoe is petroleum-based and non-recyclable; it simply won't perform once it has been broken down once. Looks like the main choice we have right now is simply trying to extend the life of the shoes so they don't end up in the landfills so quickly; this link will tell you where you can donate your shoes -- DON'T throw them away!