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If you use gas, wood, oil, or coal as fuel for your home, you and your family may be at risk of carbon monoxide (CO) poisoning. Carbon monoxide is extremely difficult to detect because it is colourless and has no smell or taste. Although carbon-based fuels are safe to use under proper conditions, these fuels become quite dangerous when they do not burn completely and emit CO into the air.

When carbon monoxide is breathed into the body, it combines with the haemoglobin in the blood. Haemoglobin is the part of the red blood cells that carries oxygen to all parts of the body. When carbon monoxide is mixed with haemoglobin, the bodys cells, tissues, and organs cannot receive oxygen, and they begin to die. Over time, even small amounts of carbon monoxide in the blood over time can be fatal or cause paralysis and brain damage.

Someone with carbon monoxide poisoning may incorrectly diagnose the symptoms as being caused by another ailment. The symptoms of CO poisoning are very similar to common illnesses, such as viral infections, the flu, food poisoning, and fatigue: nausea, vomiting, headaches, tiredness, and stomach pains. Other symptoms of carbon monoxide poisoning include problems with vision, trouble breathing, erratic behaviour, and chest pains.

Many homes contain gas appliances and flues, and these can both cause carbon monoxide poisoning. Sadly, an average of twenty UK residents die from CO poisoning each year, according to the Health and Safety Executive (HSE). Inadequte ventilation and/or improper installation of gas appliances and flues along with the lack of recommended maintenance cause the majority of residential carbon monoxide incidents. A constant supply of fresh air is essential for a home that operates carbon-based fuel appliances.

Educating yourself about carbon monoxide poisoning is the first step in protecting your family. Even if you take all the necessary precautions, you are at risk for CO poisoning if there is a carbon-based fuel appliance in your home. Share the information about carbon monoxide poisoning with family members so that everyone is aware of the dangers and symptoms. One good preventive measure is to install a carbon monoxide alarm. Compliance with British Standard EN 50291 and a British or European approval mark are two criteria to look for when you purchase a CO alarm. Choose an audible carbon monoxide alarm so that your family can be alerted to the presence CO even during their sleeping hours.

Insist on a Gas-Safe registered technician when you install a flue or gas appliance in your home. Gas-Safe registered installers are trained to set up your appliance or flue accordingly to safe procedures. Once your appliance or flue is installed, have it inspected once a year by a Gas-Safe registered professional to make sure everything is operating properly and there are no safety risks to your family from carbon monoxide. (The Gas-Safe Register replaced CORGI on 1st April 2009.) To prevent CO problems from your flue, hire a professional chimney sweep to thoroughly clean it every year. Advice on solid fuel safety can be found at the Solid Fuel Advisory Service

About the Author:

In the future, all of our energy will come from renewable sources. With traditional gas and energy costs skyrocketing, it is apparent that we need to find new ways to make energy production which are sustainable. We need to change our thought process about how we use the Earth and begin to convert our old energy grid into something sustainable.

There are some people who have already started thinking this way. New scientific breakthroughs in renewable energy are allowing us to create sustainable energy at lower and lower costs.

Using the right set of plans even homeowners who don’t know anything about construction or electricity can build their own alternative energy sources right in their backyards, such as wind power generators.

Homemade wind turbines can currently generate enough power to reduce the average household’s monthly energy bill by as much as 70% per windmill. With inexpensive plans they can also be built for as little as $200 using some recycled parts.

They can also be built with materials from a local hardware store and basic tools. An easy way to estimate how much power your wind generator can create:

Power(Watts) = (Wind Speed)^3 * (Blade Diameter)^2 * 0.00478

The speed of the wind makes the most difference because its value is cubed, then the blade diameter because its value is squared. Example calculation using a decent wind speed of 10mph and an 8 ft blade diameter:

W = (10*10*10) * (8*8) * 0.00478 = 305 watts/hour – x 24 hours and you can calculate 7.3 kWh generated per day by a wind power generator.

An average home uses about 12-20 kWh/day. Of course if you conserve your power you can reduce that to much less – even down to 5 kWh per day. So if you don’t have a great average wind speed in your area, a wind power generator can significantly reduce your power bill, and it may only cost you $200.

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