Archive for the ‘Green’ Category

The Three R’s of greener living…

Wednesday, March 10th, 2010

Reduce, Reuse, Recycle-Tips for a Greener 2010

Global warming, climate change, carbon footprint, sustainability… we all know the buzzwords and if you are reading this post it means you want to live a greener life.  But the question for most people is where do I begin?  Saving the planet is not an easy task, but the road begins with small steps.  Therefore, I present to you a list of some small steps that you can take to make your life a little greener in 2010.

Reduce your energy consumption. It seems pretty simple because it is.  Turn off the lights when you leave the room.  Wash your slothes in cold water.  Turn down your thermostat in the winter by a couple of degrees and put on a sweater.  Get a programmable thermostat.  The easiest thing you can do is change out your traditional light bulbs for CFL (Compact Flourescent) bulbs. For every incandescent bulb that you replace, you will save about $30 a year in energy costs. If everyone in a city the size of Chicago replaced just one main light bulb with a CFL bulb, we would save the greenhouse gas emissions of about 200,000 cars on the road. If everyone in the country did it, we would save enough energy to light 2.5 million homes for a year and it equates to the emissions of over 3/4 of a million cars.  Replacing just 16 bulbs is like not driving your car for a year.  Trade out one in four bulbs in your house and the amount you spend on lighting will be cut in half.  Only 10% of electricity used in an incandescent bulb is given off as light, the rest is heat:  a big waste on a hot summer night!

Reduce your packaging consuption. Packaging amounts to a huge portion of a products carbon footprint.  If you think about all the things that you buy, they come in packages.  The more the packaging, the more the waste that mostly goes to landfill.  Ideally, we would all be able to buy in bulk and have relatively little impact.  Unfortunately, most of us do not have that option.  But with some simple planning and thought, all of us can reduce our packaging consumption.  Buy in the biggest package available that works for you.  Avoid small individually packaged items.  Things like snack packs have a ton of packaging.  But buying in a large package and breaking down into small tupperware that is reusable can have realatively small amounts of packaging.  Buy products that are concentrated.  A concentrated detergent has less packaging than the same washing amount of less concentrated liquid.  Look at your purchases for packaging that ahs recycled content.  Who cares if the cereal that you buy comes in a box made from recycled paper or virgin materials-only Mother Earth.

Reuse everything that you can.  Can that jar be used for something else?  They make a fine vase.  Save those margarine containers for use as a food container.  Wash out your ziplock bags and use them again.  Instead of buying individual hand soap containers, buy a bulk package and refill the small one.  Paper sacks with handles are an instant gift bag.  Newspapers make fine gift wrap.  Write on the back of scrap paper, or print on the back side of all the things you print.  Try sewing a small hole in clothing or invest in a good stain fighter to reuse clothes that you thought were not salvagable.  Still can’t save them?  Try making a wuilt or cut into smaller pieces for dust cloths.  By using everything at least twice, you can cut your consumption of virgin materials significantly.

Recycle. If you are reducing and reusing, then your need to recycle is dramatically lessened.  Still, recycling can have the biggest impact on the environment in that everyone can do it while having the least impact on their everyday life.  If you do not have a curbside recycling program available, make the extra effort to take your old goods to a drop off location.  Recycle all your jars.  Glass is one of the easiest things to recycle and making recycled glass uses 40% less energy than making glass from virgin materials.  Remove your lids and rinse your jars.  When it comes to plastics, all containers have a universal recycling number on the bottom.  While there are not uses for all the numbers so far, emerging technologies are finding ways to make new polymers and diesel fuels from assorted plastics.  In the meantime, Amricans use 2.5 million plastic bottles every hour and most (estimates are about 65-70%) end up in the landfill.  Remove your lids when recycling bottles as they are generally a different type of plastic than the bottle and in some cash strapped communities, it is cheaper to toss bottles with a lid still on than to pay someone to sort and remove lids.  Paper accounts for half of the waste we send to landfill.  If Americans reycled half of that, we would save 125 million trees every year.  Over 48 % of the Earth’s surface was once covered with forests.  Half of those forests are gone and only 1/5 of native forests are left.  Making a ton of paper from recycled stock saves 50% of water used and 17 trees.  For every 38,000 bills paid online, 5,058 pounds of greenhouse gases are avoided and two tons of trees are preserved.  Stop your junk mail!  17.8 tons of junk mail is delivered every year by the postal service.  44% of that goes unopened and less than 25% is recycled.  Recycle all your metals.  All steel has some recycled content.  It is generally at least 25% recycled content minimum, so the systems are all in place already.  Aluminum is easily recycled, and aluminum cans will make it back to the shelf in as little as 90 days.  But it isn’t just cans; foil counts too-even the foil on the 20 million Hershey’s kisses that are produced every year.

The road to a greener life is a long one.  But the journey of a thousand miles begins with one step.  What is your next step?

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TEDxCLE…Cooking makes us human

Tuesday, March 9th, 2010

I have to preface these post with a shout out:  the images are from Kyle Roth, a local photographer who does beautiful work and who is a big champion of Cleveland, be sure to read his blog at North Coast Lifestyle and Epstein Design Partners.

Michael Ruhlman is an author and culinary grad. As he stood on the stage and talked, I found myself nodding. He spoke about food and cooking. I can tell you from personally experience that most people do not know what most veggies are, or how they are raised. We are becoming farther detached from our food. He gave us a great talk about food and how cooking are what makes us human.. He quoted from Richard Wrangham’s book, Catching Fire: How Cooking Made Us Human. Taking us from our food preparation has made us more separate and more unhealthy. He spoke about how we feed our livestock foods that they were never meant to eat. Furthermore, social problems and illness are on the rise as more of our food is processed and provided to us. Cooking makes us think about what we are eating. It takes effort, which brings families together. When you cook, you look for better ingredients and you learn more about what you are eating and how to make your life better.


Michael Ruhlman is so passionate that he helped to start North Union Farmer’s Market, which has grown to one of the top farmers markets in the region, with multiple locations around the city.  He showed us slides of some local producers.  Local farms that are doing good things by raising humanely produced pigs that are well treated and humanely slaughtered.   Local food is making a comeback because we are starting to learn that cooking makes us better, and not cooking takes stuff away from our lives.  We can change things now, simply by taking the time and effort to cook for ourselves and our family. One of the things he mentioned was voting with our dollars. When we buy raw ingredients and cook, we spend our money in support of those who are promoting this industry. On the other hand, those who do spent money on crap are voting for more crap.  So what do you want to vote for?  And take the time to pick up a pan, rather than McDonald’s for dinner.

image courtesy of Susie Sharp

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Local food is now more local

Sunday, March 7th, 2010

Today, March 7, was the soft opening of the new Central Community Co-op.  Started as a class research project by Tri-C (Cuyahoga Community College) students, the new Co-op will provide local residents with fresh fruits and vegetables from Tri-C’s recreation Center.  They will also provide access to free nutritional education classes.

This all started because Tri-C decided to offer a “Special Topics” class focused on nutrition.  The class research assignment got the students thinking about ‘food deserts’ and the lack of good nutritional options in the area. 

The project is starting out small, but they plan to expand over the coming months.  I am sure as word spreads, this program will become more and more popular! 

Cleveland is so cool.

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TEDxCLE…Fuel Cells and the future

Sunday, March 7th, 2010

I have to preface these post with a shout out:  the images are from Kyle Roth, a local photographer who does beautiful work and who is a big champion of Cleveland, be sure to read his blog at North Coast Lifestyle and Epstein Design Partners.

Benson Lee of Technology Management Inc, took the stage for his talk, Solving Global Social Problems with Fuel Cell Technology. He started by talking about how fuel cells work. A 2 inch ceramic disc creates electricity through a chemical reaction. He held up a unit the size of a cell phone or pop can, that was a personal generating unit. Then he unveiled a home unit. The home unit fuel cell is less than the sizw of an AC condenser unit and will provide enough power for the average home. Being a clean energy source, they can be located inside a home. They generate heat as well as electricity and thus can serve two purposes at once.

Recently 60 MINUTES did a story on fuel cells. Technology Management, Inc is one of the top 12 manufacturers featured in this story. This is not really new technology, it has been around since the early 1800s. We have the problem in the US of not really understanding fuel cells, and thus we do not ask for them. Thus, they have not been really improved upon, as we had access to plenty of dirty combustion technology. THis lack of improvement has led to costs remaining relatively high, despite being 90% efficient.

Fuel cells still need fuel to make them work. What is great about them is that they provide clean, reliable energy production despite atmospheric conditions. And they will operate on a variety of fuels. Of course they will work with hydrogen, gasoline, oils, etc, but they will also work on the gas from an anaerobic digestor that can use organic waste (including human waste) as its basic fuel. There are also cheap reliable plants that are high in oil content that can be easily grown as a fuel source. The advantage of fuel cell technology is that you are able to generate power where it is needed. You ca provide lectricity in remote villages, without a huge power plant or miles of high tension power lines. This could allow use of electricity for health care in regions where some 228 infants die every hour from diarrhea. Reliable electricity could mean power pumps to make water safer. It could mean simple antibiotics in regions that lack refrigeration.

Technology Management is pricing them for the NGO market. Their aim is to make a living and make the world better. Partnerships with others makes for good finaincial returns. Through economies of scale, they can find ways to make fuel cells cheaper. If they sell to NGOs who can help the poor, then use their profits to train more NGOs to use them, they will only drive more need for them. Like crack for a better world. The best part is that nothing new needs to be invented. Fuel cells can make the world a better place by providing clean electrical energy in parts of the world where other forms of electricity simply cannot work.

Visit their site to find out more! And watch the video below to get a simple overview of how fuel cells work.

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Nature does it best: Biomimicry

Saturday, March 6th, 2010

Webster’s online dictionary defines biomimicry as “the conscious copying of examples and mechanisms from natural organisms and ecologies. It is a form of applied case-based reasoning, treating nature itself as a database of solutions that already work.” That means that nature has already provided us with the best ways to do things. But looking to nature we can find answers to some of today’s most challenging problems. That is why I was so excited to hear that Chris Allen of the Ask Nature project at the Biomimicry Institute was going to be in Cleveland.  Brought to us by E4S , this evening at the Cleveland Institute of Art is going to be a blast!

From the event listing at E4S:

Join E4S and the BiomimiryNEO Network on March 16th to learn more about how biomimicry inspires innovation from Chris Allen. Doug Paige, the Associate Professor of Industrial Design at CIA and several CIA industrial design students will share how they are putting biomimicry to work to solve challenges in the Cuyahoga Valley. Lisa Schmidtke, a recent graduate from the Biomimicry Professional Certification Program and Victoria Avi, E4S Network Entrepreneur for BiomimicryNEO, will be on hand after the main program to answer your questions about how you can learn more about the biomimicry design models and tools.

First off, let me say that any event put together by E4S is a blast.  These guys truly know what they are doing.  They find speakers who have a wealth of knowledge to share.  I know that Chris Allen will be no exception.  If you do not really know what biomimicry is, it basically is the concept of looking to nature to inspire us in design and creation.  The hottest tickets at Greenbuild the last few years have been the biomimicry seminars.  At greenbuild, you might spend over a $100 to hear a talk like this.  Not only do you not have to travel, but the cost is exceptional at only $30.  If you are an E4S member, then you can get in for a mere $25 and students are only $10!  This is your chance to hear a world class speaker who will be a leading force in this new area of study and design.

Chris is director of the AskNature project at the Biomimicry Institute and serves on the management team for the expanded operations of the Biomimicry Guild and Institute.  He is among the fifteen graduates of the first cohort of the Biomimicry Institute`s two-year professional program.  Trained in International Business at the McCombs School of Business at the University of Texas (1985),  Chris has over twenty years experience providing strategy and management consulting services related to sustainable development for a variety of private sector clients as well as the US Department of Energy, the National Center for Appropriate Technology, the Northwest Area Foundation, and the United Nations Man and Biosphere Program.

You can register for this event here. I am sure that space will be limited, so do not hesitate!  Register now for your seat to this incredible evening.

Tuesday, March 16, 2010  5:30 pm – 8:30 pm

The Cleveland Institute of Art

Ticket Prices: $30.00 for non-members, $25.00 E4S members, $10.00 for students w/ a valid student ID.

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TEDxCLE-Personal Kinetic Energy

Friday, March 5th, 2010

I have to preface these post with a shout out:  the images are from Kyle Roth, a local photographer who does beautiful work and who is a big champion of Cleveland, be sure to read his blog at North Coast Lifestyle and Epstein Design Partners.

I have written before about Aaron LeMieux of Tremont Electric. I love this guy and his fantastic idea.  Basically, he created a small portable device that will charge any personal device. It works on the principal that kinetic energy, created from the simple everyday motion of walking or hiking, can be converted into electricity. He came up with the idea while backpacking through the Appalachian mountains. Now, he and his company, Tremont Electric, are working to harness the kinetic energy of waves to create electricity that can be introduced into the grid.

The story of Aaron LeMieux is a fascinating one. Aaron is a guy who followed his passion. He loved being outdoors, but loved using his brain to solve the complex problem of energy generation. So while he hiked through the mountains, he decided that there must be a way to create electricity rather than buying more batteries. The spark of an idea was born. With the love of a wife who allowed him to turn their basement into a lab, and a determined will Aaron started to crack this problem. A less dedicated person would have given up, but not Aaron. He continued on this journey for ten years. Now the first units are due to ship this spring. Imagine being able to recharge your ipod or cell phone just by walking around.

Aaron LeMieux mentioned that Edison continued to work on the phone, even though his contemporaries said that no one really wanted to talk to each other. When you have a great idea and are determined to work on it, you can really change the world.

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TEDxCLE…A seat for one

Wednesday, March 3rd, 2010

Outside in the lobby of the theater was a unique vehicle. I have seen it before and never get tired of seeing it. It is a three wheeled electric car made by Myers Motors.  I first met Dana Myers briefly at an E4S event in Akron.  The car in the lobby is called the NmG and stands for No More Gas.  It is an all electric vehicle and perfect for a guy like me.

Dana Meyers took the stage to great applause, so apparantly I was not the only one in the room to have heard of the NmG.  We know that Cleveland and NE Ohio know how to make cars.  Never planning to be in the car business or retail, but he decided to jump in full force and make an all electric car.  We need electric vehicles like these for several basic reasons.  First there is a finite amount of oil on the planet.  The world took  125 years to use the first trillion barrels of oil and the the next trillion will only take 30.  All electric vehicles cost less to drive no matter the price of oil.

Secondly there is the issue of congestion.  In 1900 only 25% of the world’s poulation lived in cities.  We are around 50% and by 2050, we can expect that number to rise to about 75%.  Not only is there not enough pavement for all these commuters, there is precious little real estate for parking.  It is expected that we will have 1.4 billion cars in the US by 2030.  If you have even been in traffic in LA at rush hour, or tried to find a parking spot in Chicago you can see the advantage of a tiny car like the one created by Myers Motors.  No matter what you try to tell people, most daily commuters get into their larger car all alone and drive 10-15 miles to work.  The NmG has a range of about 50 miles at 70mph, and seats just one.  Their real goal is not to replace everyone;s car, but to get every two car family to make their daily commuter car an NmG.  To address those who travel to work in pairs or who might want to use their car a little more often, they are planning the release of their DUO-a cute two seater.

Thirdly there is the obvious environmental issue of pollution caused by petroleum based vehicles.  Electric vehicles have no CO2 emissions.  Sure there are emissions generated from the power plants that generate the electricity to charge electric vehicles, but that is a fraction of the amount of pollution emitted by today’s autos.  Furthermore, as we add more and more highways and roads, few people talk about noise pollution cased by so many big cars on the roadways.  Electric vehicles are quiet.  If you think they have no pick up, you are wrong.  Some electric cars are being used in racing and tested against traditional vehicles.  The NmG gets up to 75 mph, and since it has immediate pick up, can reach higher speeds quicker- a plus at the on ramps.  Other advantage of the NmG over other electric cars is the size and weight.  When you try to take a standard car that seats 4, you need more batteries, more power, all adding more weight and thus needing more power….  The simple idea of a small commuter car makes it extra efficient.  It can plug right into the household electric to charge.  Most electric cars being developed operate on 220 and need a converter box to charge up.  That converter is expensive and neither your utility or your car salesman want to pay for it.  Besides, a few of these big cars means adding huge capacity to the existing infrastructure.  If all households adopted one NmG, about 80% could easily be charged at night on a daily basis without any extra infrastructure being necessary.

Lastly, Myers Motors is good for the economy.  They are all built in Ohio.  They use local talent to build their cars.  Through efficienies and economies of scale, they have managed to get the sales cost down from about $30K to $23K.  The largest cost of any electric vehicle is in the batteries and as we see advancements in batteries, we can expect that price to drop even further.  Myers has a commitment to keeping production right here in the US.  When they analyzed the cost of shipping the finished cars from China, they realized they could produce them for the same cost right here, and put Americans back to work.

Susie Sharp shows off the NmG from Myers Motors

You can order your NmG or DUO from Myers Motors here.  The only question left is what color do you want? They have 3 shades of purple.

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More LEED grocery stores opening.

Monday, March 1st, 2010

Hy-Vee, Inc. will begin construction on a 64,000-square-foot replacement store this spring in Fairfield, Iowa, marking the company’s second store built in accordance with LEED (Leadership in Energy and Environmental Design) certification standards. The West Des Moines, Iowa-based grocer opened its first LEED-eligible retail store in Madison, Wis., last October.

This story is from Progressive Grocer and can be read in full on their site.

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A solution as simple as a sunflower…

Friday, February 26th, 2010

How do you get electricity to undeveloped places at a cost that makes it truly viable?  Sometimes the answer is not in a high tech application of newer technology, it is sometimes the answer is really far more low tech and genius in its simplicity.  First off, we put solar panels all over the place and to make sure that they are as efficient as possible, we have come up with a variety of technological solutions.  However, to make these solutions, you have to add thousands of dollars to the cost of solar power.  This starts to put it out of reach for many.  If you are living in an undeveloped country, then it is practically impossible.  We take electrical production for granted here in the US.  But in places like Africa, they often do not even have enough reliable electricity to power simple units that make it possible to operate hospital equipment or to keep blood or medications refrigerated.  Enter Chris Clark and his company Sunflower Solutions.

While in college getting his degree at the University of Miami Ohio, Chris worked with some classmates to create a way to power an electric well.  The plan was to help his buddies find a way to support developing nations who had little or no access to water.  His idea was the simple solar panel.  The problem with solar panels is not the cost in itself, but really the cost of making them efficient.  A stationary solar panel is far less efficient than one that tracks the sun.  The problem with the systems that track the sun is that they are cost prohibitive for most people, and for places like an African village, practically impossible.  Chris came up with an ingenious answer.  Figure out a way to make a stand for a portable unit that could be used by anyone, regardless of location and language barriers.

These solar panels together will generate about 16.8kwh, that is enough electricity to power about half of the average American household.  For a hospital in a developing country that means incubators, stable blood supplies, and medications that need to be kept cool.  For a school that means better food or computers to learn on.  For a village, it might mean a water pump for a well or irrigation for a dry field, providing food for those in need.

What makes them so productive is the way they can easily track the sun.  The complex calculations of the seasons, global positioning and time of day have been reduced to an easy to understand series of markings.  These units are designed to be portable, which means they can be deployed all across the planet and even moved to where the need is greatest.  The stands are also designed to be easily assembled and have few parts that are easily broken.  This means that when deployed to the middle of a country like Chad, that there is little chance of the unit being rendered unusable for long periods of time-a problem with some hi tech systems.  The simplicity of the design also means that you can train villagers to use the systems themselves and help to make them self sufficient.

So who are Chris’s clients?  He is marketing to charities and those around the world that are doing good works.  These are the folks who are already doing the work to help those in need in underdeveloped countries.  The units are fully customizable based on the needs of the client.  The price for one of these units ranges from about $10,000 to $14,000. The low tech solution keeps th price within reason, and allows a charity in Africa to produce a heck of a lot more electricity than they would otherwise be able to produce for their money.  It also allows them to ship them nearly anywhere and leave them to be operated by the locals.  What is amazing is Chris’s passion for solar power.  He gets excited in what he does and shows a dedication that is rarely seen these days.  Just read the Sunflower Solutions mission statement:

Around the world, 1.6 billion people do not have power. One in 12 people is malnourished, 1.1 billion are without clean drinking water, 2.4 billion are without proper sanitation, 2.1 billion do not have an education, and 1 billion people do not have appropriate medical care.

That’s hard to imagine since most of us will never know what it’s like to be a part of one of those statistics. Still, around the world these problems persist and threaten the lives of millions of people every day. But how do we provide health care without first powering health centers? How do we educate without having access to lights, computers, or the internet? How do we bring clean water without a means to power the water pumps? How do we feed the hungry without first helping farmers irrigate their fields?

Sunflower Solutions’ mission is to eliminate life threatening conditions around the world by bringing low cost and reliable power to areas where it is needed the most. We seek to EmPower education, health, clean water, agriculture, and businesses that struggle around the world. Using the flexibility of solar technology to generate power, along with a little practical ingenuity, Sunflower Solutions sells the lowest cost power solution for the developing world.

Come see for yourself!  Next month Chris will be the featured speaker at Eco Tuesday.  Eco  Tuesday is a group with a three year history of gathering, educating, and promoting sustainability across the country.  Last week was the launch of the Cleveland chapter and the speaker was Brad Masi of the New Agrarian Center.  Held the 4th Tuesday of the month, March’s event will be held at the Key Club.  Come and hear about Chris and his company Sunflower Solutions.  Already written about in the Plain Dealer, this is likely to be a packed event, so RSVP right away.

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Mark your calendars…

Thursday, February 25th, 2010

BCN_FOBC_Mtg_March2010FINAL

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