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Go Green Today: Tips For Going Green

Master Water Saving with the Shower

OK, so we drink a lot of water.  We brush our teeth, which wastes water.  We wash many, many things: clothes, dishes, hands, cars, countertops…the list goes on.  We cook with water.  Everything that is manufactured necessitates water.  We flush water down the toilet numerous times a day.  And we shower, typically on a daily basis.  The avenues of wasting water are absolutely everywhere.  What’s worse is that too often we are uselessly running water even when we don’t need to, especially when trying to reach a desired temperature (such as cold for drinking water, and hot for a shower).  It is an easy habit to get into to turn the water off while brushing.  This, alone, will save an average of 5 gallons every time one brushes.  Some people also conserve their toilet flushes, which greatly decreases water waste.  The shower should be treated in the same regard.

It’s pretty difficult to not waste water while it streams out, initially cold.  Depending on the distance of pipes, the age of the water heater, and the type; waiting for shower water to heat up can take a minute, or even an unfortunate few.  During this time, gallon after gallon pours down the drain into a water wasteland.  Some environmentalists are exceptional in their conviction; and they jump in as soon as the water starts, washing away under a freezing cold spout.  For most, though, this is uncomfortable, and to some it seems outright unbearable.  There is good news, however; there are some small compromises that are easy for us all to adapt to in order to at least somewhat reduce the amount of water that’s wasted on a daily basis, predominantly down the drains of our showers.

To start with, it is a great idea and only a small investment to purchase a low flow shower head.  This will dramatically decrease the GPM (gallons per minute) during your showers.  There are many brands out there, along with numerous reviews, so you can choose whichever best suits you.  Even better, there are new devices out there such as the Roadrunner or Evolve Shower head that are designed to shut off once the water has reached a specific temperature, such as 95 degrees Fahrenheit.  There is a switch or pull string to turn the flow of the water back on once you are ready to jump in.  This is a great answer provided for people who tend to turn the hot water on, meanwhile going about brushing their teeth, making coffee, checking email, or whatever time consuming activity they chose while waiting for the temperature to rise to their liking.  Usually, while engaging in these other activities, it is easy to get sidetracked and let the bathroom steam up with tens of gallons being wasted for no reason other than negligence.

Another helpful tactic is to place a bucket (or even better, subsequent buckets) in the tub to catch the cold water while you wait for the shower to get warm.  You can use this catch for other water needs such as watering plants, cleaning, cooking, etc.  Reusing is as good as recycling and eliminates waste.  Other suggestions entail insulating the water pipes to help them heat faster, especially in areas with harsh winters.  This is a very inexpensive way to eliminate a bit of wasted water while waiting for the heat to spout out, and is an easy enhancement to make.  Then there are the recirculating water heaters that send the cold water back through the pipes into the tank while the water is heating up.  It wastes less because it is circulating the water that is not heated yet back into the tank instead of eliminating it. This is a bit more expensive and also a bit more work.

Another water saving tip that is utterly free and that we should all get in the habit of is simply reducing our shower time.  Of course, it feels so great to warm up and thoroughly enjoy a nice hot shower in the morning, but it is wasteful.  It will feel even better to be able to take a nice warm shower twenty years from now after contributing to less water waste.  The longer you stand in that steamy spray, the more you are contributing to the utter waste of our most precious commodity.  Soon, taking shorter showers will become habitual like anything else that is practiced over time.  On a more extreme end, the better thing to do is to take a “navy shower” which entails shutting off the water while soaping up.  Get in, get wet, turn the water off while lathering the suds, and then turn the water back on to rinse off.  It may take a little getting used to, but the proud feeling of knowing you truly are making a difference will most likely outweigh the effort.

These are all simple and completely practicable suggestions to adopt.  Going green is an overall life changing transformation.  Becoming aware of the precious elements we waste on a daily basis is a great start.  That awareness should acknowledge the level of severity that truly encompasses the issues we face today.  We must all come together when dealing with a worldwide challenge such as water scarcity.  We must all make an effort to yield the otherwise inevitable devastation water scarcity will eventually cause.  This initiative starts at home.  This movement begins with every individually making a personal effort to change their lifestyle, one step at a time.  Together, we can climb to a healthier environmental state, and a replenished world of clean water.

 

The Greenest Answer to Going Green

Algae are microscopic organisms that exist in abundance.  There are perhaps thousands of species of algae, many of which have yet to even be identified.  Typically found at the surface of ponds, or other aquatic areas; algae are also often laden over moist terrestrial areas too.  Seemingly miniscule and unimportant; it may come as a surprise that algae has definitely become a commodity of great interest as of late.  Furthermore, it has actually been studied on an off for eighteen years by the government seeking to extract the many potentials of this plausible energy source.

New waves of awareness have forced innovators and scientists to scrutinize the plethora of natural possibilities we have at our fingertips.  It comes as a sweet delight to find we haven’t overlooked even the smallest of possibilities.  And this time it appears as it our findings will pay off.  Algae is now being grown in facilities specifically built to harvest the biological energy in massive amounts.  Whereas a pond covered with a surface layer of algae may only produce merely a few gallons of algae, some facilities are able to harvest around 100,000 gallons of algae!  Some types of algae have up to 50% oil weight, which is great for converting into biodiesel fuel or perhaps jet fuel.

Algae was originally dismissed as an effective and fully competitive energy alternative years ago, due to the price per gallon necessitated in converting the plant into biofuel.  That was back in 1996 when oil was only around $20.00 per barrel!  Oil prices have since climbed dramatically and algae is back in the running to competitively become a biofuel replacement in the near future.  Not only is algae one of the fast growing plants in the world, it is easy to produce with new technologies and patented facilities, such as Vertigro, a patented system used by Valcent Products in Texas that has innovatively designed a vertical farming structure to capitalize on the amount of algae produced per space needed.  Algae, like other plants, only really need three components to grow and photosynthesize: water, sun, and carbon dioxide (CO2).  Strategically developing an algae plant near other large manufacturing plants that emit high levels of CO2 will not only provide ample supplies to the growing algae, but it can sequester the carbon dioxide, eliminating such detrimental gases from contributing to global warming.

Converting algae oil into biodiesel uses the same process that turns vegetable oil and other animal-fats into biodiesel fuel.  However, the space needed is far less, it can be farmed anywhere, and it is actually ideal to pair near carbon emitting factories.  Though the cost is still in question, and research is still being executed to find the most ideal way to farm this energy force economically, algae is absolutely in the running to becoming a highly competitive, environmentally supreme biofuel.

Algae also offers health benefits, usually offered as a supplement called Spirulina.  It has long accredited as a super food, and has always been held with great value.  Now it has been given an entirely new role to play in aiding the optimum health of humans, which has ascended to a much larger scale.  Being proven as a great way of combating global warming, it also has an awesome potential of being a completely commercially viable biofuel.  Algae is not just a green little plant, it truly epitomizes the ideal of “being green.”

 

What Kind of Car Is Most Eco-Friendly?

There are seemingly more and more fuel options available for cars these days and some are currently more environmentally friendly than others. While the electric car charged by solar panels is currently the star of the environmentally correct scene, there are a couple of other options you should be properly informed about also.

Hybrid Vehicles


You may or may not be aware that, outside of the US, many countries actually have a decent percentage of electric cars already on the roads. You may or may not also be aware that hybrid cars which use both electric and gasoline were actually available from such major auto makers as Toyota in 1999. So why is it that so few electric cars seem to be readily available in the US market and why does it seem like it is such a brand new and revolutionary technology in terms of US advertising and marketing of such vehicles? The honest truth is two-fold. One is the honest situation of many US drivers having expecting that they will likely be driving long distances and having a gasoline option as a backup is currently important to enable them to do so easily. Whether they actually do or not is rather questionable. The main thing is that they might, at some point, sometime. The other and main driving truth about an apparent lack of readily available electric cars in the US and the seeming abundance of Hybrid vehicles and their advertising campaigns is the simple and classic situation of American oil companies pushing what is profitable for American oil companies. If you perhaps have a concept that American oil companies only dabble in advertising gasoline, you are sadly mistaken. American oil companies would likely pay to manipulate the advertising campaigns of baby food manufacturers if it seemed profitable.

Hydrogen Fuel Cells


Why would a completely anti-green and oil loving Republican administration in the US, like the Bush administration essentially was, be interested at all in a technology like Hydrogen fuel that is supposedly intended to be an altruistic remedy and solution for global fuel concerns? Ponder for a moment the fact that oil companies could see unrest on the horizon and rather than sit back and wait for electric cars to take over and the oil industry’s gasoline infrastructure to become useless and obsolete, the opportunity to switch the US over to another supply and demand system was a much more profitable approach. You see, Hydrogen fuel distribution and sale would still likely involve all of the same basic transport of specialized fuel to specialized fuel stations which would likely be the only place to purchase such fuel and so the oil companies could simply switch to a new form of fuel with the same basic business model. The main difference would be the profitable stability found by ceasing to rely on any unpredictable relationships in the Middle East and other such areas. Hydrogen fuel sadly isn’t as environmentally friendly as one might hope, since it actually requires a decent amount of energy to refine Hydrogen. Regardless of the rather selfish and uncaring reasons many involved had for the conceptual push for Hydrogen fuel, at least it was an upgrade from oil in terms of carbon emissions. At least, that is, after the carbon emitted to refine the Hydrogen is omitted from the production equation.

 

The Importance of Planting Trees

Planting a tree has long been a suggestion to better the earth, possibly even preceding the outcry and warning of global warming, water crisis, etc.  It was always one of those quaint ideas opted for to mark a special occasion, or to simply make one’s landscape a little prettier.  Now days, with the new focus clearly pointing to the desperate need for action against the ongoing destruction of our natural resources, it is more common to hear the simple comment that part of what you can actually do to help is to plant a tree.  It seems like such a simple and menial task.  But the truth is; every tree makes a difference.

One of the great functions each tree offers, besides its aesthetic addition, is the sequestering of CO2, carbon dioxide.  To elaborate this importance, it is fair to paint the big picture.  Heat is trapped in the earth’s atmosphere due to high levels of carbon dioxide (CO2) and other heat trapping gases which ultimately prohibit the heat from being released into space.  This is what has caused the virulent phenomenon call “Greenhouse Effect.”  Trees naturally remove CO2 from the atmosphere during the state of photosynthesis and use the gas to form carbohydrates utilized in the plant’s structure/function, and in turn releases the pertinent gas, Oxygen (O2) as a byproduct.  It is considered that trees act as what some call a Carbon Sink, storing the gas in its branches, trunk, leaves etc. instead of leaving the gas to become free floating and further polluting the atmosphere.  In this natural function alone, trees directly reduce the growth of the Greenhouse Effect and counteract Global Warming.

Furthermore, trees offer shade in the summer and act as windbreakers during cooler seasons.  This inadvertently reduces the greenhouse effects by eliminating, or at least minimizing, the need for air conditioners and heaters; respectively reducing the amount of fossil fuels burned as energy.

Studies show that a single tree can soak up as much as 48 pounds of carbon dioxide in a year and produce enough oxygen to sustain two human beings.  Figuratively, a single human produces approximately 2.3 tons of CO2 per year.  Considering a healthy tree stores about 13 pounds per year, it would take nearly an acre (an acre consumer 2.6 tons annually) of trees to entirely counter the effects of just one human.  In an another sense, an acre of trees covers the CO2 emission of approximately 26,000 miles driven by one vehicle.  There are clearly not enough acres available in the world to be filled with trees to create an enormous dent; however in an ideal lifetime, if every American family planted just one tree, that effort would positively affect the world by reducing 5% of the CO2 released into the atmosphere each year.  In a perfect world, mind you.

On another note, trees are brilliant cleansers.  They remove other pollutants through the stomates in the leaf surface.  This is particularly good in urban areas, so trees should be abundant in city parks, as well they should riddle the landscaping of suburbia.  This is an overall air quality enhancer, and a much needed one at that.  Trees also slow storm water runoff after large downpours and help to control erosion.  They provide natural habitats for many small creatures, and reduce the temperature by providing shade.  All in all, a tree is not just a beautiful creature standing amongst the many phenomenal picturesque settings of this world.  It is a powerful and vital tool that directly ensures our survival.  We, as an entire race, literally would not be alive if it were not for these oxygen pumping machines.  The fact that they help balance the ecosystem and ultimately lend a hand, or rather branch, in reversing the mess we have created is a blessing.  It is a wonder we don’t overzealously run out and plant as many trees as we can find space for, considering the assets provided by such a small amount of effort.  Planting trees really does, in all fairness, save lives.  As previously stated; every tree makes a difference.  That means every person who plants a tree also makes that difference.  It is easier than you think to do your part in the endeavor to be green.

Last Updated ( Thursday, 08 October 2009 19:14 )

 

Composting: The Original Form of Recycling


There are countless ways we can all pitch in and make a difference when it comes to jumping on the (finally arrived) bandwagon of going green.  Some of the efforts involved may take a bit more energy out of us and some are more costly.  Then there are others efforts that are nearly free, and take up little extra time in order to continue. Excuses as to why we haven’t actually developed better habits and earth conscious routines are becoming slimmer when considering that we can all truly make a difference; without totally uprooting our lives.  Sometimes it seems too many things are overlooked.  Take eggshells and food scraps, tea bags and coffee grounds.  Like everything else in our crazy world, these small items add up to thousands of pounds of waste very quickly, and they can easily be removed from the ongoing haul of garbage to our overflowing landfills.  Composting is the purposeful biodegradation of organic materials such as yard clippings and food scraps.  In time, it brings back vital organic materials from previously live items that would otherwise be thrown away, left to ferment and cause damaging greenhouse gases such as methane.  In all reality, composting is the original form of recycling.

It is fairly easy to startup a compost and furthermore maintain it.  There are technically two ways to compost: one is for the savvy gardener seeking a rich blend of forest-like humus to provide valuable organic nutrients during planting, potting, and gardening; and the other is simply to eliminate waste and enable to the eco-conscious individual to take yet another step in helping the earth.  The later type of composting is “cold” composting and takes very little effort, turning the materials much slower into the finished composted state.  “Hot” composting involves much more attention, physical turning of the compost, and a more deliberate balance of ingredients.  Both are equally positive, and it solely depends on the intent of the individual. 

There are certain materials that you can compost, and specific materials that you cannot due to potential harm, bacteria, or foul odor.  When beginning to compost for the very first time, it is wise to research an entire list to ensure you are properly making the best out of your kitchen scraps, all the while promoting a healthy organic revolution.  Some of the more common things that are great for decomposition are: eggshells, vegetables, paper (not glossy) or newspaper (made with soy ink), leaves and branches, fruit, tea bags, coffee grounds (with filter), cardboard, some ashes (if only wood), feathers, hair, grass clippings, lint from the dryer, manure, seafood shells, seaweed, and even vegetable soup.  Other items, on the other hand, are a no go: dairy products, meats and bones, cream based soups, diseased plants, pet manure, and anything heavily processed or synthetic (such as barbeque charcoal or glossy/colored paper.)  There are easy instructions available all over the web to guide you in either purchasing or building your own (a much cheaper route) compost bin.  Typically people choose a 3’x3’ or 4’x4’ compost bin, depending on the size of their family and the amount of waste they produce.  The compost site should be carefully considered based on convenience, aesthetics, and placed out of direct sunlight. 
A balanced combination of air, water, and food will quickly restore your unused waste into the organic, nutrient-filled soil that is great for plants, trees, gardens and lawns.  In all reality, this natural form of recycling is an easy way to make a difference.  Not only does it prevent additional waste from being sent to the landfills and reduce the contribution of fermentation into virulent greenhouse gases; it is a natural cycle that ultimately gives back to the earth.

 

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