Incentive
The soaring cost of home energy fuels be they gas or electricity are a burden that most families and homeowners cannot escape. This now; no doubt leaves everyone; even more feeling the pinch as household budgets are stretched even further.
Wouldn't it be great if free home energy existed? What would it be like to be able to escape this cost or even be refunded money from these same companies that have so long earned massive revenues from everyone in the community without exception.
Let's explore the ways that we can actually make this happen.
1. Create Your Own Solar Power or Solar Energy
The ability to create your own energy from solar panels or solar cells is an opportunity that is overlooked by the majority of the population. Many people wrongly believe that this is very expensive or will only be applicable to a few individuals. The reality is that solar panels are now available at all price points and at all sizes to suit all budgets.
It is now also possible for you to even easily build your own solar panels without much cost.
Installing solar panels is a project that can be accomplished very cheaply and quickly.
The advantages of your own solar panels are:
" Self build solar panels are inexpensive " Self build solar panels can be installed very quickly " Solar panels are very robust " Solar panels require little or no maintenance " Solar panels last upwards of 25 years " You can generate your own electricity whenever it is daylight
2. Create Your Own Wind Power or Wind Energy
Generating electricity from the power of the wind is another method which is generally overlooked by the majority of the population. Large corporations and power companies are looking to this method whenever possible but the majority assume that this must be a major cost. The reality is that it is quite easy and a very cost effective method to implement.
Installing a wind turbine or wind generator is another project which can be accomplished very quickly and with little cost.
The advantages of your own wind turbine are:
" Self build wind turbines are inexpensive " Self build wind turbines can be installed very quickly " Wind turbines can generate power for your home 24 hours a day.
3. Earn Revenue by Selling Excess Capacity
If you are not at home the chances are that you will not be consuming any energy at all. There are two options available to you for the energy that you can still be generating.
" You can store the energy to utilise it later " You can sell the energy back to the power companies
Wouldn't it be amazing to watch your power meter spinning backwards and actually earning you money!
4. Reduce Energy Waste
This should go without saying; if you waste energy it is going to cost you more.
Many people are not aware how much energy they could be saving if they reduced their wastage.
" Insulate wherever possible " Use energy efficient boilers on central heating systems " Ensure windows are fitted with double glazing " Ensure doors and windows are not letting in drafts.
5. Become More Energy Efficient
This is can be achieved in a number of ways:
" Many new appliances now have advanced energy saving features built in but check older appliances or consider replacing them with more energy efficient models. " Fit and use thermostats and timers on central heating systems. " Use timers wherever possible to ensure that appliances and electricity are switched off when there is no one home. " Reduce the temperature of your central heating system " Reduce the temperature of your wash cycle
Summary
Saving energy is a must for everyone at the moment with the rising cost of fuels but being able to actually create your own energy by becoming greener and actually reducing your carbon footprint which helps protect the environment for our future generations must be a worthwhile goal for everyone.
-- By: John Richards --
Sunday, November 23, 2008
America’s Growing Energy Crisis
The following are excerpts from a - now seemingly prophetic - article I wrote in August, 2005 about the pending fuel crisis in America while I was living in Iceland.
August, 2005: I read an online article this morning about a ‘war games’ simulation conducted in America showing how fuel prices could soar as a result of certain events, such as terrorist attacks in Saudi Arabia and Alaska, political instability in Nigeria and other scenarios. In short, fuel supplies would be choked, the cost of oil would soar to $120 per barrel, gas would rise to $5.30 per gallon and the U.S. would slide into an economic recession.
April, 2008: Fuel is trading at a record high of approximately $118 per barrel and the national average price for a gallon of gas is $3.56.
August, 2005: Let’s put this in perspective, current fuel prices in Iceland are approximately 110 kronur per liter. At today’s rate of exchange of 64 krona per dollar, the cost of a gallon of gasoline in Iceland is $6.43. Talk about "crisis level" prices! The current U.S. national average for gasoline is $2.21 per gallon that would be 37.8 kronur per liter. If we saw this price at our local gas station, we would be shocked by the amazing deal being offered. We would immediately fill our gas tank to the top and then alert all of our friends. The "crisis level" price of $5.30/gallon as stated in this article, correlates to approximately 91 kronur per liter. This would still be considered a deal.
August, 2005: It is time that Americans face the reality that their energy policies, attitudes and behaviors need to change. Most Americans believe that driving is a birthright and if they want a 500 horsepower, 10-cylinder, viper-powered sport truck that gets six miles per gallon then, so be it. Wait till these people have to spend $250-300 to fill their 40-gallon (152-litre) tank. The average European is already dealing with what the average American would call "crisis level" gas prices. They do it by purchasing automobiles with small displacement gasoline and diesel engines. Most of the trucks (SUVs) here are diesels, very few are in America. In fact, in many cases, in America diesels aren’t even offered.
April, 2008: The cost to fill a 40 gallon tank would be approximately, and conservatively $142.40 at $3.56 per gallon. Diesel fuel is quite a bit more expensive and many independent truckers are operating at a loss, some have even started staging protests by blocking roads. And, for the first time since 1980, Americans are driving less. Sales of hybrid cars are growing strong but most Americans have a strong bias towards large, inefficient automobiles. Meanwhile, the top three U.S. auto manufacturers are in big trouble as sales of SUVs has dropped significantly and they have not invested enough in the development of fuel-efficient cars that people would actually like to buy.
August, 2005: I am always converting prices in Iceland to U.S. dollars. This is something I should stop doing because I can’t help but be consistently amazed at how expensive things are here. But living in Iceland has taught me to adapt. Yes, fuel is expensive here - so is everything. So, drive a smaller car. I am not saying that Icelanders are somehow inherently more environmentally enlightened than Americans. If you ask me, Icelanders are a lot like Americans: they love their cars and they are major consumers. It’s just that the tax climate and general high costs of life in this country are very prohibitive. And, Icelanders remember more vividly what it is like to go without.
August, 2005: The current consensus is that fuel prices will not stay at this level and will most likely drop again. Many experts claim that this is an issue of refinery capacity, not a lack of oil. Nevertheless, it seems obvious that this is a sneak preview of what’s to come for the world in general and the United States specifically. I don’t know about you, but this sneak preview frightens me. I don’t see much movement in Americans’ willingness to embrace change in the energy arena. We can only hope that they wake up to this looming global reality and that the next U.S. president will be a strong leader, willing to promulgate a more sensible and logical energy policy.
April, 2008: I am not so sure that the US fuel prices are likely to come down significantly anymore. I sometimes fear for the future and wonder what kind of world my children will inherit as oil becomes scarcer and scarcer; we have already fought two wars in the gulf. Could more wars be in our future over energy? If you think we are feeling the pinch now just wait till China and India demand a larger share of the world’s oil output.
Don’t get me wrong, I love cars. I love driving. Part of me is sad and disappointed that I will never get to own the sports car of my dreams. Or, maybe that sports car will be an electric one like the Tesla! But times are changing and if we don’t start moving aggressively towards much greater fuel efficiency standards and other renewable energy sources for electricity, like geothermal, wind and solar, we could have a very bleak future ahead of us indeed.
I recently read that Iceland is one of the few countries that have a solid plan to go 100% non-fossil fuel by 2050. They are already investing in hydrogen powered cars and buses and have one of the first hydrogen fuel stations right in the capital city of Reykjavik. They already get almost all of their electricity needs met by geothermal and hydroelectric power. Wouldn’t it be ironic if this tiny island nation ends up leading the way towards clean and renewable energy economies in the 21st century? Weirder things have happened.
-- by David Brooks --
August, 2005: I read an online article this morning about a ‘war games’ simulation conducted in America showing how fuel prices could soar as a result of certain events, such as terrorist attacks in Saudi Arabia and Alaska, political instability in Nigeria and other scenarios. In short, fuel supplies would be choked, the cost of oil would soar to $120 per barrel, gas would rise to $5.30 per gallon and the U.S. would slide into an economic recession.
April, 2008: Fuel is trading at a record high of approximately $118 per barrel and the national average price for a gallon of gas is $3.56.
August, 2005: Let’s put this in perspective, current fuel prices in Iceland are approximately 110 kronur per liter. At today’s rate of exchange of 64 krona per dollar, the cost of a gallon of gasoline in Iceland is $6.43. Talk about "crisis level" prices! The current U.S. national average for gasoline is $2.21 per gallon that would be 37.8 kronur per liter. If we saw this price at our local gas station, we would be shocked by the amazing deal being offered. We would immediately fill our gas tank to the top and then alert all of our friends. The "crisis level" price of $5.30/gallon as stated in this article, correlates to approximately 91 kronur per liter. This would still be considered a deal.
August, 2005: It is time that Americans face the reality that their energy policies, attitudes and behaviors need to change. Most Americans believe that driving is a birthright and if they want a 500 horsepower, 10-cylinder, viper-powered sport truck that gets six miles per gallon then, so be it. Wait till these people have to spend $250-300 to fill their 40-gallon (152-litre) tank. The average European is already dealing with what the average American would call "crisis level" gas prices. They do it by purchasing automobiles with small displacement gasoline and diesel engines. Most of the trucks (SUVs) here are diesels, very few are in America. In fact, in many cases, in America diesels aren’t even offered.
April, 2008: The cost to fill a 40 gallon tank would be approximately, and conservatively $142.40 at $3.56 per gallon. Diesel fuel is quite a bit more expensive and many independent truckers are operating at a loss, some have even started staging protests by blocking roads. And, for the first time since 1980, Americans are driving less. Sales of hybrid cars are growing strong but most Americans have a strong bias towards large, inefficient automobiles. Meanwhile, the top three U.S. auto manufacturers are in big trouble as sales of SUVs has dropped significantly and they have not invested enough in the development of fuel-efficient cars that people would actually like to buy.
August, 2005: I am always converting prices in Iceland to U.S. dollars. This is something I should stop doing because I can’t help but be consistently amazed at how expensive things are here. But living in Iceland has taught me to adapt. Yes, fuel is expensive here - so is everything. So, drive a smaller car. I am not saying that Icelanders are somehow inherently more environmentally enlightened than Americans. If you ask me, Icelanders are a lot like Americans: they love their cars and they are major consumers. It’s just that the tax climate and general high costs of life in this country are very prohibitive. And, Icelanders remember more vividly what it is like to go without.
August, 2005: The current consensus is that fuel prices will not stay at this level and will most likely drop again. Many experts claim that this is an issue of refinery capacity, not a lack of oil. Nevertheless, it seems obvious that this is a sneak preview of what’s to come for the world in general and the United States specifically. I don’t know about you, but this sneak preview frightens me. I don’t see much movement in Americans’ willingness to embrace change in the energy arena. We can only hope that they wake up to this looming global reality and that the next U.S. president will be a strong leader, willing to promulgate a more sensible and logical energy policy.
April, 2008: I am not so sure that the US fuel prices are likely to come down significantly anymore. I sometimes fear for the future and wonder what kind of world my children will inherit as oil becomes scarcer and scarcer; we have already fought two wars in the gulf. Could more wars be in our future over energy? If you think we are feeling the pinch now just wait till China and India demand a larger share of the world’s oil output.
Don’t get me wrong, I love cars. I love driving. Part of me is sad and disappointed that I will never get to own the sports car of my dreams. Or, maybe that sports car will be an electric one like the Tesla! But times are changing and if we don’t start moving aggressively towards much greater fuel efficiency standards and other renewable energy sources for electricity, like geothermal, wind and solar, we could have a very bleak future ahead of us indeed.
I recently read that Iceland is one of the few countries that have a solid plan to go 100% non-fossil fuel by 2050. They are already investing in hydrogen powered cars and buses and have one of the first hydrogen fuel stations right in the capital city of Reykjavik. They already get almost all of their electricity needs met by geothermal and hydroelectric power. Wouldn’t it be ironic if this tiny island nation ends up leading the way towards clean and renewable energy economies in the 21st century? Weirder things have happened.
-- by David Brooks --
Find your Energy Hogs with Electricity Monitors
It’s hard to know much energy to conserve when you don’t know how much you are using. For most of us, the only information we get is what is presented in our monthly electricity bills. What if you could get down to the appliance level and figure out how much power in the form of kilowatts is being consumed? Or even better, if you knew what that translated to in terms of actual dollar costs- you would be equipped to make better decisions about how and when to use energy consuming devices.
The answer is in the form of Electricity Monitors. These handy devices allow you to measure how much power is consumed by anything that runs on electricity. Here’s how it works: you insert the plug of the device you want to measure into the electricity monitor. You then plug the electricity monitor into the electrical socket. You can get instant statistics on volt, amps and wattage consumed. There are several models of Electricity Monitors available on the market today with different features and levels of details to measure electricity consumption.
One of the most popular brands available is Kill a Watt meters from P3. Their most basic model, the Kill a Watt P4400 features an LCD display that shows you how much many kilowatt hours are being consumed and lets you cycle through voltage (volt), amperage (amp), wattage (watt), line frequency (Hz), and power factor (VA) for the device being monitored. To go a step further, the KIll A Watt EZ Electricity Monitor P4460 model extrapolates the data so that you can forecast usage by week, month and year.
EED’s Watts Up Meter work in a similar fashion to the P3 Kill a Watt Monitors, in that you plug your device into the electricity monitor to get consumption statistics. Where they differ is EED Watts UP Meters’ ability to let you plug in your utility rates so that you can calculate how much that translates into actual costs. The standard model, the Watts Up 57777 can calculate cumulative consumption and cost of the monitored device if it’s left plugged in for a period of time. The Watts Up Pro 99333 model can store load data for a week or month and can be downloaded to a computer and further analyzed with the Watts Up Pro software. The main difference between the Pro model and the Watts Up Pro/ES 82756 model is that the later can store twice volume of data.
Blue Line’s Power Monitors follows a different mechanism to track your real time power usage. You have two components with this solution: a sensor and a monitor. The sensor attaches to your electrical meter which is located outside your home. Using a wireless data transmission, the sensor communicates with the LCD display which can be located anywhere. It transmits real information on kilowatt usage. By entering your utility rate, this innovative solution can even calculate how much your electricity is costing you. By viewing your real time and cumulative electricity costs , you can make better informed decisions about using energy more efficiently.
-- Jaishree Knauff --
The answer is in the form of Electricity Monitors. These handy devices allow you to measure how much power is consumed by anything that runs on electricity. Here’s how it works: you insert the plug of the device you want to measure into the electricity monitor. You then plug the electricity monitor into the electrical socket. You can get instant statistics on volt, amps and wattage consumed. There are several models of Electricity Monitors available on the market today with different features and levels of details to measure electricity consumption.
One of the most popular brands available is Kill a Watt meters from P3. Their most basic model, the Kill a Watt P4400 features an LCD display that shows you how much many kilowatt hours are being consumed and lets you cycle through voltage (volt), amperage (amp), wattage (watt), line frequency (Hz), and power factor (VA) for the device being monitored. To go a step further, the KIll A Watt EZ Electricity Monitor P4460 model extrapolates the data so that you can forecast usage by week, month and year.
EED’s Watts Up Meter work in a similar fashion to the P3 Kill a Watt Monitors, in that you plug your device into the electricity monitor to get consumption statistics. Where they differ is EED Watts UP Meters’ ability to let you plug in your utility rates so that you can calculate how much that translates into actual costs. The standard model, the Watts Up 57777 can calculate cumulative consumption and cost of the monitored device if it’s left plugged in for a period of time. The Watts Up Pro 99333 model can store load data for a week or month and can be downloaded to a computer and further analyzed with the Watts Up Pro software. The main difference between the Pro model and the Watts Up Pro/ES 82756 model is that the later can store twice volume of data.
Blue Line’s Power Monitors follows a different mechanism to track your real time power usage. You have two components with this solution: a sensor and a monitor. The sensor attaches to your electrical meter which is located outside your home. Using a wireless data transmission, the sensor communicates with the LCD display which can be located anywhere. It transmits real information on kilowatt usage. By entering your utility rate, this innovative solution can even calculate how much your electricity is costing you. By viewing your real time and cumulative electricity costs , you can make better informed decisions about using energy more efficiently.
-- Jaishree Knauff --
Biofuels Are A Potential Low Carbon Energy Source
Biofuels were invented by Nazi Germany prior to WWII; check any book on history and you will see. Germany is land-locked country with no oil fields. Biofuel is a contentious subject. The amount of land needed is staggering. Biofuels are fuel components produced from renewable materials such as plants, straw or bio-mass waste products such as poultry litter. Is there merit to seeking innovative ways to meet our nation’s increasing energy needs in a world of limited fossil fuel production?
Biofuels production (Ethanol and Bio-Diesel) is on a fast-track in the USA today and we can provide the funding to get them built and online. Alternative Fuels Finance, LLC offers construction and permanent financing, mezzanine and equity funding.
Ethanol subsidies put livestock producers at a competitive disadvantage as relates to corn procurement. Hog prices will not increase on their own just because input costs have risen. Ethanol can be produced from a variety of materials, and other options are being explored now for production in the U.S. Although not yet in large-scale commercial production, cellulosic ethanol is an emerging technology to produce ethanol from agricultural waste and forestry residues such as corn stalks or rice husks, or from purposefully–grown crops such as switch grass or trees. Ethanol is made from corn and can be run in a Flex Fuel or converted gasoline vehicle. Biodiesel can run in any conventional diesel engine and is commonly made from soy beans.
Production and consumption of agricultural products in general will grow faster in the developing countries than in the developed economies - especially for beef, pork, butter, skimmed milk powder and sugar. OECD countries are expected to lose export shares for nearly all the main farm commodities. Producers get credit for a facility production rate of 25 million gallons annually, or 125 million gallons over the five-year lifespan of the 2005 incentive. Producing electricity from bagasse, a by-product from the sugar industry, harnessing wind and solar energy can prove to be more sensible options for our country. We also need to invest in research so that we produce vehicles that are more efficient in energy consumption and less polluting.
Biofuels are a potential low-carbon energy source, but whether biofuels offer carbon savings depends on how they are produced. Converting rainforests, peatlands, savannas, or grasslands to produce food-based biofuels in Brazil, Southeast Asia, and the United States creates a biofuel carbon debt’ by releasing 17 to 420 times more CO2 than the annual greenhouse gas reductions these biofuels provide by displacing fossil fuels. Biofuels like ethanol and biodiesel are often touted as a panacea for a host of environmental and energy-related problems. This hot topic has even become a centerpiece of high level geopolitics, as evidenced by President Bush's recent trip to Brazil , where ethanol was a principle area of discussion.
-- by Christopher West --
Biofuels production (Ethanol and Bio-Diesel) is on a fast-track in the USA today and we can provide the funding to get them built and online. Alternative Fuels Finance, LLC offers construction and permanent financing, mezzanine and equity funding.
Ethanol subsidies put livestock producers at a competitive disadvantage as relates to corn procurement. Hog prices will not increase on their own just because input costs have risen. Ethanol can be produced from a variety of materials, and other options are being explored now for production in the U.S. Although not yet in large-scale commercial production, cellulosic ethanol is an emerging technology to produce ethanol from agricultural waste and forestry residues such as corn stalks or rice husks, or from purposefully–grown crops such as switch grass or trees. Ethanol is made from corn and can be run in a Flex Fuel or converted gasoline vehicle. Biodiesel can run in any conventional diesel engine and is commonly made from soy beans.
Production and consumption of agricultural products in general will grow faster in the developing countries than in the developed economies - especially for beef, pork, butter, skimmed milk powder and sugar. OECD countries are expected to lose export shares for nearly all the main farm commodities. Producers get credit for a facility production rate of 25 million gallons annually, or 125 million gallons over the five-year lifespan of the 2005 incentive. Producing electricity from bagasse, a by-product from the sugar industry, harnessing wind and solar energy can prove to be more sensible options for our country. We also need to invest in research so that we produce vehicles that are more efficient in energy consumption and less polluting.
Biofuels are a potential low-carbon energy source, but whether biofuels offer carbon savings depends on how they are produced. Converting rainforests, peatlands, savannas, or grasslands to produce food-based biofuels in Brazil, Southeast Asia, and the United States creates a biofuel carbon debt’ by releasing 17 to 420 times more CO2 than the annual greenhouse gas reductions these biofuels provide by displacing fossil fuels. Biofuels like ethanol and biodiesel are often touted as a panacea for a host of environmental and energy-related problems. This hot topic has even become a centerpiece of high level geopolitics, as evidenced by President Bush's recent trip to Brazil , where ethanol was a principle area of discussion.
-- by Christopher West --
Large Wind Turbines Taking Over World’s Energy Market
More and more people are learning every day about the effects that conventional energy sources have on global warming. This new knowledge is leading them to switch to wind farms and large wind turbines as an alternative source of energy. Whole cities are making this switch and they are not just doing it in small areas. They are setting up large operations that are capable of powering the entire city.
Wind Farm Soon to Appear in Beaver County
Beaver County, CA is out to set an example to other cities with their new renewable energy project. They have set aside $400 million for the construction of 150 new turbines on 40 square miles of land. Each turbine is very large: 200 feet tall, with blades which span a diameter of 300 feet, and can produce 300 megawatts of power. The land used for this project will be both public and private, but the trade-off is that 250,000 homes in Southern California will see a significant drop in their electric bills as a result of the use of this alternative source of power.
Among the added benefits of this program are the jobs that it will create, but during and after the construction process. Construction is expected to take only 30 days, but during that time there will be 220 new jobs available, according to First Wind LLC, a company based in San Diego who is responsible for the initiation of this project. They also state that there will be jobs available post-construction to operate and maintain the wind turbines on the farm. Officials also indicate that they feel there will be economic benefits to the community as well in the form of increased tax intake and other revenue sources.
Largest Turbines Can Be Found in UK
New technology is constantly being developed and revealed to the world. You can bet that the UK is right at the forefront of most of this new technology. Wind turbines are no exception. There are already wind turbines dotting the countryside in both counties and villages. However, the largest turbine yet is still to be revealed. There will be 65 of them and they will be constructed in Powys. It’s blades will be 450 feet in diameter (137 meters) and it will be capable of generating 190 megawatts of power for 100,000 homes.
Tourism in the area of Powys is also expected to take a boost from the turbines. Their large size is expected to make them a landmark in mainland UK as it is estimated they will be visible from both the peak of Cadair Idris and from Snowdonia National Park. Those who marveled over the size of the turbines in Wales are also expected to trek to Powys to view the new record holding turbines, increasing the tourist population in the once quiet hillsides of Powys.
Wind Farms have Many Benefits
In addition to job generation, boosting tourism, and economic improvements in the service area for the turbines, there are many other benefits, the biggest of which is environmental. Many times natural habitats are lacking for certain wildlife, and this situation may get even worse after a construction project is complete. Post-construction, the areas around these turbines are being developed as improved and protected wildlife habitats, securing a future for both the ecosystem and the wildlife natural to that area.
-- by John Mahoney --
Wind Farm Soon to Appear in Beaver County
Beaver County, CA is out to set an example to other cities with their new renewable energy project. They have set aside $400 million for the construction of 150 new turbines on 40 square miles of land. Each turbine is very large: 200 feet tall, with blades which span a diameter of 300 feet, and can produce 300 megawatts of power. The land used for this project will be both public and private, but the trade-off is that 250,000 homes in Southern California will see a significant drop in their electric bills as a result of the use of this alternative source of power.
Among the added benefits of this program are the jobs that it will create, but during and after the construction process. Construction is expected to take only 30 days, but during that time there will be 220 new jobs available, according to First Wind LLC, a company based in San Diego who is responsible for the initiation of this project. They also state that there will be jobs available post-construction to operate and maintain the wind turbines on the farm. Officials also indicate that they feel there will be economic benefits to the community as well in the form of increased tax intake and other revenue sources.
Largest Turbines Can Be Found in UK
New technology is constantly being developed and revealed to the world. You can bet that the UK is right at the forefront of most of this new technology. Wind turbines are no exception. There are already wind turbines dotting the countryside in both counties and villages. However, the largest turbine yet is still to be revealed. There will be 65 of them and they will be constructed in Powys. It’s blades will be 450 feet in diameter (137 meters) and it will be capable of generating 190 megawatts of power for 100,000 homes.
Tourism in the area of Powys is also expected to take a boost from the turbines. Their large size is expected to make them a landmark in mainland UK as it is estimated they will be visible from both the peak of Cadair Idris and from Snowdonia National Park. Those who marveled over the size of the turbines in Wales are also expected to trek to Powys to view the new record holding turbines, increasing the tourist population in the once quiet hillsides of Powys.
Wind Farms have Many Benefits
In addition to job generation, boosting tourism, and economic improvements in the service area for the turbines, there are many other benefits, the biggest of which is environmental. Many times natural habitats are lacking for certain wildlife, and this situation may get even worse after a construction project is complete. Post-construction, the areas around these turbines are being developed as improved and protected wildlife habitats, securing a future for both the ecosystem and the wildlife natural to that area.
-- by John Mahoney --
Alternate Energy Sources for your Home
The amount of energy used in the home is at an all time high, and being consumed at an alarming rate. Many people use electricity more than they really need to, and the pay for it without complaining. Others think the cost of it is too high and they want to use it as little as possible. Either way, there are various alternative energy sources that you can use for your home. This can help slow down the depletion of natural resources and save you money.
As technology continues to change and move forward, consumers are being offered many alternatives. While many of the ideas that are being promoted today as alternative energy sources aren’t new, there are more ways to incorporate them than ever before. There is also a way to calculate the savings that these alternatives offer, and that is generally the motivating factor that causes people to move forward with implementing them.
You may have discovered windmills popping up in various locations, and that is due to the fact that wind energy is a great alternative to offering you power instead of using electricity. The windmill has come a long way from the days when it was used to grind up grain. They are more appreciated as a source of energy than anything else.
The energy from the sun, called solar energy, is a great alternative to electricity. You can easily install solar panels on your roof to collect energy. You will only use electricity as a back up source when all of the energy has been used up. The energy from a solar source is able to heat your home, dry your clothes, and run various household appliances. Many people are able to use solar power to supply all the energy they need for their entire home.
Of course this is a different type of solar energy than our parents used when they hung clothes outside on the line to dry. Yet the introduction of the clothes dryer is just one more device that uses up electricity.
Water can also be a valuable alternative source of energy. Hydropower is the ability to use water currents to operate generators. Hydropower is another concept that goes back to the era of grinding up grains into flour.
One type of alternative energy source that you may not be aware of is biogas. This is the process of decomposition of various materials. This is a great way to save money on the cost of heating your home, especially if you live in a cold weather area.
There are plenty of different resources for you to consider when it comes to alternative energy sources. They are a great way to save the resource of electricity as well as to save money on the cost of your energy sources. Take the time to find the one that is the most practical and cost effective for your home. Many people don’t live where they can install a windmill but they do live where the sun shines all day long.
We all need to do our part to make the environment cleaner, and you can do yours by choosing an alternative energy source. It is important for us to keep as many of the natural resources for future generations as possible. Once you compare the price of installing the alternative energy source to the amount of money you will save, you will see why it is a win/win situation for you personally and for the entire environment.
-- By: Salihu Ibrahim --
As technology continues to change and move forward, consumers are being offered many alternatives. While many of the ideas that are being promoted today as alternative energy sources aren’t new, there are more ways to incorporate them than ever before. There is also a way to calculate the savings that these alternatives offer, and that is generally the motivating factor that causes people to move forward with implementing them.
You may have discovered windmills popping up in various locations, and that is due to the fact that wind energy is a great alternative to offering you power instead of using electricity. The windmill has come a long way from the days when it was used to grind up grain. They are more appreciated as a source of energy than anything else.
The energy from the sun, called solar energy, is a great alternative to electricity. You can easily install solar panels on your roof to collect energy. You will only use electricity as a back up source when all of the energy has been used up. The energy from a solar source is able to heat your home, dry your clothes, and run various household appliances. Many people are able to use solar power to supply all the energy they need for their entire home.
Of course this is a different type of solar energy than our parents used when they hung clothes outside on the line to dry. Yet the introduction of the clothes dryer is just one more device that uses up electricity.
Water can also be a valuable alternative source of energy. Hydropower is the ability to use water currents to operate generators. Hydropower is another concept that goes back to the era of grinding up grains into flour.
One type of alternative energy source that you may not be aware of is biogas. This is the process of decomposition of various materials. This is a great way to save money on the cost of heating your home, especially if you live in a cold weather area.
There are plenty of different resources for you to consider when it comes to alternative energy sources. They are a great way to save the resource of electricity as well as to save money on the cost of your energy sources. Take the time to find the one that is the most practical and cost effective for your home. Many people don’t live where they can install a windmill but they do live where the sun shines all day long.
We all need to do our part to make the environment cleaner, and you can do yours by choosing an alternative energy source. It is important for us to keep as many of the natural resources for future generations as possible. Once you compare the price of installing the alternative energy source to the amount of money you will save, you will see why it is a win/win situation for you personally and for the entire environment.
-- By: Salihu Ibrahim --
The Economic Situation of the Oil
The oil and gas industry, including exploration and production, consists of about 7,000 companies who pull in a combined, estimated revenue of around £450 billon. However, the production and associated revenue are fragmented; around 10% of companies generate approximately 60% of this figure. Demand for oil and gas is caused by economic activity, population growth and the need for energy for residential, industrial and transportation uses. The growth of an individual company is determined by the success rate of new finds, as well as the ability to continue to produce from existing sites.
Larger companies have the upper hand, having greater access to capital and the capacity to buy smaller companies or propagate amalgamations. Smaller companies rely on their abilities to focus on and develop expertise in a few geographical areas. In addition, oil and gas competes with other fuel-types, such as coal, nuclear power and hydro-electricity. In addition, other sources of energy are emerging, such as ethanol and bio-diesel and there are other forms of application arriving on the market, such as the new generation of hybrid-electric car.
Oil and gas are found in huge, underground basins that meet certain geological criteria. As well as creating three-dimensional maps of underground structures and using seismic waves to ascertain a site's potential, exploratory drilling is still a major factor in finding oil and gas. Last year, the number of exploratory drillings that took place exceeded 53,500. Once an area has been designated as having promise, the area is cleared and a drilling rig and crew are brought in to begin the process of extracting the resources that have been found.
Oil and gas jobs generally fall in to one of two categories: upstream and downstream. Upstream jobs are found in the process of obtaining oil and gas from natural resources: drilling jobs are upstream jobs. Other jobs are likely to include those in construction and those involved in production facilities. Not all upstream jobs take place on land; for many, part of the attraction of this industry is its variety. Gas and oil fields are also developed below sea level, such as in the North Sea and the sub-sea sites recently discovered in West Africa. These require specialists to find and extract the resources available.
Downstream jobs involve the transportation of oil and gas in their basic forms, the liquefaction of those substances and their processing. While upstream jobs tend to be comparatively more transitory, being based on exploration and ultimate extraction, it is in the downstream category that gas and oil careers are made; while oil rig jobs, for example, will only last as long as the resource is there, marketing jobs can become life-long opportunities as the team packages the combined products across the globe.
The oil and gas industries are two of the world's biggest and most profitable enterprises. They employ huge numbers of staff that work in an incredible range of department, from those on the 'front-line' to those who design advertising campaigns to those who put it in our vehicles.
-- by Duncan Freer --
Larger companies have the upper hand, having greater access to capital and the capacity to buy smaller companies or propagate amalgamations. Smaller companies rely on their abilities to focus on and develop expertise in a few geographical areas. In addition, oil and gas competes with other fuel-types, such as coal, nuclear power and hydro-electricity. In addition, other sources of energy are emerging, such as ethanol and bio-diesel and there are other forms of application arriving on the market, such as the new generation of hybrid-electric car.
Oil and gas are found in huge, underground basins that meet certain geological criteria. As well as creating three-dimensional maps of underground structures and using seismic waves to ascertain a site's potential, exploratory drilling is still a major factor in finding oil and gas. Last year, the number of exploratory drillings that took place exceeded 53,500. Once an area has been designated as having promise, the area is cleared and a drilling rig and crew are brought in to begin the process of extracting the resources that have been found.
Oil and gas jobs generally fall in to one of two categories: upstream and downstream. Upstream jobs are found in the process of obtaining oil and gas from natural resources: drilling jobs are upstream jobs. Other jobs are likely to include those in construction and those involved in production facilities. Not all upstream jobs take place on land; for many, part of the attraction of this industry is its variety. Gas and oil fields are also developed below sea level, such as in the North Sea and the sub-sea sites recently discovered in West Africa. These require specialists to find and extract the resources available.
Downstream jobs involve the transportation of oil and gas in their basic forms, the liquefaction of those substances and their processing. While upstream jobs tend to be comparatively more transitory, being based on exploration and ultimate extraction, it is in the downstream category that gas and oil careers are made; while oil rig jobs, for example, will only last as long as the resource is there, marketing jobs can become life-long opportunities as the team packages the combined products across the globe.
The oil and gas industries are two of the world's biggest and most profitable enterprises. They employ huge numbers of staff that work in an incredible range of department, from those on the 'front-line' to those who design advertising campaigns to those who put it in our vehicles.
-- by Duncan Freer --
The Economic Situation of the Oil
The oil and gas industry, including exploration and production, consists of about 7,000 companies who pull in a combined, estimated revenue of around £450 billon. However, the production and associated revenue are fragmented; around 10% of companies generate approximately 60% of this figure. Demand for oil and gas is caused by economic activity, population growth and the need for energy for residential, industrial and transportation uses. The growth of an individual company is determined by the success rate of new finds, as well as the ability to continue to produce from existing sites.
Larger companies have the upper hand, having greater access to capital and the capacity to buy smaller companies or propagate amalgamations. Smaller companies rely on their abilities to focus on and develop expertise in a few geographical areas. In addition, oil and gas competes with other fuel-types, such as coal, nuclear power and hydro-electricity. In addition, other sources of energy are emerging, such as ethanol and bio-diesel and there are other forms of application arriving on the market, such as the new generation of hybrid-electric car.
Oil and gas are found in huge, underground basins that meet certain geological criteria. As well as creating three-dimensional maps of underground structures and using seismic waves to ascertain a site's potential, exploratory drilling is still a major factor in finding oil and gas. Last year, the number of exploratory drillings that took place exceeded 53,500. Once an area has been designated as having promise, the area is cleared and a drilling rig and crew are brought in to begin the process of extracting the resources that have been found.
Oil and gas jobs generally fall in to one of two categories: upstream and downstream. Upstream jobs are found in the process of obtaining oil and gas from natural resources: drilling jobs are upstream jobs. Other jobs are likely to include those in construction and those involved in production facilities. Not all upstream jobs take place on land; for many, part of the attraction of this industry is its variety. Gas and oil fields are also developed below sea level, such as in the North Sea and the sub-sea sites recently discovered in West Africa. These require specialists to find and extract the resources available.
Downstream jobs involve the transportation of oil and gas in their basic forms, the liquefaction of those substances and their processing. While upstream jobs tend to be comparatively more transitory, being based on exploration and ultimate extraction, it is in the downstream category that gas and oil careers are made; while oil rig jobs, for example, will only last as long as the resource is there, marketing jobs can become life-long opportunities as the team packages the combined products across the globe.
The oil and gas industries are two of the world's biggest and most profitable enterprises. They employ huge numbers of staff that work in an incredible range of department, from those on the 'front-line' to those who design advertising campaigns to those who put it in our vehicles.
Larger companies have the upper hand, having greater access to capital and the capacity to buy smaller companies or propagate amalgamations. Smaller companies rely on their abilities to focus on and develop expertise in a few geographical areas. In addition, oil and gas competes with other fuel-types, such as coal, nuclear power and hydro-electricity. In addition, other sources of energy are emerging, such as ethanol and bio-diesel and there are other forms of application arriving on the market, such as the new generation of hybrid-electric car.
Oil and gas are found in huge, underground basins that meet certain geological criteria. As well as creating three-dimensional maps of underground structures and using seismic waves to ascertain a site's potential, exploratory drilling is still a major factor in finding oil and gas. Last year, the number of exploratory drillings that took place exceeded 53,500. Once an area has been designated as having promise, the area is cleared and a drilling rig and crew are brought in to begin the process of extracting the resources that have been found.
Oil and gas jobs generally fall in to one of two categories: upstream and downstream. Upstream jobs are found in the process of obtaining oil and gas from natural resources: drilling jobs are upstream jobs. Other jobs are likely to include those in construction and those involved in production facilities. Not all upstream jobs take place on land; for many, part of the attraction of this industry is its variety. Gas and oil fields are also developed below sea level, such as in the North Sea and the sub-sea sites recently discovered in West Africa. These require specialists to find and extract the resources available.
Downstream jobs involve the transportation of oil and gas in their basic forms, the liquefaction of those substances and their processing. While upstream jobs tend to be comparatively more transitory, being based on exploration and ultimate extraction, it is in the downstream category that gas and oil careers are made; while oil rig jobs, for example, will only last as long as the resource is there, marketing jobs can become life-long opportunities as the team packages the combined products across the globe.
The oil and gas industries are two of the world's biggest and most profitable enterprises. They employ huge numbers of staff that work in an incredible range of department, from those on the 'front-line' to those who design advertising campaigns to those who put it in our vehicles.
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