The Truth About Wood Gasification
Wood gasification is the process of turning wood into carbon monoxide and hydrogen by reacting the raw material (wood) at high temperatures with a controlled amount of oxygen. Without oxygen, the wood can't burn so it transforms into gas. This gas can be used as fuel in an internal combustion engine.
During World War II wood gas generators where used to fuel automobiles in Europe. If you've been thinking about building one and seeing if I for example you could run a small lawn mower engine off of wood gas. We would encourage you to give it a try.
Gasification is here, now, and possible within the economic means of many Americans. Gasification scales up very easily and cost effectively. That old Chevy 350 engine in your garage can power a 100kw generator if asked to.
Don't let the guys with college degrees suggest that this is rocket science which the average person who can use some metalworking tools cannot use to produce their own highly efficient sustainable renewable energy.
Gasification was an important and familiar 19th and early 20th century technology, and its potential and practical applicability to internal combustion engines were well-understood from the earliest days of their development. Town gas was produced from coal as a local business, mainly for lighting purposes, at least initially, and experience in the trade was widespread; most practising technical people would know a good deal about it.
Gasification of fossil fuels is currently widely used on industrial scales to generate electricity. However, almost any type of organic material can be used as the raw material for gasification but wood is a good place to start. You can use a host of different biomass sources, or even plastic waste. Gasification addresses the problems of efficiency and smoke. However, with the cost of wood so cheap, in many forested areas cost efficiency won/'t be a problem.
The term wood gasification may come across as a bit technical or feel like it requires a graduate degree in chemical engineering to truly understand. In truth the secret is that its pretty simple at a practical level, and for making a wise wood boiler purchasing decision, there are only a few things you need to know.
In the temperature range of 395 ° F to 535 ° F (i.e. a regular fire), the majority of the gases are released from the wood in combination with the smoke. Those gases contain about 50% to 80% of the heat content of the wood. This process results in a gas mixture that is often referred to as synthesis gas or syngas or in the case of a wood fuel wood gas.
Wood is a renewable resource and as we have said already the gasification process is both environmentally friendly and energy efficient. Those benefits are very attractive to the many home and business owners considering the use of wood as fuel for heating or hot water.
Here is an example of a gasification system of this type which is on the market. According to web posts we have seen, Econoburn wood gasification boilers now carry "the Energy Star label. The Energy Star label, is respected by the majority of users and has become recognised by more than 70 percent of American consumers, according to the U.S. Environmental Protection Agency's commentator. So, you should take notice when a product carries that seal.
Availability of domestic and small business gasification boilers and stoves is not just limited to the US. In Europe you find there are also good vendors of Wood gasification plants from Wolfhagen-Ippingh - Germany.
We suggest that you obtain more information on spare parts, servicing, maintenance, repair or accessories directly from the registered micro-gasifier supply companies. You can also search for the term wood gasification plants for further products and services.
During World War II wood gas generators where used to fuel automobiles in Europe. If you've been thinking about building one and seeing if I for example you could run a small lawn mower engine off of wood gas. We would encourage you to give it a try.
Gasification is here, now, and possible within the economic means of many Americans. Gasification scales up very easily and cost effectively. That old Chevy 350 engine in your garage can power a 100kw generator if asked to.
Don't let the guys with college degrees suggest that this is rocket science which the average person who can use some metalworking tools cannot use to produce their own highly efficient sustainable renewable energy.
Gasification was an important and familiar 19th and early 20th century technology, and its potential and practical applicability to internal combustion engines were well-understood from the earliest days of their development. Town gas was produced from coal as a local business, mainly for lighting purposes, at least initially, and experience in the trade was widespread; most practising technical people would know a good deal about it.
Gasification of fossil fuels is currently widely used on industrial scales to generate electricity. However, almost any type of organic material can be used as the raw material for gasification but wood is a good place to start. You can use a host of different biomass sources, or even plastic waste. Gasification addresses the problems of efficiency and smoke. However, with the cost of wood so cheap, in many forested areas cost efficiency won/'t be a problem.
The term wood gasification may come across as a bit technical or feel like it requires a graduate degree in chemical engineering to truly understand. In truth the secret is that its pretty simple at a practical level, and for making a wise wood boiler purchasing decision, there are only a few things you need to know.
In the temperature range of 395 ° F to 535 ° F (i.e. a regular fire), the majority of the gases are released from the wood in combination with the smoke. Those gases contain about 50% to 80% of the heat content of the wood. This process results in a gas mixture that is often referred to as synthesis gas or syngas or in the case of a wood fuel wood gas.
Wood is a renewable resource and as we have said already the gasification process is both environmentally friendly and energy efficient. Those benefits are very attractive to the many home and business owners considering the use of wood as fuel for heating or hot water.
Here is an example of a gasification system of this type which is on the market. According to web posts we have seen, Econoburn wood gasification boilers now carry "the Energy Star label. The Energy Star label, is respected by the majority of users and has become recognised by more than 70 percent of American consumers, according to the U.S. Environmental Protection Agency's commentator. So, you should take notice when a product carries that seal.
Availability of domestic and small business gasification boilers and stoves is not just limited to the US. In Europe you find there are also good vendors of Wood gasification plants from Wolfhagen-Ippingh - Germany.
We suggest that you obtain more information on spare parts, servicing, maintenance, repair or accessories directly from the registered micro-gasifier supply companies. You can also search for the term wood gasification plants for further products and services.
Steve Evans is a renewable energy enthusiast. Far from being despondent about rising gas prices he sees it as a great opportunity for us to start using clean renewable wind turbine energy which is now available all around us.
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