It appears that the nation of Chile will request our services in advising it with respect to renewables.  We’ll be delighted to serve.

We’ll begin with a study on the status of its existing energy infrastructure. How much more productivity can be squeezed out of the country’s existing power plants and at what cost? What plants need to be replaced (because of age and/or a history of equipment misuse) and how soon?

Depending on the quality of raw data the Chilean government provides, such a study will take 9-12 months, after which we’ll have a much better handle on how much new generation it needs, how quickly it must be added, and where that generation needs to be situated in order to best meet the needs of the country’s growing population.

Only after we have all this figured out does it make sense to talk in terms of specific projects utilizing specific green power sources.

Again, we’re looking forward to the task.

Tagged with:

I had a talk just now with an old friend — an extremely senior business visionary who helped me put a few things into perspective about the innovations that are reshaping our world. Coming out of decades of work for Deloitte Consulting and other top names in strategy, she explained:

There’s the BUY-side, the supply chain, which has been quite important through the last few decades. A change in tax law, for example, can mean huge savings by completely re-constructing this part of the business. However, it’s not where the energy is today.

There’s the IN-side, the core business. Here are all the changes you’re making within the enterprise. Again, not where the world’s attention is aimed now.

And there’s the SELL-side. This, of course, was always important – but now it’s where the world is truly focused. (more…)

Tagged with: , , , , ,

I got a wake-up call this morning – literally, at 5 AM, the time for which I had set my alarm so as to be the guest on Greg Marshall’s radio show on WMKT in Northern Michigan. The experience re-enforced my respect for the abilities of great extemporaneous speakers, e.g., the politicians who go to town hall meetings with hoards of loud and angry constituents, and deal so cooly with any of hundreds of different unforeseeable questions and demands – all the while remaining calm and on-message.

After a discussion of retraining miners whose jobs will disappear as clean energy replaces coal, a lady called in, virtually in tears, pleading, “Our economy up here can’t take more job loss. Folks here don’t have two nickels to rub together. Please don’t take away the few jobs we have left!” (more…)

Tagged with: , , ,

Here are two views on our use of paper:

1) As many times as we see a note on our emails that reads “Please consider the environment before printing this email,” we print more — and recycle less — than we should.  But as archaic a method for relaying information as it is, paper isn’t going away anytime soon.

Yet, as articulated in this masterful video, The Story of Stuff,” we need to get a grip on unnecessary consumption.  I’ve often written that I only wish I had the power to get everyone in the world to spend the 20 minutes required to take in this message by one of the world’s greatest humanitarians and environmentalists, Annie Leonard.

2) Since, in reality, it will take a while to curb unnecessary consumption, it’s good that Canefields USA is here, offering paper made from sugar cane waste (“bagasse”) rather than wood, with energy that comes exclusively from wind turbines.  I’m proud that Jeff Allen, Canefields’ CEO, represents me as the company’s chief marketing officer.

I appreciate your confidence, and I promise that any good I’ve done there to this date is but a downpayment on what I’ll accomplish in the future.

Tagged with: , , , , , , , , , , , ,

This article is written in order for people to learn and understand more about the science, technology and environmental effects of the different lighting products available to consumers at present.

Let us begin with incandescent bulbs (including halogen):

Incandescent bulbs produce light by heating a metal filament. When electricity passes through the *filament, its temperature rises through resistance, creating a hot glow of approximately 2300 deg C that emits the light. This is also the primary reason why the light is a warm white because most of the energy comes from the heat. This is an outdated technology and is extremely inefficient because it produces 90% heat and 10% light, this has the consequence of releasing more harmful gasses into the atmosphere than required. (more…)

Tagged with: , , , , , , ,

Systems can last for 40 or more years. By going solar, you can lock in your current and future energy costs in at today’s lower rates.

The first crude modern solar photovoltaic Solar cells were created in the Bell Telephone Labs in 1952 – 1954 by Daryl Chapin, Calvin Fuller, and Gerald Pearson. They were trying to find a way to power telephones in remote areas of the country. They were able to produce a solar cell that was 6% efficient at converting sunlight into electrical energy.

Solar energy is not diminished by harvesting, unlike fossil fuels. The amount of energy we capture today in no way diminishes how much we can take tomorrow, or how much is left for our children and grandchildren. Every single day enough solar energy falls on the earth to supply all of the world’s energy needs for four or five years. Solar energy shows up directly in the form as sunlight which can be harvested by panels that can create either heat or electricity. Our allotment of solar energy can also show up indirectly as wind, the result of uneven heating on the earth’s surface. (more…)

Tagged with: , , , , , , , , , , ,

Here is Part Two of Cameron Atwood’s article discussing: Where are we going now? Where do we want to go? Where do we need to go? What stands in our way?

 

Taxpayer Sacrifices for Our Continued Inefficiency and Dependence

There are many closely related grounds for urgently arriving at a more enlightened energy strategy. In another example of cruelly regressive wealth transfer and force projection, $1.05 trillion has been borrowed from present and future taxpayers to wage war in Iraq and Afghanistan since 2001 – averaging a drain of more than $116 billion per year.  (This doesn’t include the tragic human cost, or the loss of productivity and treatment costs as a result of that butchery.)

(more…)

Tagged with: ,

Secretary of State Clinton and Dr. Sultan Al Jaber, courtesy of Masdar

The exciting World Future Energy Summit (WFES) opens January 17th and continues through January 20th in Abu Dhabi, the United Arab Emirates.  WFES is one of the few international events that brings together policy makers, government leaders, private industry, the financing sector and the public sector. The summit will include a Business Forum, specific days devoted to specific clean tech industries and innovation, and economic/analyst/government forums.

Held under the patronage of Sheikh Mohammed bin Zayed Al Nahyan of Abu Dhabi, the summit is hosted by Masdar, a firm devoted to energy sustainability. More than 600 exhibitors, 33 international delegations and 25,000 visitors are expected. We recently wrote about Masdar and its graduate-level institute devoted to sustainability solutions.

“Financing has always been a pivotal step, and a challenging one, for renewable energy project innovators (more…)

Tagged with: , , , , , , , , , , ,

A reader whose political sensibilities obviously do not parallel those in “The Story of Stuff” writes in:

As for “Stuff,” I don’t doubt that most of what [Annie Leonard] says is true and it certainly is deplorable, but I missed her solutions unless she proposes an anti-consuming society, which wouldn’t work here or anyplace else.

Thanks for your observations.

I see that you and she diverge on the issues. But even as wide as the gap there may be, I’m sure a common meeting ground is the notion of sustainability itself.  (more…)

Tagged with: , , , , , , , ,

Retired engineer Lucas Jones writes:

Automotive structure will have to go to a much lighter composition. Currently Carbon fiber is near the top, but there is a lot more than that available. Nobody seems to be talking much about Boron for instance. Structures where the voids are filled with energy absorbing materials like EPP will significantly reduce weight while improving safety. Whole new methods will have to be devised to manufacture vehicles. Maybe methods
currently being used to produce Boats can be adapted. Certainly manufacturing in a specialized structure with highly trained staff will be necessary. Robots will have to be devised to increase speed and productivity.

There is no need to use an inefficient mechanical transmission in a modern vehicle. A simple copper wire is all that is needed. The wire goes from the battery to the motors via a controller and pushing on an accelerator or letting off is all that is needed. (more…)

Tagged with: , ,