Archive for the ‘Construction’ Category

Clean Air, Inside and Out: Innovative Labs

Tuesday, May 8th, 2012


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As spring turns to summer in North America, many of us are putting on our “taxi driver” caps and ferrying our kids between lacrosse, soccer, playgrounds and parks and other outdoor events and activities. Some of us however, have kids like my son Elliot who seems to be “allergic” to spring, a time of year when his seasonal allergies kick in big time, and every day becomes a battle between letting him spend time outdoors with his friends and playing sports versus suffering the consequences of bad allergies triggered by pollen and spring time allergens.

Indoor air quality becomes a top priority as we try to find a reprieve from the hostile environment outside. The following post was sent to us by Aneliese Ramsay, Client  Marketing Specialist, with Ino-Labs.com whose company has developed a new technology to create cleaner indoor air and to remove “volatile organic compounds” or VOCs such as bacteria and viruses from the air. Join us as Analeise explains how this new technology works.

Improving Indoor Air Quality: Guest Post, Aneliese Ramsay

According to a recent report by the Environmental Protection Agency (EPA) Individuals spend 90% of their time indoors where the levels of pollutants may be 2 to 5 times, and occasionally 100 times higher than outdoor air. Harsh chemicals such as formaldehyde, acetone, ethanol and aldehydes can produce symptoms such as burning eyes, sore throats, skin irritation and long term exposure can also lead to cancer. In addition, according to the Center for Disease Control, as climate scientists show us the increasing linkages between climate change and extreme weather events, mold and bacteria become a more common concern in homes and buildings that are inundated with floods and storm weather events. Realizing the need for cleaner indoor air, Innovative Labs developed a new technology to remove VOCs such as bacteria and viruses from indoor air.

Aneliese tells us that, Innovative Labs was started for the express purpose of solving environmental challenges that affect global well-being; focusing on a problem and then engineering a solution. Innovative Labs team of engineers and scientists developed a unique photo catalytic oxidation (PCO) air purification system that has been designed to address the concerns of formaldehyde, ozone and VOC pollution. Innovative Labs took on a Federal Emergency Management Agency (FEMA) challenge to scientists, to develop air purification technology for trailers supplied by FEMA which were housing many of the displaced citizens of the 2005 New Orleans hurricane disaster. It turned out that these trailers were exposing occupants to high levels of formaldehyde and other VOCs’ off-gassing from the composite wood and other materials used in trailer construction. With the linkages between climate change and extreme weather becoming more evident and playing out more often, there could be an increase in trailer use in communities impacted by severe weather events so solving these indoor air quality problems are of increasing importance.

According to Innovative Labs, the technology behind their air purification system, the Sonoma Breeze, is unique in the industry. Air is continuously drawn into the air purifier, where a strong UV light activates a long-lasting titanium dioxide photo catalytic reactor core, breaking down and destroying airborne biological contaminants, odors, pollutants and dangerous volatile organic compounds (VOCs). The result is pure air free from formaldehyde, bacteria and viruses. The benefit of Innovative Labs technology is that does not emit ozone, and can remove 90% formaldehyde on a single pass, giving consumers a way to mitigate exposure and promote a healthy lifestyle.

For more information on innovative labs visit ino-labs.com. While ClimateMama hasn’t tried out this new technology yet, we are interested in finding out if you have and what you think. Also, do let us know if you have any other tips you want to share for keeping the indoor air your children breath clean and clear!

On our quest to keeping our outside air clean if you haven’t done so already, consider signing on to the Moms Clean Air Force petition to defend clean air and fight mercury emissions and other toxins emitted by power plants!

Yours,

Climate Mama

My Take on The Canadian Tar Sands

Tuesday, July 12th, 2011

My take on the Canadian Tar Sands?! A juggernaut, seemingly unstoppable, a source of unimaginable profits for multinational energy companies versus shortsighted Russian roulette for the rest of us, for our planet, for our environment and for our economy. Development of the Tar Sands needs to be slowed and stopped if we have a hope of reducing our global carbon emissions, but to do this we need to slow down the “receiving end, our demand for oil, as well as development of proposed pipelines that would take the oil from the tar sands to refineries around the world”….at the same time we need to build up capacity of renewable energy.

Photo Credit: M. Shugarman Suncor Plant 2011

These massive Tar Sands mining and processing projects aren’t against any local or national laws. Morally, I believe what is happening is wrong, but that is certainly debatable.

Reality however, as reported by scientists, is that human caused greenhouse gases, attributable to the burning of fossil fuels (oil, gas and coal) are causing our climate to change. Reality, as reported by scientists, tells us that IF we keep the Tar Sands oil in the ground, we have a hope of managing our changing climate. Reality, as reported by scientists, tells us that if we burn all the tar sand oil “all bets are off.” The spin in Fort McMurray the epicenter of Tar Sands mining, and Reality, as reported by the Tar Sands Industry, the Alberta Government and broad public opinion, is that the Tar Sands are an important source of jobs (employing by some estimates directly and indirectly 20% of Alberta’s work force), a solid revenue stream for the province and a safe and secure source of oil for all. Reality as reported by scientists, isn’t high on the agenda of industry and government, when it comes to the Tar Sands.

With a current capacity of just over 1 million barrels, the oil industry is gearing up to double production in the short term, and almost triple production by 2025. Scientists tell us this would be equivalent to releasing a massive carbon bomb that would, to quote scientist James Hansen, “increase the atmospheric concentration of CO2 by 50%…” creating a planet permanently “out of balance.” This increase in C02 would result in worldwide extreme weather events that would become a regular part of life, threatening our very existence.

Born and raised in Alberta, it is obvious that the economy of the province rises and falls on oil production and mining. When I was growing up, unconventional oil like the Tar Sands were an “impossible dream” of many, too expensive to develop. However, current prices at close to $100.00 a barrel make the mining obstacles, no obstacles

Photo Credit: cbc.ca

at all.

My personal tour of the Suncor mine, one of numerous multinational oil companies that have leased land in Northern Alberta from the provincial government, was mindboggling. The scale of the operations, which are massive, are hard to comprehend, even when one is on site. I watched as “mega size” trucks, 3 stories high, costing over $4 million dollars each, with tires that can be had for a mere $70,000, received tar sands from shovel trucks 5 stories high – what I imagine to be every “little boy” and “big boys” dream – literally a Transformer Movie, coming to life.

The town of Fort McMurray is the fastest growing city in Canada. As well, its population may be the most diverse, with Ethiopians, Nigerians, Venezuelans, and Pakistanis, mixing with Canadians and Americans, and Native Canadians, all gearing up to “make their fortune.” As I was told by several people I met in Fort McMurray, and many people I talked to while visiting my home town of Edmonton, a commonly held believe is that the Tar Sands are providing, safe, secure access to a necessary commodity. Tar Sands oil keeps “the lights on” and the neighbors to the south in the USA, satisfied by shoring up access to relatively inexpensive oil and gasoline that runs cars, heat homes and keep the economy running.

The province of Alberta is about the size of Texas. The Tar Sands area is roughly equivalent in size to the state of New York. The Alberta Tar Sands are located in the Canadian Boreal Forest, on the banks of the mighty Athabasca River which provides water to the oil companies, an integral part of Tar Sands extraction and production. A massive and controversial area, Tar Sands expansion must be closely monitored, followed, studied and slowed down. Unfortunately, the Tar Sands are so far removed from large populations and so difficult to get to, that the old adage “what happens in Fort McMurray, stays in Fort McMurray” really seems to be the case.

THIS NEEDS TO CHANGE. THE PRESSURE NEEDS TO STAY ON. GET INVOLVED, BRING REALITY TO THE ALBERTA TAR SANDS.

Yours,

Climate Mama

Tar Sands Facts: What’s It All Mean, What’s All the Fuss?

Wednesday, July 6th, 2011


A few quick “Tar Sands Facts” are to help you understand the basics of ‘what all the fuss is about!”

As a general comment, the Tar Sands found in Alberta are in fact an oily, sticky, sand like substance (which looks a bit like “tar,” hence the name) which is actually a naturally occurring substance called “bitumen.” The bitumen is mined via various methods, “upgraded” on site to a synthetic crude oil, which is then shipped via pipeline to refineries all over Canada and the USA for further processing. The controversy lies both in the amount of energy and water required to mine and refine the bitumen in Canada, as well as the moral and ethical issue of what happens when all of the oil mined at the Tar Sands is “used” (in our cars, to heat our homes, and to run our factories) and the resulting release of carbon dioxide and other greenhouse gases which are the primary cause of global warming and in turn the cause of the dangerous precipice we humans have placed our planet, and our future on.

Location: Often called “Oil Sands” this oil reserve, is approximately 54,000 square miles, or about the same size as the state of New York and is located in the northern part of the province of Alberta, near the Athabasca River and the Canadian Boreal Forest.

Tar vs Oil: While the oil from the Alberta “tar sands” more resembles Tar than Oil, Tar is a synthetic substance and oil sands in its “natural occurring state” is oil mixed with sand. The Petroleum Industry uses the term “oil sands” rather than the term “tar sands.”

Capacity: The Tar Sands area is estimated to contains 170 of Canada’s 178 BILLION barrels of oil reserves and represents the world’s second largest reserve after Saudi Arabia. To put this into perspective, the Gulf Oil disaster is estimated to have leaked 4.4 million barrels of oil into the Gulf of Mexico and the according to the CIA World Fact Book, the US daily consumption of oil is approximately 18.7 million barrels.

Barrel of Oil:
Oil is no longer shipped around the world in “barrels” but is distributed via pipeline. Oil is “priced” per barrel, hence the measurement continues to be used. According to the Alberta Government, “a barrel is approximately 35 Imperial gallons, 42 U.S. gallons or 159 litres, roughly equivalent to the volume of liquid held by a standard bathtub.”

Tar Sand: Naturally occurring mixture of sand or clay, water and bitumen.

Tar Sands: Summer 2011

Bitumen: According to the Alberta Government bitumen “is a heavy and extremely viscous [sticky or gummy] oil that must be treated before it can be used by refineries to produce usable fuels such as gasoline and diesel. Bitumen is so viscous that at room temperature it acts much like cold molasses. A variety of treatment methods are currently available to oil sands producers and new methods are put into practice as more research is completed and new technology is developed.”

Crude Oil: is a naturally occurring hydrocarbon that when refined, or processed by a manufacturing method is turned into fuel used in cars, jets, heating oil and thousands of other petroleum based products , including plastics!

Synthetic Crude: is a hydrocarbon which is “changed” by a chemical process into a crude oil that can be further “changed” into a fuel. Bitumen, through a chemical process which changes the “stickiness” or viscosity of the substance, is “upgraded” to synthetic crude, which is then “further upgraded” along the lines at different refineries into a wider range of petrochemical products.

Bitumen Upgrading and Refining: Extracting bitumen from the Tar Sands is done using two methods of mining, Open Pit and In-Situ. Open pit, is, as you would imagine it, a mining operations using shovels and trucks to transport bitumen that isn’t too far below the land surface to an “upgrading” facility so that is becomes synthetic crude. In-situ (or in place) uses steam to heat the tar sand underground until it is “fluid” enough to be pumped by a a well to the surface. Only 3% of the Alberta Tar Sands is accessible via open-pit mining.

Did you miss our earlier posts on the Tar Sand? Check back to see why we are so interested and stay tuned for our next update. We will help you understand the carbon footprint of tar sands oil vs conventional crude ie. why this type of oil extraction and production is so much more controversial than “regular” oil, and, in our opinion, if this controversy is warranted.

Facebook Games, Cement, Plastic Bags in LA, Updates from our Partners and Climate Change Art from Space – It’s a wRAP, November 19, 2010

Friday, November 19th, 2010

Grab the kids in your life and together take the Trendsetter Pledge at Repower At Home! We know you are already a trendsetter: you turn the lights out when you leave a room, adjust the thermostat regularly, unplug energy “vampires” and generally promote environmental sustainability. By signing the Repower at Home pledge you can let the whole world know! And btw, while you have the attention of the kids in your life, tell them about a new Facebook Game eMission, which has a social mission (you don’t necessarily have to tell them that part!)—fighting climate change through offline actions. The game encourages gamers to build and save their habitat by completing offline energy-efficient and environmentally friendly actions that reduce greenhouse gas emissions—such as changing incandescent bulbs to ENERGY STAR qualified bulbs; powering down computers; recycling plastic bags, bottles, or aluminum cans; walking, biking, or taking public transportation for a week; and more! Each action gives users a snapshot of their individual carbon savings as well as the collective savings impact if we all join together to fight climate change. Participants can also win eco-friendly prizes and scholarships from DoSomething.org

Did you know that Los Angeles County voted earlier this week to ban stores from using single-use plastic bags? Under the ordinance, single-use plastic grocery bags are banned at grocery stores, pharmacies and other shops in unincorporated Los Angeles County areas. The population in LA’s unincorporated areas is about 1.1 million people.

Did you hear that 350.org is taking the next two weeks to focus on “350 EARTH” — art projects visible from space? November 20-27, 2010 is the week before the

Photo credit: Juliet Mciver

UN climate meetings in Cancun – and 350.org is organizing the first ever planetary art show: 350 EARTH. In more than a dozen locations around the planet, artists are partnering with citizens to create massive art installations around the theme of climate change, from its impacts (like a sea-level rise design in New York City) to its solutions (like a solar-powered design in South Africa). Each image will be photographed from space, courtesy of DigitalGlobe’s generous donation of their satellite time to document the story (next best thing to a space ship!)

Check in with 350.org, some cities are still looking for volunteers to be part of “making” the art, you can also help just by spread the word about the art projects. We “almost” got to help Molly Dilworth, with her amazing installation in NYC, but she was too fast for us and finished before we could get there to help! Enjoy.

If you missed this week’s Green Mom’s Carnival on Cement, check it out at Retro Housewife Goes Green. We bet cement is a product that you have given little thought to, yet it is actually the 3rd largest producer of human caused greenhouse gases and a terrible pollutant that affects us all. See what the “Green Moms” have to say about it!

Also, if you somehow missed the “newsflash” about our appearance on The Balancing Act, check it out in Climate Mama News this week! Happy Friday.

Cement, Climate Change and U – Making the Connection: In the News

Monday, November 15th, 2010

Cement = Climate Change =? As the world builds, expands and develops, cement is one of the key critical building components for this progress. This is true not only in developed economies like the US, but it is particularly true in the developing world, were cement is integral to the production of roads, skyscrapers, community housing projects, hospitals and schools. In fact, according to the New York Times, China, the world’s fastest growing economy, makes and uses 45% of the world’s output of cement. So sit back and join us as we look at a product that surrounds us all, but one we bet you have never paid too much attention to. Once we start making connections, we can start building solutions for many of the challenges we face.

Cement production is a process that creates a lot of pollution, from mercury emissions that are poisoning our air and water supplies to huge global emissions of carbon dioxide, the number one contributor to global warming. In fact, after power plants and oil refineries, cement plants are the largest producers of human caused greenhouse gases. Another challenging problem with cement, and one that should be, but may not be obvious, is that you can’t recycle it. Every time we build something new, we need to make new cement for it. We are however, coming up with innovative ways to reuse concrete, which reduces our demand for cement.

Did you know that cement is the main binding ingredient in concrete – so while these two words are often used interchangeably, they are not the same thing. Concrete contains sand and gravel that is mixed with cement to make a strong building material. There is a growing world market for recycled concrete, although too much of our used concrete still finds its way to landfills.

Lets get back to climate change. How does cement create carbon dioxide, the main cause agent behind human induced climate change? This happens in two ways: the chemical reaction needed to make cement releases a large amount of carbon dioxide, as does the huge amount of fuel required to heat the limestone, one of the main ingredients in cement production. Limestone is a huge “carbon sink” meaning it contains large amounts of carbon dioxide. This carbon dioxide is released when the limestone is heated to make cement, polluting the atmosphere and exacerbating the greenhouse effect, contributing to climate change. As well, the extreme heat needed in this cement creation process requiring huge amounts of fuel that release carbon dioxide as the fuel is burned; i.e. coal, oil, natural gas. These are the common fuels used in the heating process of cement production. Many communities, particularly in the US, are demanding that cement plants be retrofited with “cleaner” technologies to reduce their emissions, including using alternative fuels that are not as significant polluters as are these fossil fuels.

In the USA, good news came this past week from the Environmental Protection Agency, which under the Clean Air Act has the authority to tell major polluters to “clean up the air.” The EPA has put 100 cement kilns around the country on notice. They need to put new methods in place that will reduce current mercury and fine particle emissions by 92%! A huge step forward for healthier people, but the next necessary step is legislation requiring a healthier atmosphere and a reduction in global warming pollution!

People are beginning to “think outside the box” on cement, a substance that was invented back in the 1800’s. Many architects, builders, chemists and engineers are excited about finding new building materials to replace traditional cement and are looking at ways to make cement a “greener” product as well as a material that can be reused again and again.

This post was inspired entirely by Lisa Sharp of Retro Housewife Goes Green As part of the Green Moms Carnival, Lisa proposed the topic of cement, which stopped many of the Green Mom Bloggers in their tracks! But boy did we all learn a lot. As women concerned about the environment, the ubiquitous nature of cement fools you, but is something that we all need to make the connection to, and understand that there are significant and harmful effects for us all every time this common building material is produced. Look around as you travel about your daily life today, and consider all the places, products and structures that use cement as a base or as part of their construction.

So if you are putting in a new driveway, building a new foundation for your house, or voting on a new school or a new library-building project in your town, think about the building materials that might be used. Think about Lisa, who lives in a small town in Oklahoma where a cement factory spews pollutants daily into the air Lisa and her family breath. Think about the fight Lisa is fighting to clean up the air for her community, and think about what you can do to help her. Check out Lisa’s blog and read some of the fascinating posts that make up this month’s Green Moms Carnival. Learn about some of the alternatives to cement that are currently on the market.

Cement surrounds us yet is invisible. It is an integral part of all our daily lives. Yet its production is polluting our air and is a big contributor to changing our climate – the world over! Did you learn something new today? We did! Talk to the kids in your life. Ask them to look around and think about the places they visit and the products they use every day. Ask them to consider what these places and products are made of. We need to open our eyes and make connections, so the world we live in can be come healthier, stronger and more sustainable.


Welcome to Climate Mama

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You are a mother, a father, a grandparent, an uncle, an aunt, a teacher or a child at heart. When you hear the Native American saying, “We don’t inherit the earth from our ancestors, we borrow it from our children”, it makes you stop for a moment and think. You love nature, travel, adventure and believing in a world that is special and unique. Climate change and global warming are words that alarm you, that often seem too big to get your arms around. You care about what’s happening to the world and notice small changes in your own life that seem to point in the direction of a threatened environment. But you wonder if these changes are real, and if they are you can’t imagine what you can do to help change what is happening.

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Climate Mamas and Papas

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Climate Change so often seems too big to get our hands around. We wonder where we can start and how we can actually make a difference. Each one of us has a different path that we will follow. Some of us cut a wider swath than others, but each of us has a role to play. We would like to introduce you to some amazing individuals, Climate Mamas and Papas who are making a difference, who are, through their daily lives, affecting the lives of all of us. They inspire us, empower us, and challenge us to reach for the stars, to strive to do the best we can to help change the crash course we are currently on with our environment. Lets meet some of these amazing people and find out what inspires them. Meet our featured Climate Mama, Janae Shields, today!

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Featured Partner & Campaigns

Earth Day New York promotes environmental awareness and solutions, all year long, through partnerships with schools, community organizations, businesses, and government entities; educating public and private policymakers through conferences and publications; and involving the general public in annual Earth Day events.

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