Green Options

Asia is investing hundreds of billions of dollars more than the US in clean technology, according to a new report by two research institutions. In the future, the US may be importing trillions of dollars of needed clean technology (and losing countless jobs to Asia) as a result.

In total, the report showed that China, Japan, and South Korea will invest about $509 billion in clean tech over the next 5 years, whereas the US (with our greenest President in decades, maybe ever) is only expected to invest $172 billion (about 3 times less) — this is assuming the climate and energy legislation in Congress passes.

If the US were to invest the same percentage of its Gross Domestic Product (GDP) as South Korea, it would invest almost $140 billion per year ($700 billion over this five year period)! Compared to China, the anticipated per-GDP investment ratio is 1:4 (US to China).

In 2008, Japan almost matched US R&D spending on energy and achieved almost the same number of international clean energy patents despite having dramatically lower GDP.

The financial investment is not the only thing giving these countries a major advantage in this field, though.

A new report by Environment North Carolina’s Research and Policy Center, “Growing Solar in North Carolina,” found that North Carolina (home of my UNC Tar Heels) could be a solar power giant soon.

The new report found that North Carolina has a lot of solar energy potential due to its “vast” solar energy intensity (which is nearly as much as Florida’s) combined with other economic, policy and technological factors.

A couple weeks ago, I wrote about China’s new policy to focus on buying (almost entirely) “China-grown” wind turbines and wind turbine technologies with Chinese patents. That policy wasn’t a big hit internationally and China is back-tracking.

However, is it changing its stance out of international moral pressure or a major financial incentive (recent deal) in the US? And who is to benefit the most from this shift?

Stan Ovinshisky graduated from high school and took machining courses at a technical school. With this formal education he has made significant contributions to solid-state physics, neurology, chemistry and cybernetics. He also invented an electric car battery. You may recall his appearance in, “Who Killed the Electric Car?”

Troubleshooting and making repairs in shop class utilizes the complete scientific method. To repair a malfunctioning device the student must first hypothesize why it is not working. Next the student must design an experiment (test) to determine the correctness of this hypothesis. The student must repair and test that the device is working.

There’s just too much emphasis on “getting a job” these days.

Okay, so we’re at nearly 10 percent unemployment nationally (if you believe the Federal numbers), so many people are without a steady stream of bi-monthly paychecks. Yet, 90 percent of Americans who had a job when the economy tanked, still do. But for some that means being a wage serf, cubicle clone or working in the Dilbert world of dysfunctional corporate America – working hard to make someone else richer (and often, with ecological impacts). There’s too many CEO bonuses and none for the employees who clean the counters, work on the assembly lines (ideally making hybrid vehicles), or take care of customers. The vast majority of education system continues to be committed to helping people find jobs, not make a sustainble life, especially one that doesn’t destroy the planet or exploit people (though more are starting “sustainability curricula”).

What we need is less of an emphasis on transforming less-green jobs to more-green jobs for the plethora of job seekers. There’s nothing wrong with getting a job (there are a few great companies, some that even offer employee ownership and stock, in addition to addressing the development needs of their workforce).

But if you want to gain an upper hand on life, more self-employed or self-owned enterprises are discovered that you can keep more of your hard-earned money by working for yourself. As I write about in ECOpreneuring, doing so allows you to also reinvest our profits in ways that either restore the planet and/or improve the well being of people living in our community, nation and planet. These businesses have a triple bottom line and many have ditched the commute to some office, working, instead, from a home office.

We need a new model for production and consumption. According to World Watch, “If the consumption aspiration of the wealthiest of nations cannot be satiated, the prospects for corralling consumption everywhere before it strips and degrades our planet beyond recognition would appear to be bleak”

Healthy school lunches the key to a sustainable future, lower health care costs, and happier citizens?

Are you looking for a green job?  Or a job in corporate social responsibility and sustainable business?  Well, all you need to do is Twitter.  “Green” recruiters understand the best way to reach the new generation of “green” talent is via social media…Facebook, Linkedin, blogs, Flickr, YouTube and of course, Twitter.  So fire up your laptop and hop on Twitter.  Who knows?  You may find a career that aligns with your life’s passion.

The Texas American Federation of Teachers (AFT) cites the case of a widowed public school teacher that retired with a $900 monthly pension. She would have been eligible to receive $600 survivor benefits based on her husband’s Social Security contribution, but the windfall elimination provision (WEP) eliminated all of her survivor benefits.

According to the title of an article published in The City of Lancaster’s Outlook (Fall 2009) magazine “The Future Looks Bright for Solar Power in Lancaster”.

My small town,  all 475,000 of us, are at the forefront of solar energy! On August 5, 2009, eSolar unveiled the 5 MW (mega watt) demonstration plant known as Sierra SunTower. The solar power plant has 24,000 mirrors and two giant tower house boilers. The boilers create what’s known as “thermal solar” which is said to be more cost-effective than the standard photovoltaic approach used in solar cells. The process creates steam to drive the turbine generators. The project was completed in 14 month time frame and has already begun to distribute power to Southern California Edison.

eSolar’s site says “Sierra SunTower will supply 5 MW of clean, renewable energy to the grid. This full-scale power plant, the only one of its kind in the U.S., produces electricity for Southern California Edison (SCE) and will power up to 4,000 homes.”