The ‘Star Wheel’ was created by Paul Cesewski and weighs 2000 pounds and stands 22 feet in the air. It took Mr. Cesewski 6 months and $7000 to put this together and unlike it’s carival counterpart, it requires no diesel engines to make it go!

So, how does this crazy thing work then? Well, there are three seats inside the middle of the wheel and each rider/driver peddles — the peddlers drive themself around the inside of the wheel causing the outside of the wheel to move forwards!

I read about this and immediately thought I would love to try this thing out… until I saw this video. Not so stable at all, huh? Maybe after a trip back to the drawing board this could be viable!

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After chatting with staff about the spa’s commitment to the environment, I took the opportunity to check out what the facility had to offer first hand. Sorry, I’ve got no pictures for you as (I should have known, of course) the spa has strict rules against phones and cameras on site.

I was quite impressed! While the spa lost a few points for handing out bottled water to guests and two clean towels each, I was very impressed by their floor to ceiling windows for all natural lighting during the day and their dim indoor lighting and bright outdoor solar lighting at night.

Their brochures were all packed to the brim with informatiton on recycled paper, the toilets were all low flush and used greywater, and all of the steam rooms and saunas were run on timers as to not unnecessarily waste energy and electricity.

Everywhere you looked their were bins seperated into waste, paper, plastic, and food (for composting) — all done in very tasteful ways to incorporate it into the theme of the spa.

A lot of the spa was outdoors using nature instead of building facilites — like the hammocks and chair swings — all of which were tethered to trees instead of having a separate building for those who wish to lounge.

An outdoor fireplace stood in the middle of the outdoor pool area instead of a wasteful electric fireplace like I’ve seen in so many other public buildings.

And to top off everything, there were rainwater collection barrels scattered throughout the lot — a great use of all that space! They use the rainwater that’s collected to water the plants. Perfect.

Before this experiment I would have never noticed any of these things, I’m sure — but I’m glad I did. I’m definitely becoming more eco-concious and am certainly aware now that in a facility like that, if there’s no attempt at sustainable development and operation, it could easily be a hugely wasteful place! I was glad to see Le Nordik make such a great effort to not only be as eco-friendly as possible, but to make sure that their clients aware of these efforts, too.

Kudos, Le Nordik!

On a personal note, I highly recommend spending a day at this place — it’s beautiful! And there’s nothing like a steam bath and then a jump in a 4 degree (celcius) water fall to make you feel… alive (and so, socold)!

Today while in Chelsea, Quebec on a top secret mission, I’m scheduled to visit the nice folks at Le Nordik Nature Spa and sit down and chat about their promise to act responsibly towards the environment through ‘eco-friendly actions’.

Here are some of their eco commitments:

• Recuperation of all recyclable material for reuse
• Recycling of paper, plastic and other materials
• Recycling of waste water to be reused in flushing systems
• Energy and electricity management with timers and software systems
• Recuperation of rain water to be used for watering the plants
• Printing on recycled paper for certain documents
• Use of renewable energy

And soon they’ve promised that they will be composting of plant and natural based waste and using geothermy throughout each of their buildings.

I’m hoping to talk to them about what motivated them to make this commitment to the environment and sustainable development as well as, of course, checking out what their facilities look like! I’ve never been there and I’m glad that’s about to change. And maybe we’ll become great friends! I could really use some good friends with a spa, heh. I’m looking forward to meeting you and chatting about your top notch eco-friendly spa, Le Nordik!

I’ll be trying out mobile blogging on location again so stay tuned for pictures and tidbits from my sit down with Le Nordik!

I spend a good portion of my work day monitoring Twitter for trends and conversations and virtually shaking hands with companies from all over the world — it’s a great way to share ideas and learn new things. Well recently, I’ve noticed a new green trend: broadcasting energy consumption on Twitter.

The University of Mississippi is about to jump on this bandwagon with Facebook and Twitter updates detailing several of its main buildings’ energy use. The purpose? To alter behaviour to reduce electricity consumption and carbon emissions. Included in the details will be consumption from lighting, temperature controls, and appliances. All this will be done with the help of a smart grid company called SmartSynch. Neat! Good for them to be so open and public (and accountable) for that kind of information.

I’d love to see this become a very popular trend.

Speaking of Twitter, are you following me? I don’t know why you wouldn’t. It’s the cool thing to do, of course. And for those of you who’d like a feed of the site, follow the site’s feed here!

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Sure, I don’t know how practical it is to live in such a teeny tiny cramped space — but it’s awfully neat!

This man pulls his home behind his bicycle. Might I add that this home is not only portable, it’s powered by solar and wind energy and can stand winds of 60mph and temperatures as high as 100 degrees farenheit!

I personally love the nomadic lifestyle — and with your house attached to the back of your bicycle, you could live anywhere that your bicycle can take you! And all without emitting a single gram of carbon into the atmosphere. Fantastic.

Check out TinyHouseDesign for some cool pictures of this cool mobile home!

I’m all about saving water. Why wouldn’t I be? To date, though, I had not been able to find an eco shower head that didn’t dramatically reduce the quality of my shower — ie. the precious, precious water pressure.

This shower head — the Oxygenics’ Storm — I will tell you, is absolutely amazing. I can’t tell you how much it’s saving me exactly as I’ve not had it long enough, but I will tell you that it’s probably significant.

One thing I enjoy, though I’m not sure it’s a selling point for everyone, is the sound of this shower head. It really does sound like a rain storm! It’s loud, but I like it. And it feels great – which is the important part.

Check it out!

I’d like to add that I’m in absolutely no way affiliated with these guys and am not getting a cut for mentioning them by any means (heh, but hey – Oxygenics, I’m spreading the word, show me some love?). I just wanted to blog about how awesome my showerhead is and well, it just so happens it’s quite eco friendly and fits perfectly on this site!

Know of some other energy-saving shower heads? Tell me all about them in the comments!

I’ll admit, a news story about cooking chicken poop caught my eye. Call me weird. Apparently charring fowl manure might not save the planet, but apparently when charred alongside beetle-killed pine trees, corn husks, and other organic matter it can help in the war on greenhouse gases.

According to researchers attending this years North American Biochar Conference, biochar (charcoal, more or less) is what remains when organic matter is burned in a low-oxygen environment. Biochar can last for thousands of years locking up globe-warming carbons in the meantime.

Humble biochar has uncharted potential for capturing and storing carbon dioxide, while simultaneously improving soil fertility and agricultural productivity,” Lakshman Guruswamy, head of CU’s Center for Energy and Environmental Security, said in a news release.

For more information, check out Laura Snider’s story on the first ever biochar conference.

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While learning to be more eco-friendly, I run into things daily that I don’t quite understand. Some of it, honestly, takes me by surprise. Solar power is a perfect example. I’d love to say that I completely understand solar power, but I really don’t. Sure, I know it’s energy from the sun… I’ve seen solar panels, certainly. But do they… collect the suns rays? How do they turn the sunlight into energy?

Here’s a 7 minute video made by PG&E, a giant utility company in California, that exlains solar power and how it’s converted into electricity.

There’s also a video on PG&E’s website that’s definitely more detailed and informative. And if you’ve got the time — 1h47m, that is — I highly recommend it!

“We will have solar energy as soon as the utility companies solve one technical problem — how to run a sunbeam through a meter.” — anonymous

Cool!

This designer – Jasper Hou – has come up with this super cool design for LED-based lights: You wind the base part of the light which works like clockwork. As it unwinds, energy is released that is used to power the internal LEDs. How cool is that?

The lights are apparently only as bright as candles, but are much more eco-friendly than their candle counterparts as candles are made from processed petroleum products and release carbon dioxide when burnt.

And, unlike with candles, it’s pretty unlikely that you’ll catch your curtains on fire with one of these babies. Not that I know from experience… terrible, smelly, smoke-filled experience…

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A hydrogen car uses hydrogen as its onboard fuel for motive power. Wikipedia tells me that the power plants of such vehicles convert the chemical energy of hydrogen to torque (or mechanical energy) in one of two methods: combustion, or electrochemical conversion in a fuel-cell:

• In hydrogen internal combustion engine vehicles, the hydrogen is combusted in engines in fundamentally the same method as traditional internal combustion engine vehicles.
• In fuel-cell conversion, the hydrogen is reacted with oxygen to produce water and electricity, the latter being used to power an electric traction motor.

It goes on to say that hydrogen is one of two natural elements that combine to make water — oh hey, something I knew! Thank you, bio-chem! What you may not know, however, is that hydrogen is not an energy source itself, but an energy carrier because it takes a great deal of energy to extract it from water.

After reading about Jesse James looking to beat the landspeed record with a hydrogen-burning car, I wanted to look into what dangers may be lurking with such a feat.

Here’s what I came up with (with some help, of course):

The show spots on tv aren’t really saying much about the car that Jesse will be using and there’s not much info about it online, so it’s hard to know how it will compare to what’s already been done.

The current land speed record for a hydrogen-powered vehicle is 286.476 mph (461.038 km/h) set by Ohio State University’s Buckeye Bullet 2, which achieved a “flying-mile” speed of 280.007 mph (450.628 km/h) at the Bonneville Salt Flats in August 2008. For production-style vehicles, the current record for a hydrogen-powered vehicle is 333.38 km/h (207.2 mph) set by a prototype Ford Fusion Hydrogen 999 Fuel Cell Race Car at Bonneville Salt Flats in Wendover, Utah in August 2007. It was accompanied by a large compressed oxygen tank to increase power. Jesse James is going to have to beat 333.38 km/h!

But what we really want to know, of course, is how dangerous is this stunt? I mean, they bill all of his stunts as being super dangerous and death-defying. Well, I’m no rocket scientist — err at least not a hydrogen-powered rocket scientist — so I searched and came up with a great site for you, my readers. Here’s all you’d ever need to learn about hydrogen!

H2 and You

Read, learn, and enjoy! It took me a few times through, but I think I’ve got the general idea.

No more will I let my brain make the connection between the hydrogen and the Hindenburg (whose shell was basically covered with solid rocket fuel, incidentally). More on that? Right here.

Hydrogen has the ability to help us improve the environment, reduce fuel imports and create green jobs. Why do you think so many companies are pursuing it? Because they already understand the great things it can do.