Recycling: Ideas you can Start Using Today

A solar panel system can run into the tens of thousands of dollars, a wind turbine takes up too much room and your budget is already stretched to the hilt. So what can one do to do their part in cleaning up the environment? The answer is simple. You can recycle.
Recycling is more than just separating your trash into bins and waiting around for the right company to come and get it from your curb. Recycling is a process by which stuff you no longer need or use can be reused by someone or something else for a specific purpose.
For example, there are companies out there that recycle old tires. But they don’t recycle them into new tires, no, they melt them down and use the left over material as a road paving compound, or they mix it with gypsum for drywall and a whole slew of other things. Of course that is on the larger scale of solutions. We want to talk about the smaller scale such as a friend of mine who takes old wooden pallets and turns them into outdoor furniture. He obviously has a skill in woodworking, but he has been able to translate that skill into a business that also recycles. These are the ideas we will touch on here today.
Do you use aluminum foil? Of course you do, unless you don’t cook or store anything in the refrigerator or freezer. Aluminum foil is one of those products that can easily be recycled and people do not realize it. From now on do not throw your aluminum foil away. Instead wash it clean just like you would a dish, flatten the foil out and save it for a later day. Obviously if it is savable you would do this. You can easily save yourself two to four rolls every year. Imagine if every family in America did this? With 300 million families and growing, you can see the immense savings and impact on the environment.
A birthday is a happy time (or at least it should be). Most of the time you get to spend it with family and friends. A huge waste is the wrapping paper to cover the gifts. Sure it looks nice, but in a matter of seconds you quickly have a big pile of paper that ends up in the trash. Here is a better solution. Wrap your gifts in the comics section of the newspaper. The mere word comics can be associated with being happy which birthdays are. You save on wrapping paper, the comic section can be recycled by the gift recipient, and everyone (including the environment) is happy.
They say one man’s trash is another man’s treasure, so why are you hoarding or throwing away treasure? You know what I am talking about, your basement full of crap that you will never use. Somebody somewhere has a need for the items that you are saving (and will never use) or throwing away. Post an ad on craigslist in the free section to get rid of it, post items up for sale on eBay, have a yard sale, donate them to a church, before you throw them away and they end up in a landfill, make sure someone else does not need them.
A big impact on the environment could be less use of plastic shopping bags. They take hundreds of years to decompose and invariably end up in a landfill somewhere and forgotten about. Do yourself and the environment a favor, switch to reusable clothe shopping bags. My supermarket sells them for ninety-nine cents, they come with about twenty dollars in coupon savings and they give me a nickel per bag for each bag I use when I go shopping. In other words I get that ninety-nine cents back very quickly. Since I started using clothe bags (about a year now), I have reduced my need of nearly 260 plastic bags. If everyone did that the savings from plastic bags would be into the millions if not billions.
My final idea to give you that I use is to switch your lawn mower blade to a mulching blade. It cost me about $20 and a half hour of my time but it was well worth it. A mulching blade cuts the grass into fine particles so you do not have to bag the grass, and put it out to the curb to get picked up. Your grass clippings will serve as great nutrients for your lawn and you will save a paper bag, trash pick up and landfill space. Not bad for twenty bucks! This investment pays for itself in less than half a season, maybe even sooner depending on how big your lawn is and how often you mow it.
As you can see none of these ideas is life altering. With a few minor adjustments to the way you do certain tasks, you can be well on your way to making a huge impact on the environment in no time.

Recycle: Composting Food Waste Takes Care of Two Things at Once

Years ago my dad taught me the benefits of composting food waste. It had nothing to do with any type of “green” movement or being environmentally friendly, no, it had everything to do with reintroducing nutrients back into the soil.
Here is what he taught me then and it still holds true today. By burying your food waste and kitchen scraps (no steak bones though), you are providing a quality food source for the creatures that live in your soil. From micro organisms and those creatures that the human eye can not see, up to worms, which of course we do see.
See, what happens is these creatures eat the food (and of course each other) and then finally the worms eat basically everything and their castings (worm poop) create the best nutrients your soil could ever have. By continually supplying your garden soil with food waste you are feeding the earthly creatures and they reward you with healthy soil. Now where can you get a trade off like that!
Ok so here is how you do it. Get yourself a fairly large Tupperware bowl. One large enough to hold at least a week’s worth of food scraps. Then after each meal dump everything and anything into that bowl. Just do not put steak bones in there, they wont biodegrade or be eaten by the worms. Banana peels, apple peels, coffee grinds, fish, vegetable scraps, egg shells and basically anything you don’t eat, all qualifies.
When your Tupperware bowl gets full, take it out to your garden and dig a hole about a foot to two feet deep and then dump the food scraps into the hole. Fill in the hole with the dirt and mark the spot with a stick or something else so that you do not dig up that area again for another three months. You need to give those little rascals some time to eat it all.
Now you simply repeat this process as the Tupperware bowl gets full. If you find that you live in colder climates where the ground may freeze for lengthy periods of time, then consider starting a warm box to recycle your food scraps. That goes beyond the scope of this article but I am sure if you Googled the search term “vermicompost” you will get all the information you will ever need.
So what are the two things I was talking about earlier? Well obviously the first is you are adding nutrients to your soil through composting food waste. The second is by composting your food waste you are limiting the amount of garbage that ends up in a landfill. The average four person house hold creates about 8 pounds of food waste per week. If every family in America followed this process we would eliminate nearly one billion pounds of food waste garbage a year. Now that is a lot of trash!
Do your part and compost your food waste. The worms in your garden will love you for it and so will everyone else in the environment.

How Deionized and Distilled Water Vary And What Associates Them

We all know that there are different types of purified water, and the uses may range from industrial, laboratory, pharmaceutical, as well as human consumption. Among the common forms of highly-purified water include deionized water. This type of purified liquid is made using a process called deionization, which utilizes specially-manufactured ion exchange resins, which work to filter out and bind the mineral salts from water. Because a considerable segment of the impurities present in water consist of dissolved salts, the deionization process helps to attain a higher level of purity that is the same as distilled water. However, deionization is not able to fully remove many of the bacteria, viruses and uncharged organic molecules, and these could be removed only with the use of a class of formulated strong base anion resins, which may remove these impurities. The process of creating deionized water is viewed as a rather relatively inexpensive process. So how do the qualities of deionized water differ from that of distilled water?
The Distillation Process
The method for creating distilled water includes converting water from a liquid to a gaseous state, and back to liquid again. This process is done with an equipment called "still," which is composed of a boiling vessel for vaporizing water, as well as a cooling unit or "condenser", to enable the return of water to the liquid state. In distillation, almost all dissolved solids are left in a progressively concentrated solution, which helps to increase the boiling point of the liquid water. While scientists note that substances that vaporize with water are considered nonvolatile, distilled water is said to be nonvolatile. Distillation experts conclude that high-quality stills may selectively condense or liquefy water from among other volatile substances, however most distillation processes allow for the carry-over of at least a few of the volatile substances. A few amounts of nonvolatile material however that are carried into the water vapor stream as bubbles tend to explode or pop off at the boiling water's surface.
How Deionization Differs
The processes for creating deionized water includes the removal or filtering out of electrically charged, or ionized, dissolved substances, through binding these to positively or negatively charged sites on a resin, as the water goes through a column or barrier packed with this resin. Since this type of resin also gathers other dissolved entities that can feed bacteria, many indicate that it's quite usual to find bacterial growth in a deionization column. Despite this, the water that comes out from one of these has a very low conductivity, as the substances that allow electricity to pass have already been eradicated. The processes of distillation and deionization may remove different substances out of water; however they may also leave other impurities behind also. In layman's terms, the purer the water, the more difficult it would be to store without losing its purity. The water we usually drink may not need to be as pure as the liquids used for specialized manufacturing or laboratory processes, however each laboratory or industrial entity has to fine-tune its purification system to attune to the water's intended use, as well as to create a precise monitoring system to make sure that the right levels of purification are met.
Although the purity of water may be measured in various ways, one can also attempt to ascertain or verify the weight of all of the dissolved materials, also called "solutes". This process is easily implemented for dissolved solids, and differs with the methods for dissolved liquids or gases. Deionized water is now considered a very important element for automobiles, where it is used for the vehicle's main cooling systems, where the distilled water intersperses with the hybrid system coolant, for preventing further corrosion of components. This purified water form is also a staple used for topping up the lead in acid batteries, which are used in cars, buses and trucks.

The Many Industrial and Laboratory Benefits of Deionized Water

Around two decades ago, the use of highly-purified water was only limited to a few commercial and industrial applications. At present, there are two common forms of purified water being utilized, the distilled and the deionized water (Dl). Although the purification of water can be done through other processes, including carbon filtration, reverse osmosis, micro porous filtration, ultraviolet oxidation, ultra filtration and electro dialysis. This high-purity water product is now considered a very important ingredient in a lot of pharmaceutical, medical, laboratory, manufacturing, food processing and a wide variety of industrial processes, as well as for rinsing the vehicle at the local car wash.
In recent years, a combination of the processes mentioned earlier, have been implemented to produce water with very high purity, as such its trace contaminants are measured in parts per billion (ppb) or parts per trillion (ppt). Deionized water is currently utilized in most science, technology and engineering industries, and is manufactured in a varied range of purity levels. This type of purified water undergoes a process wherein its mineral ions are removed, like cations from calcium, sodium, iron, copper and anions such as chloride and bromide. The process of deionization employs the use of specially-produced ion exchange resins, and these work to filter and bind the mineral salts from water. Since a large part of the impurities in water consist of dissolved salts, deionization creates a higher level of purity that is commonly akin to distilled water. The process of deionization however, does not remove most of the uncharged organic molecules, viruses or bacteria, except with the use of specially-formulated strong base anion resins that can eradicate gram-negative bacteria. This chemical process can be done continuously and is rather an inexpensive process, through the electrodeionization method.
The process of deionization: In order to create deionized water, scientists and chemists remove ions from water via an ion exchange method. In return, positively charged ions and negatively charged ions are exchanged for hydrogen (H+) and hydroxyl (OH-) ions, because of the resin's greater affinity for other ions. The process of exchanging ions takes place on the binding sites of the resin beads. Once the ions are exhausted of their exchange capacity, the resin bed is renewed or reinvigorated with concentrated acid and caustic, reducing or removing the accumulated ions through physical displacement, and only hydrogen or hydroxyl ions are left in place. For most laymen, it should be remembered that the process of deionization does not get rid of the hydroxide or hydronium ions from water because water is known to self-ionize itself to reach an equilibrium, which would lead to the removal of the water itself.
Aside from its importance as a laboratory reagent and ingredient, deionized or distilled water is also commonly utilized to top up lead acid batteries that are used in most trucks, buses and cars. This is the case, because if vehicles only use pure tap water, the presence of foreign ions generally found here are known to cause significant reduction in the projected lifespan of an automobile's battery. This all helps to explain why deionized water is the preferred fluid for use in most automotive cooling systems at present. Because of the heightened levels of the minerals and ions found in tap water, it may lead to the quick corrosive of the vehicle's internal engine components and may also lead to the faster decrease of the anti-corrosion additives, which are present in most antifreeze formulas. Deionized water is also a very vital component in an automobile's main cooling systems, where the distilled water intersperses or mixes with hybrid system coolant, for preventing further corrosion of components.

Knowing the Various Types of Chemical Disinfectants

The use of chemicals has long been considered advantageous to some extent since the early 1800s. As years pass by, the importance of chemicals gradually increases as the need for more reliable substances in removing dirt and disinfecting utensils are on the loose.
Today, chemical disinfectants are considered a part of the medical world. Without them, cleanliness and hygiene will be impossible to implement.
Disinfectants are classified as alcohols, aldehydes and acids, quaternary ammonium compounds, halogen compounds, phenols and cresols, ointments, oxidizing agents, and furan derivatives.
1. Alcohols
Ethyl alcohol is one of the most useful disinfectants. It has a high degree of antiseptic power and has the advantage of being a fat solvent, dissolving out the fat on the surface and in the follicles of the skin, thus, permitting the antiseptic to act on the more deeply situated organisms. In 70% solution by weight, that is 81.5% by volume, it is used frequently in disinfection of the patient's skin and as an evaporating lotion. Because it is a fat solvent, it is used frequently in disinfection of the patient's skin and as an evaporating lotion. Because it is a fat solvent, it is used frequently in combination with other antiseptics.
Alcohol has its disadvantages as well. This particular chemical causes considerable pain when applied to raw tissues and produces irritation of mucous surfaces; therefore, it should not be used in fresh, open wounds, for the eyes, the urethra, and many others.
As a disinfectant for instruments, it must be remembered that they must be cleansed thoroughly because of the protein-coagulating action of alcohol. Greater effectiveness is brought about when alcohol is combined with other disinfectants.
Isopropyl alcohol is displacing ethyl alcohol in many instances, since it exhibits slightly greater germicidal action, has a lower surface tension, is a better fat solvent and is less expensive. The dilution need not be as stable as ethyl alcohol.
2. Aldehydes and acids
Formaldehyde is a gas with high disinfecting properties. A 40% solution of the gas in water is known as formalin. Since it is too irritating for living tissue, it is mainly used as a preservative of specimens.
A solution of 20% formalin and 70% isopropyl alcohol solution are effective chemical disinfectant and sporicide for clean instruments that cannot be exposed to steam under pressure sterilization, and are of a material or property that will not be destroyed by the solution.
3. Quaternary Ammonium Compounds
Chemicals like zephiran, ceepryn, and phemerol are stable and non-irritating. Their chief property is that of lowering the surface tension of solutions.
These compounds are incompatible with soap and they are not effective against tubercle bacillus and spores. In addition, certain gram-negative bacilli are not inhibited by the quaternary ammoniums and may even proliferate luxuriantly in such solutions.
4. Oxidizing agents
The antiseptic properties of this group are due to their property of liberating oxygen that has a mild germicidal action.
Among the different oxidizing agents, hydrogen peroxide is the most common. This is a clear, watery solution that decomposes readily in the light or on heating. When applied to wound tissues, there are immediate bubbles or fizzes that mark the liberation of gaseous oxygen.
Its primary value lies probably in the mechanical effect of its bubbles, in loosening necrotic tissues and dressings and in breaking up thick adherent masses of pus that float to the surface in a sort of foam. Because of this property and its ability to give off oxygen, it is of special value in the treatment of anaerobic infections, such as those caused by the gas bacillus.
Hydrogen peroxide decomposes rapidly unless protected from light, heat, and air.
Indeed, knowing the different classifications of disinfectants makes it easier for you to know where and when to apply them. Not all disinfectants can be used in one way or another.