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Posts Tagged ‘environmental’

A great place to start in adapting a green life-style is to conserve fresh water. Water is everywhere however its still becoming a lot scarcer as the worlds inhabitants continues to grow at an astonishing rate. As the crisis continues we see more frequent reports of it in the news reports.

The lack of drinking water is most common in big cities which include the big urban locations of industrialised lands. In the Usa, some large cities such as Los Angeles, The Big Apple, and Chicago often place constraints on their water usage.

This is one region where its very easy to help do your bit for fighting the shortage of water. It’s low-priced and doesn’t take much to get started, yet it can make a substantial difference in the number of gallons of water put into use each year. This is exactly how youll be able to save some money on your monthly water charges!

All you have to do is collect and utilize rainwater. Rainwater is totally free, it just comes from the sky now and then and is usually collected by anybody who desires to do so. So what do you need to have to collect rainwater? Well its certainly not rocket science, the simplest thing to do is use a rain barrel which can be put in areas where water tends to collect and filter from, e.g. under the downspout of drains. You are not able to drink this water as it will contain small particles of dust and dirt because of your roof, as well as traces of chemical compounds from where the water has come into contact with various materials. So how could you use this water since you can drink it? Well, you merely use it for watering your backyard or lawn! Instead of wasting fresh city water utilize rain water! (in Dutch: Duurzame Energie)

Just think, each gallon of water you gather in your rain barrel is a gallon saved. This will likely help the water shortage as well as savng you money. Based on how much rain you get each year, you can save up to 1000 gallons of water per season with a 55 gallon rain barrel.

The smartest thing to do is set up a number of rain barrels to collect plenty of rain water from your roof and other places. This assits you to collect large amounts of water that would normally just to go into the drainage.

It is very easy to find rain barrels in hardware or home and garden stores. You can also find rainwater barrels that permit you to use only the water you need at one time by making use of a spout. If you are genuinely serious about collecting rainwater and you use a lot of it you can buy huge storage tanks that are stored underneath your garden. These can collect huge quantities of water.

Think of whether you ought to get some rain barrels and accumulate rainwater. Youll be helping to conserve water as well as saving hard earned money.

Have you ever seen all the small specks of dust suspended in the air when the sun is shining just right? The air is heavy with allergens and other particles that have nowhere to go. Because of this, the air outside your home may be cleaner than the air circulating inside your house. Even more pollutants enter when you open a window to freshen up your home. When the air circulates throughout your living environment, it leaves dust on your furniture. But, you don’t need to let these dust particles control your life. (in Dutch: Zonne Energie)

It’s easy to find a moderately priced latest air purifier. You will want to know about the different types of air purifiers that can be obtained so you can make the best buying decision when it comes time to get one. You should be familiar with the five main filtration devices available. One air filter type is the HEPA filter, also known as high-efficiency particulate air filter. HEPA filters employ a cloth-like system to filter most of the particles in your home. The HEPA filter is more effective at trapping air pollutants than other air cleaners and can last a number of years. What may keep you from getting a HEPA filter is that it does not get rid of odors or gases, and it can be loud.

A second type of filtering device is the ionic filter. It purifies the air by making use of ions and giving opposite charges to the air pollutants. Thus, the particles stick together and are gathered on magnetic plates. This is akin to when you rub a balloon on your head, and then the hair ends up sticking to to the balloon. Ionic filters have become the preferred choice among a lot of homeowners because they are so quiet.. Ionic air filters can also get rid of substances such as gases and bacteria from indoor air. The carbon air filter is the best system for eliminating odors. These carbon air filters trap the particles with numerous pores that form a chemical bond. But, they can’t get rid of allergens or germs. (In Dutch: Energie Besparen)

In addition, you may want to consider the ultraviolet light filter. It is most effective when used with a HEPA air filtration system. Microorganisms can be sterilized by UV light if they are exposed for a proper amount of time. UV light filters may not be effective, because the exposure time may not be long enough. That is where HEPA air filtration systems are useful. As HEPA air filters hold the air in one place longer, the sterilization process can be done. A HEPA filter gets rid of the allergens, and ultra violet light will kill the microorganisms. The third air filter type is the hydroxyl radical air filtration system. These extremely powerful substances exist naturally in the earth’s atmosphere. They work best by fighting mold and damaging bacteria.

By going over the above information, you should be able to select the best air filter system for your household. Purifying the air inside your house is a terrific way to improve your quality of life.

I tend to forget the problem we are struggling with as well. And at the same time I already am handling the high costs for our natural resources. It is unimaginable what I pay for a litre of gas nowadays!. We must start to learn to think in another way about what we are struggling with right now. Alright, an electro-mechanical car or truck is not really helpful yet, if you want to travel 1000 miles. But within a metropolis it is already very useful. There are lots of electrical energy points where you can ‘ recharge ‘ your car or truck over here. Basically, what I am saying is that we need to start contemplating alternative sources of energy. Scientists have made substantial progress with their inventions. We also realize already that our natural resources will deplete within short while. We also know that alternative resources can not be depleted if we do it sensibly. And at the same time we also know that this type of power will leave a very small foot print on the entire world. We must start contemplating ourselves and what we leave behind for our youngsters. So, what I am saying; you don’t have any other opportunity than to start pondering about sustainable energy any more. In our strategy for living we all are conscious that we would like a growing number of energy, while we also understand that these categories of energy are depleting. Mainly, researchers some time past found out other resources that are more environmentally friendly, affordable, and can say, eternal, or just green. The use of sustainable energy sources will help persons avoid most of the problems and consequences, as well as win without doing harm to nature.

What selections do we have and what are they, really?

This is usually a equipment, building, or simply a way to have the ability to get any specific energy, and replace old sources. As state workforce the European Commission, in 2020 the employment of alternative energy sources offers about 2.8 million new jobs. It is also attributed to these categories of energy.

First of all, what kind of alternative energy (in Dutch: Duurzaam Bouwen) do we have at our disposal?

The wind provide us with energy.
Electromagnetic Solare Radiation or Solar technology is an option.
Earth and geothermal energy (heat of the planet);
Power generated from water (hydro in water resources);
Bio Energy (energy gasoline that can be resumed.)
Biogas: all about how to receive.

The main focus will be exactly this encouraging resource of energy. This marketplace first made an appearance in the 1st hundred years BC, but only in the twenty-first century, researchers seriously interested in it, and after this biogas is likely one of the fastest expanding and sought-after options for energy. What do you need to do as a way to obtain biogas? Biogas is a combination of lots of different constituents. But pay attention to how they work. You first need to take inventory of where you should obtain the essential constituents. Many kinds of waste are very appropriate. Think of waste from households, fertilizers, manure, dumped materials made from milk, waste from biodiesel plants and don’t forget the plants that produce juices. But these are only a small part of the options you have at your disposal. All this is dumped into the bioreactor, which will mix all the constituents in its reservoir. While this is going on, all is covered and warmed. The bioreactor is a applicator that actually combines the recycleables in the activity process. In order to be capable of producing biogas, it can be crucial that the product has an aerobic-anaerobic structure.

Biogas plant is a system of connected parts. Consider facilities that are in particular built in order to provide education materials, at the same time it is all about the fabrication of biogas after all, how to cleanse and store it, how to bring in the essential heating and finally how to make the power. Precisely what it takes before you can think of it as a biogas factory? Basically, it is a site where waste material comes alongside one another in order to make biogas and eco-friendly fertilizer.

Basically a biogas manufacturing unit insures the belief that we dispose of waste and we obtain organic and natural plant foods and at the same time we can make energy while manufacturing the plant foods. So, what you have here, is a plant that only creates positive aspects. We didn’t even talk about the environmentally friendliness and the when comparing low costs to become able to make.

What other possibilities do we have?

The alternatives are in the list above. Why don’t we dive deeper into it. Let’s begin with wind turbine power. It is known that about 10% of all the electricity can be obtained from wind energy. The wind turns the blades of the wind generator and this is converted into electric power. It is clever to put this up at your house, thus making sure your family by an independent source of energy for several years.|It is now easy to install this system in your residence and therefore you have the choice to produce your own power for you residence. This makes you independent from all energy vendors.|Mount a wind generator on top of your roofing of your home and you are independent as this turbine will present you with the essential electrical energy for your house. }

What can we mean by biofuels? Biofuel is raw content that only consists out of biological constituents. One can obtain these from corn seeds, soy bean or for instance canola. Also keep in mind the sugar can. The garbage can be offered in various ways: liquid, solid or gaseous. As an example, refer to liquid ethanol, and to the firm – coal or hay. In the past we were persuaded that we could take advantage of this kind of energy the exact way as we use natural gas.

But these times are long gone. Now we know that the capacity is almost at the level of ‘normal’ fuel. But by no means this is the end of the innovation of the scientists. They expect that biofuel will surpass the capacity of our regular fuel soon.

Solar power is really valuable and powerful. Solar power has no side effects, like dangerous wastes and it really has no effect on our environment at all. We are all familiar calculators that run on solar power.

Water power comes really close and therefore it is very special. We all are made from water. Even the plants surrounding us. Water is really a special way of producing energy. We already are accustomed with ways to produce energy, without polluting it. Scientists have learned how to extract the energy of sea waves, tides, as well as build hydropower plants.

The use of alternative energy (in Dutch: Duurzame Energie) sources is very important and promising task. Think about it; it is inexhaustible and it doesn’t leave a footprint on the earth. And especially the production of biogas is very interesting as it gets rid off waste and at the same time it is producing fertilizer.}

One of the reasons to find alternative energy sources is the increasing number of developed countries. With this development the risk of pollution and depletion of the ozone layer also increases. Resulting in a more severe greenhouse effect.

Alternative energy sources are the right answer for pollution damage to our planet and ecosystem.

Alternative energy is a phrase that refers to all usable energy intended to substitute traditional fuel without unintended consequences. Generally, the term is utilized to describe the use of hydrocarbon fuels which causes environmental damage.

Actually, here’s a brief description of sustainable energy sources:

Solar energy is all the rage these days. With the current concerns about global warming and energy rates going up every day, it’s no wonder people are looking for alternative ways to power their lives. Solar power is one of the most efficient and affordable energy alternatives available today.

Electricity generated by wind turbines won’t dirty the air we breathe or emit pollutants like other energy sources-that means less smog, less acid rain and fewer greenhouse gas emissions. Wind energy is reliable and efficient. Unlike other power plants, wind energy systems require minimal maintenance and have low operating expenses.

Hydroelectric energy is the process of making electricity from the movement of water. Thanks to the free-flowing nature of our world’s rivers, oceans and other bodies of water, hydropower serves as a renewable, environmentally friendly alternative to today’s most popular forms of energy production. It is renewable and normally the hydro power projects are multi-purpose projects helping in control of floods and used in irrigation. Major advantage is elimination in the cost of the fuel.

Biomass energy production does come with its down side, however. It can release greenhouse gases into the atmosphere when burned, but in smaller amounts than that which is released by the burning of fossil fuels.

Hydrogen energy can also be used in areas where electricity is not a possibility, such as in water. As new technologies are developed to bring down the costs of using hydrogen in ways that do not create greenhouse gas emissions, this is a technology the public is likely to embrace.

Heat in the earth produces steam and hot water that can be used to generate electricity. Geothermal energy can be drawn through wells from underground sources, or an artificial geothermal station near the surface.

Nuclear energy is quickly formed when specific chemicals are fused with each other. By collecting this energy, a power station can store it and then convert it for use.

There are actually pros and cons for each and every sustainable energy source and supply depends on the region or nation. However, the use of sustainable energy will lower the pollution of the earth.

Solar panels are mechanisms used to generate and supply electricity to commercial and residential facilities. A solar panel, interconnected assemblies of solar cells packaged together, generates small amounts of power. As such, they are most frequently found in installations that include many solar panels. The panels use the photovoltaic effect to generate light energy into electricity. Solar panels are delicate and must be protected from damage from transport, installation, use and weather. For the panels to work properly they must be connected electrically to each other and to the system.

If you are looking for high quality and effective solar panels, monocrystalline silicon solar panels are the right choice. Monocrystalline silicon panels are made from a single sheet of silicon, with pieces of metal nailed to the edges to increase conductivity. The solar panels have a 14% to 18% return rate, the highest currently available. That being said, they are also the most expensive on the market. If you plan to use your solar panels long term, the investment is worth it.

If you’re looking for inexpensive solar panels that are nearly as effective as monocrystalline, you’ll want to obtain polycrystalline silicon solar panels. Polycrystalline silicon panels some of the cheapest on the market because they are cheaper to produce. Despite cost, they still have a 12% to 14% electricity return rate. Polycrystalline silicon panels are made up of individual PV cells with metal conducting materials nailed to the sides. Maintaining polycrystalline silicon panels is easier and less expensive than monocrystalline panels, as cells can be replaced individually without replacing the entire panel.

Another variety of solar panel are string ribbon silicon panels. They are very similar to polycrystalline silicon panels and have about the same electricity return rate of 12% to 14%. Instead of being made up of PV cells, string ribbon silicon panels are made up of strings of strips of silicon attached to metal bars instead of PV cells. Using silicon strips instead of PV cells makes the cost of producing string ribbon silicon panels slightly less than producing polycrystalline silicon solar panels.

The cheapest panel to produce is the amorphous silicon solar panel. It is a very simple construction – a piece of semi conductive metal with a thin layer of silicon film on top attached to metal pieces. It is not made with polycrystalline silicon and as such does not have a high electricity return rate, just 5% to 6%. These panels are inefficient and cost ineffective. However, if you are looking for quick and temporary solar panels, amorphous silicon panels would be the proper choice.

Now Try – www.solarcentury.co.uk

One of the areas that seems the least understood when using green products is the “carbon footprint”. To illustrate this point about green products, a simple story about the use of CFL (Compact Florescent Lamp) bulbs may help. When in a restaurant the other day, I noticed that the spoon was missing from the place setting. I looked around and it appeared it was the same all over the restaurant.

When my server came over and asked what I wanted to eat, I asked about the spoons. I was informed that the chain’s “corporate” office had informed all the restaurants that the busboy, when putting down place setting, was not allowed to put a spoon on the setting. Now I must say this does look pretty odd, mostly since I grew up with a spoon included with the setting. I checked with someone who still teaches etiquette classes, and yep, it is still required.

I asked if she knew why this change had occurred and why no green products like CFL bulbs. I was told that in order to conserve energy that spoons were only given to customers that would use them. It appears they believe that it costs a lot to clean an unused spoon. So the possibility of cleaning an unused spoon was removed. And yet how odd, no investment in green products that could save money such as CFL bulbs.

Given how the dishes in a restaurant are washed, I find this amazing. In almost every restaurant in this country an automatic dishwasher is used. It is designed to load from the left side and the dishes move through it in a large basket to the right. Simple, fast and efficient and it is not even on the green products list. Most people that do the dishes do the silverware in a single basket run. Hence, no money would be saved and no energy savings but why no green products?

While pondering on this I looked up and noticed that the entire restaurant was covered in lights. Each light was an incandescent bulb and no green products like CFL bulbs anywhere. I stopped when I reached fifty bulbs that I could see from my table; I know there were more in back kitchen area, in the bar and adjoining rooms.

Looking around it was easy to see that most of the incandescent bulbs were in the 75 watt range. I asked and was told this restaurant was open 138 hours each week.

Now it does not take a mathematician to do a little basic math. Let’s compare a chain using incandescent bulb vs. the same chain using CFL bulbs. If we take the 50 incandescent bulbs and multiply it by the bulb’s wattage, it would equal the watts consumed per hour or 50*75= 3,750. Now we know the store is open 138 hours a week, so multiplying this by the watts per hour, we would get 517,500 watts consumed per week. Finally multiply this by the weeks in a year, and we get 517,500*52 = 26,910,000 or 27 megawatts without green products.

From the Internet I was able to learn that they have 88 stores in their chain. So if we assume this is an average store we can multiply the 27 megawatts times the 88 stores and we see that this chain is using around 2368 megawatts per year just on lighting.

What if we used one of the new green products, the CFL bulb, instead of the incandescent bulb how much could we save? Let’s take a look. We know that a comparable CFL would be in the 18 watt range based on the Energy Star tables. If we replace the 75 watts in the above equation with 18 watts CFL we would get; 50*18*138*52*88 = 568 megawatts consumed per year. This would save the chain about 2368-568 = 1,800 megawatt hours per year. I would say this would be a pretty good investment in green products, don’t you?

Tried of spending money on cheap green lighting checkout Michael’s website at Green power