Day 53

Today's Photos
from the Road

Adventure Traveler Garry Sowerby in his own words:

Thursday, October 7
Pincher Creek and Beaver Creek, Alberta

 

Environmental Initiative #69
Vision Quest WindElectric Wind Farm, Pincher Creek, Alberta

It wasn't difficult to tell the direction of the wind this morning on my daily power walk. The tilt of my body was the same as the tilt of the workmen putting up a sign along the roadside. I was in the land of the leaners.

The neighboring Rocky Mountains creates a funnel effect that sends the wind spiralling toward the foothills here in Pincher Creek, Alberta. The result is the windiest place in North America.

We noticed yesterday as we were approaching the area. It was the only place I've ever driven on a dusty road where you can see the vehicle behind you because the dust from your vehicle gets whipped quickly out of sight.

Gee, what a great place this would be to install a few wind turbines, to capture and harness this energy and create electricity!

Apparently, Vision Quest Windelectric, has already thought of this.

Hal Jorgensen, Operations Manager for Vision Quest's Castle Creek site, works out of a tiny galvanized metal building in the middle of this vast expanse of golden pasture where cattle graze amid the countless white majestic towers of swooping, spinning windmills. He monitors and controls the turbines from one computer here in his office.

He fills us in on the workings of wind energy and how it creates electricity. Wind energy converts kinetic energy that is present in the wind into more useful forms of energy such as mechanical energy or electricity. Wind energy is a pollution-free, infinitely sustainable form of energy. It doesn't use fuel; it doesn't produce greenhouse gasses, and it doesn't produce toxic or radioactive waste.

Humans have used wind energy for thousands of years. Ancient Persians used wind energy to pump water thousands of years ago. The world was explored by wind-driven ships long before engines were invented. As recently as the 1920s, over a million wind turbines pumped water and provided electricity to farms in North America.

Is it financially feasible to try and harness the wind, we wonder.

Modern wind turbine generators cost about $1500 per kilowatt for wind farms that use multiple-unit arrays of large machines. Smaller individual units cost up to $3000 per kilowatt. In good wind areas, the costs of generating electricity range between five and ten cents per kilowatt hour. That cost is somewhat higher than the costs associated with an electrical facility, but wind energy costs are decreasing every year, whereas most conventional generation costs continue to increase.

And it makes environmental sense. Each megawatt-hour of electricity that is generated by wind energy helps to reduce the 0.8 to 0.9 tonnes of greenhouse gas emissions that are produced by coal or diesel fuel generation each year.

So, bring on the hurricanes?

Contrary to what one might think, hurricane-force winds would not be desired in this situation. Hal points out that the optimum windspeed to produce electricity is 40 km/h. A windier day than that will require an adjustment in the turbine, perhaps even a shutdown. This adjustment is done by the turbine itself since each one here at Pincher Creek is equipped with its own weather station. The monitoring system adjusts for wind speed and direction.

The turbines are virtually maintenance-free. They receive a service check every 6 months and get a complete overhaul every 17 to 18 years.

I'm trying to picture how a wind turbine will look next to the copper beech tree in our yard in Halifax when Bill Rumsey asks Hal how he likes his new GMC pickup truck. Hal loves the function and utility and the places he can get to in the truck. He sheepishly remarks that it may not be as light on fuel as the Hybrid Silverado we're driving.

"Well, nothing's free!" I offer.

He quickly replies, "The wind is!"

For more information on Vision Quest or wind energy in general:

http://www.visionquestwind.com/about.asp?pg=company&mi=01&bdy=b10&id=about

or

http://www.canren.gc.ca/tech_appl/index.asp?CaId=6&PgId=232
You are now leaving the mission green website to an external website.

 

Environmental Initiative #70
Oldman River Basin Water Quality Initiative, Beaver Creek, Alberta

Oldman Dam was the only distinguishing landmark we could see on the map that we had received by e-mail from Lisa. We were trying to decipher the instructions to get to our next meeting place, when the cellphone rang.

It was Cheryl Dash, Community Relations Officer for Alberta Environment, just the person I was hoping to talk to. She would navigate us to Oldman Dam and we would meet with the rest of the group there.

She had phoned me because the signs that she had been trying to erect to direct us to the site had been continuously blown down. We were after all still in the Pincher Creek neighborhood. Wind was always a factor in any outdoor activity in this breezy neck of the woods.

It turns out Oldman Dam is not the destination but merely the beginning of our journey. We drive another 30 minutes into the back country. We have a feeling of remoteness. There is not another living soul out here. Needless to say, we are surprised to see a large group of people standing on the side of the road as we round a bend.

They are Sandi Riemersma, Resource Planner for Alberta Environment, Dixon Hammond, Coordinator of the Beaver Creek Watershed Group, Michael Gerrand, Riparian Specialist for Cows and Fish Organization and Jeff Porter, Conservation Coordinator for the Southwestern Alberta conservation Partnership.

Hopefully, this enthusiastic group of people is going to share with us the reason we've stopped at an abandoned, rather decrepit house that sits alongside a stream. It's a peaceful scene, a familiar country tableau and one that you would note on a Sunday afternoon drive but not give it much thought after it disappears in the rearview mirror.

What's so special here then to make Mission Green stop on its cross-country tour? What is going on here?

These people were part of a group called the Oldman River Basin Water Quality Initiative in 1997 in response to serious concerns expressed in the community about protecting water quality in the Oldman River Basin.

In the first five years of its existence, the group had focused on collecting baseline information on water quality and how to improve it, classifying land use, and communicating the activities of the Initiative.

This abandoned house is a monitoring station from where information is being collected on the water quality of the stream. The stream is one of the many tributaries that run into the river system of the Oldman Basin.

Over the next five years, the Initiative's work will shift toward understanding beneficial management practices (BMP) and encouraging practice change. Equal priority will be given to rural areas and to urban areas across the Basin.

BMP sounds complicated but a beneficial management practice can be something as simple as diverting cattle from grazing near water so that their waste doesn't end up in the river system or changing the location of where salt licks for the cattle are placed so that the vegetation around them naturally filters the runoff.

When we learned about the number of partners involved in the Initiative, we were struck by the sense of true community action happening here.

The partners range from the Alberta Beef Association to various divisions of the Alberta government (Alberta Agriculture, Food and Rural Development, Alberta Environment, for example) to organizations like Alberta EcoTrust and Ducks Unlimited Canada to companies like Mountain Equipment Co-op and institutions like the University of Lethbridge.

What started out as seven ranchers getting together to try and do something to protect the quality of water in the Basin has grown to an innumerable and inexhaustible group of people that are bent on action and making a difference.

As we left our meeting place, we turned to look at the old house. On that Sunday afternoon drive, you would look at the leaning structure as you whizzed by. You would admire the quaint country scene of the bubbling brook running through the yard and you would think, "What a shame that house and yard have outlived their usefulness."

You wouldn't imagine the hubbub of activity inherent in the bubbling or the importance of that activity for the Oldman River Basin and its inhabitants, human, vegetable, animal and mineral.

http://www.oldmanbasin.org/main.html

http://www.cowsandfish.org/

http://www3.gov.ab.ca/env/
You are now leaving the mission green website to an external website.

 

 

Castle Wind Farm

We knew we were on the right road!

Some of our welcoming committee were laying down on the job.

Castle River Wind Farm consists of 60 pitch regulated turbines capable of powering 300 home each.

Operations supervisor Hal Jorgensen can monitor and control the operation of the turbines from a remote location.

A weather centre on the rear of each turbine continuously monitors wind speed and direction.

The turbines require limited scheduled maintenance every 6 months and 18 years before a major overhaul.

The wind farm goes about it's business with minimal interference on this grazing range..

Looking up the inside of a windmill tower Hal Jorgensen remarked "I'm not afraid of heights but I respect them."

Wind is free and so is the idle time in our Chevrolet Hybrid pick-up.

Home, home on the range!

Peak efficiency for these turbines occurs at a wind speed of 40 kilometers per hour.

The dust didn't hang around long in this crosswind.

Beaver Creek

We rendezvoused with our hosts at the Oldman Dam, a major feature of the Oldman River Watershed.

The road to the Beaver Creek area took us across striking Alberta farming country.

Our hosts took us down to the unassuming Beaver Creek.

Water quality testing sites have been positioned along many creeks in the Oldman River Watershed to determine sources of contamination.

We were told that 7 water test sites had been positioned on Beaver Creek.

Landowner Dixon Hammond explains that limiting cattle feeding sites in close proximity to the creek has resulted in cleaner run off.

Riparian specialist Michael Gerrand filled us in on the work of the Alberta Riparian Habitat Management Society.

The water around this testing station has been rising due to the construction of a new beaver dam.

Two years of water monitoring has resulted in positive action by local ranchers and tourism operators.

The water in the basin of the Oldman Dam have been improving as well.

Dixon Hammond (left), Bill Rumsey, Michael Gerrand, Cheryl Dash, Jeff Porter and Sandi Riemersma ham it up before we returned to Calgary,

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