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I'm now representing Everlast in North Carolina and and the surrounding states so would be delighted to talk to anyone with commercial, university or municipal lighting requirements.
June 25, 2009 | Permalink | Comments (0) | TrackBack (0)
Anyone using bottled water in an office or clinic should consider the
Atmospheric Water Generator as a way to save money on water while
helping protect the environment and reduce energy use.
Bottled water use increased rapidly over the past 20 years and we're starting to realize now what a profound impact that has had.
Americans consumed more than 31 billion liters of bottled water in 2006 – nearly 28 gallons for every man, woman, and child. Manufacturing all those bottles required 900,000 tons of plastic, which in turn required 20 million barrels of oil, and emitted as much greenhouse gas as a half million cars. Trucking a bottle of water 500 miles can double its climate impact – and some are shipped much, much farther. Water is a very heavy product to ship and trucks can not even carry a full load of it.
The Atmospheric Water Generator (AWG) can produce up to 7.5 gallons of water each day from the humidity in the air. The cost of that water works out at about 12 cents per gallon. This can even help your air conditioning to perform more efficiently.
The water generated by the AWG is ultra-purified by Reverse Osmosis and Ultra Violet technology. The Anti-Bacterial / Anti-Fungal air filters also help clean the air in your office or home.Water is dispensed cold at 39°F and hot up to 195°F, perfect for instant soups, coffee, tea and other food products.
For more details and to order your Atmospheric Water Generator visit this site here, and enter the ID code "58". Or just contact me to learn more.
May 07, 2009 | Permalink | Comments (0) | TrackBack (0)
The following is a summary of a talk I gave at the Charlotte NC "Clean And Green" Earth Day event. It tackles a subject that could easily be a week-long course, or a book, so much is left out, but feel free to contact me to discuss or comments.
If you own a home that wasn’t built to be green or energy efficient in the first place, then there are probably a lot of valuable improvements that can be made that can dramatically reduce energy bills and increase the comfort of your home.
The first step is to determine your appetite for remodeling and how much you want to do yourself. Are you the kind of person who’s handy and wants to do everything on your own, or do you prefer to hire professionals to do the dirty work? Either way it pays to know a bit about what you’re getting into and get involved in the decisions.
It’s also worth defining for yourself what aspects of “green” are most meaningful to you. I define green as having three components or facets, which are:
- Energy efficiency
- Health, particularly indoor air quality
- Environmental stewardship
Energy is by far the most clear and immediate payoff. However health is a real and rapidly growing concern, especially for the increasing numbers of people with sensitivities to chemicals.
So the two most valuable renovation tasks you can undertake are sealing and insulating. Together this will save a huge amount of energy, and by taking better control of the air in your home you can improve the health of its occupants.
But also remember that the number one enemy of a house and your health at home is moisture. Moisture and warmth together with a foods source like wood or paper will encourage mold growth. And mold can be very damaging to your health, particularly your respiratory system.
Mold can be prevented by elliminating unwanted moisture and controlling air flow effectively. Hence, sealing and insulating will not only save you money on energy bills but, done right, can also prevent health hazards such as mold, mildew and pollen.
Sealing
Most older homes were build fairly loosely and this served them well to keep cool. But with the introduction of air conditioning builders have tried to tighten up the homes a bit more. However most homes still suffer from fairly sloppy construction and have numerous undesirable penetrations in the shell that allow outdoor air to leak in.
My priority is to start at the top and seal the attic floor to separate it from the living space below. Sweep aside any loose insulation or lift up batts to inspect the places where light fittings are mounted below in the living space and seal any openings with caulk, or if the opening is larger than ½ inch wide, you can use a canned spray foam. Also inspect around any pipes or other penetrations of the living area ceiling and seal them in the same way. Then try to locate where the interior walls meet the ceiling and look for openings there. Often there are cavities or chases that allow air to circulate freely through the interior walls. This can allow hot attic air into your living space. If the openings are larger use rigid foam insulating board together with caulk to seal them.
Here are a couple documents that may come in handy if you're preparing to do this yourself:
SystemVision Air Sealing Pictorial
SystemVision Duct Sealing Pictorial
Insulating
The most cost effective insulation is fiberglass. If it’s properly installed (though so often it is not) it can be very effective. You can now get formaldehyde-free fiberglass insulation, which is preferable.
Another choice is cellulose insulation made from recycled newspaper. It us blown into place and often used on attic floors. It’s a better choice from a health perspective, though about equal to fiberglass in effectiveness. Remember that with blown in attic insulation it’s the air that provides insulation so if it’s compressed it will do much less good.
My prefered choice for insulation is spray foam, such as icynene, though it is up to three times more expensive than fiberglass. Its key advantage is that it seals while it insulates, and it lasts indefinitely. If your budget can stretch to it, using this in attics for renovations is a great investment. Alternatively, make sure which ever other insulation you chose is properly installed.
This document shows how fiberglass batt insulation should be installed.
Indoor Air Quality
The contributors to most indoor air quality problems can be addressed through proper sealing and insulating. But you should also be mindful of the contribution from cabinetry, flooring and furniture to volatile organic compounds (VOCs) in your air. Inspect closely the make up of any of these items you select, paying special attention to avoid formaldehyde, which is sometimes found in the adhesives that bind materials like particle board together. One builder I know controls VOCs effectively by sealing the raw edges of kitchen cabinet components to prevent the particle board from off-gassing. This can be a less expensive compromise.
Remodeling Priorities and checklist
Below is a summary of many of the projects we discussed and it shows my approach to priorities working from the simplest and cheapest projects to the most complex and costly. So choose how far to work down the list according to your budget, appetite for renovation and your determination to create a high-performance green home.
Small Easy Projects for Energy and Water Savings
Medium investments and projects
Larger investments and projects
Key Behaviors
Online Information Resources
April 21, 2008 | Permalink | Comments (0) | TrackBack (0)
Bamboo is an amazing plant that we've seen rise up rapidly to capture a sizeable share of the flooring market. But more recently we've seen it start to appear as a fiber. Shirts, dresses, socks, all sorts of clothing is being made with it.
Bamboo's advantages include its elasticity, softness, wicking properties, and absorbability. It also takes up dyes more easily than cotton so that can mean less dye too.
Since it grows like a weed it doesn't need fertilizer. However there's no organic certification yet available for bamboo since it mostly comes from China.
The downside of bamboo textiles is strong solvents are needed to break it down. And, of course, solvents are anything but ecological. While there are mechanical methods of breaking down the plant (crushing the bamboo into pulp), they are seldom used because they are costly. This and other newly developed processes ought to come into play more as the demand for organically-processed bamboo textiles increases.
So for now, bamboo textiles are an ecological mix. The crop is great but the process isn't - at least not yet. On the other hand cotton has many of the same problems with its processes.
April 10, 2008 | Permalink | Comments (0) | TrackBack (0)
Saab is translating their design values into the realm of fashion, with its new "Pure BioPower" line of eco clothing. The fashions were unveiled at an exclusive pre-NYC Auto Show party where the Saab 9-X BioHybrid concept car made its North American debut.
The line of clothing was designed in partnership with Swedish clothing design firm Reflective Circle. Every garments is made from 100 percent ecological/organic cotton. Each step in the production process is part of the certification process. Fabric dyeing, printing and washing is all certified by Skal International.
Even the factories producing the clothing are committed to ethical practices by adhering to standards such as freely chosen employment; no tolerance of child labor; payment of a living wage; healthy and safe conditions; and reasonable working hours.
Right down to the buttons, everything is environmentally friendly. Rather than plastic, Saab is using the shell of the Coroso Nut. This is harvested sustainably from rain forests and even provides economic benefit to protecting the forest.
The collection will initially consist of T-shirts, button-down shirts, jersey shirts, ladies shirt dress and tennis shirts. Later they plan to add caps, scarfs, belts, bags as well as pants and a business wear collection. All items in the first collection will be available late May for purchase online at www.saabexpressions.com
April 10, 2008 | Permalink | Comments (0) | TrackBack (0)
