
We’re starting a new series of posts here at the Practical Environmentalist about people in our local and global communities that are doing their part to help the environment. If you’d like to recommend someone who’s making a difference, please leave a comment!
Our first profile is of “Green” Architect Ed Mazria. Mr. Mazria was recently featured in an interview by the Weekly Alibi, a free weekly publication distributed throughout central New Mexico.
Here is some information about Mr. Mazria’s work and some excerpts from the interview.
Ed Mazria is an architect based out of Santa Fe, New Mexico. He is also the founder of a green architecture project called “Architecture 2030.” Architecture 2030 is a nonprofit organization and their goal is to reduce greenhouse gas emissions that are related to building design. Their website states the motivations for their work:
“Unknowingly, the architecture and building community is responsible for almost half of all U.S. greenhouse gas emissions annually. Globally the percentage is even greater.”
Mazria says that this is due to many buildings’ gas-fired furnaces and hot water heaters (about 10 to 12 percent of the total carbon emissions), lights, heating, air conditioning, computers, copy machines, etc.
So, how does Architecture 2030 propose to deal with this issue? Mazria and other architects have created the 2030 Challenge. And how does the challenge work?
Participants in the challenge are then expected to further reduce the emissions of the buildings they design and construct by 10 percent every five years so that by 2030, all buildings designed, redesigned or built in that year by participating members will be completely free of carbon emissions.
….their plan is to make buildings increasingly more efficient, thereby reducing demand. At the same time, they plan to encourage the creation of more alternative (meaning carbon-free) energy sources like wind and solar.
And the response has been pretty amazing, according to Mazria. Organizations that have accepted the Challenge include: The American Institute of Architects; the American Association of Heating, Cooling and Refrigeration Engineers; the United States Green Building Council; and the United States Conference of Mayors.
According to Mazria, the only major players missing from the sector are home builders’ associations and building trades unions, but Mazria believes they’ll be along.
Want to learn more about the 2030 Challenge? You can check out their website here. You can also read the complete interview with Ed Mazria here. (Assuming that the Alibi.com doesn’t drop the interview from their website!)
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Gentlemen, I have read through the website and found it to be somewhat informative. There is a great disconnect between the architectural community and the business community.
The problem is this: to date we have not been able to find any ASTM standards, ICBO standards, Fed specs or Military specs to gather information about standards qualification. Hey you gurus in the architectural community, help me locate the necessary testing methods to give you engineers what you need to design better buildings.
As an example I have a small family held company that has been doing business for approximately 50 years. I have come up with an inexpensive paint coating that can reduce thermal transmission in concrete and metal structures. It is available in many colors and has been used as a swimming pool/decking material for 30 years.
We decided to try it on walls of concrete and metal. The results have been phenomenal. Last year BSNF Railroad applied this material to test specimens in a uncontrolled environment and reported a 19% reduction in temperature with a 10 mil coating. A geo-thermal testing lab has also reported similar results.
As of last week I have employed the engineering services at California State University, Fresno to help design tests which will produce repetitive, meaningful and architecturally friendly information. How do we calculate theoretical savings and how do we calculate an R value for block and metal structures? We’ve tested and calculated an R value on plywood and with an 8 mil coating achevied a value of 1.87. We have found that this product is extremely versatile and can be utilized with other fillers to form products that range from roofing materials to a tradtional stucco with a 24 hour cure. Any direction and/or assistance in finding testing standards would be most appreciated.
Regards,
Eric A. Skiff
President/CEO
Delta Plastics Co.
559-535-1332
559-535-3723 fax
Read how I did my green home, and view the presentation I made to the Montgomery County committee, They have a good tips site, as well.
http://www.bluedog.net/weblog/termini/
Love the blog, if i may ask, what software are you using? how much does it cost? where do you get it? If it’s not a secret email me some details wouldya?
thanks in advance!