It sounded like a good idea from the blurb posted on the International Network of Social-Eco Entrepreneurs LinkedIn discussion board:

Ever wanted an energy question answering by the world’s leading experts?!

For all of you reading this, here is a rare opportunity to ask your toughest energy-related questions to the world’s leading energy scientists, including Dr Clement Bowman, Tom Blees, José Goldemberg, Marta Bonifert and Ambassador Pius Yasebasi Ng.

Simply click the link to this feature, and submit your questions by next Friday 26th November!

But when I got to the article, I was so appalled by some of the panelists’ credentials that I posted this:

Why are advocates of dirty technologies like tar-sands extraction and nuclear power judging energy prizes for a group called Eco-Business? If you look at the entire production cycle, including externalized pollution factors, these are among the dirtiest of all energy sources.

I believe our real energy future lies with much cleaner, fully renewable technologies like solar, wind, and hydro–all on a human sale and generating power at or near the point of use–and especially with what Amory Lovins calls “negawatts”: slashing energy consumption in existing buildings, vehicles, etc. Energy savings of 50 to 80 percent are achievable in many cases, thus removing the need to build more centralized power plants in the first place.
–Shel Horowitz, primary author, Guerrilla Marketing Goes Green, http://GreenAndProfitable.com

What do YOU think? Please use my comment field below, and then post it on the comments of the original article.

Real Green Means Nonpolluting—And This Doesn’t Make It is a post from: Principled Profit

By overwhelming vote of the Steering Committee, the International Association of Earth-Conscious Marketers is now the International Association of Green Marketers. If you want to be notified when we’re ready to accept members (still hashing out the organizational stuff first), please sign up at http://internationalassociationofgreenmarketers.com/. If you want to be involved with the Steering Committee, post a comment below (with your contact info) or shoot me an e-mail: shel at principledprofit.com

IAECM Changes Its Name is a post from: Principled Profit

As it happens, my breakfast reading this morning was the latest Utne Reader, specifically an article called “The Big Green Machine.”

It describes a speaking tour featuring four veterans speaking on climate change and energy independence. The vets are one unit in Operation Free, sponsored by the Truman National Security Project, which has an all-star board fronted by former Secretary of State Madeleine Albright. Vets speaking as part of Operation Free have logged 25,000 miles in 21 states to make the case that switching off oil to renewable energy is crucial not only to our prosperity, but also to our national security. Speakers note that both the Department of Defense and the CIA have endorsed the energy transition and are taking major steps forward. “These are not organizations known for hugging polar bears,” points out Robin Eckstein, a former Army fuel truck driver in Iraq.

This might be the way we make change as a society: by moving people from sectors not typically involved in activism to convince others who don’t listen to activists.

Drew Sloan, who was badly inured in a grenade attack and went back for another duty tour in Iraq, says even if we don’t know everything, we have to make the shift:

When [people attack] the science of climate change, they ridicule the data as being uncertain. “Veterans know you can’t wait for 100 percent certainty. If you wait until everything is clear and laid out, you’re probably no longer alive. . . . Veterans know how to deal with ambiguity and still make decisions.

As Ms. Eckstein notes,

When certain individuals hear the words “climate change,” they shut down. For whatever reason, when they hear veterans speak on it, they actually listen.

Utne’s article was excerpted from a longer piece in On Earth, which ran under the title, “Patriots Act.”

Veterans: Unlikely But Effective Climate Educators is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit

Absolutely fascinating BBC News article about the ultra-energy-efficient, ultra-tiny future of supercomputers (Thanks, Twitter friend @whatgreeninvest).

I found some bits especially startling: According to the IBM researcher leading the team,

“The cost of a transistor works out to 1/100th of the price of printing a single letter on a page.”

“In the future, computers will be dominated by energy costs – to run a data centre will cost more than to build it.”

“It takes about 1,000 times more energy to move a data byte around than it does to do a computation with it once it arrives.”

Even the early protoype of the team’s water-cooled computer is half again as fast as today’s fastest supercomputers—but it’s larger than a refrigerator. Scientists want to shrink it to the size of a sugar cube!

Slashing the Energy Consumption of the Next Generation Supercomputers is a post from: Principled Profit