detailed data on waste gasification process and ultimate production outcome. Review on viability as a true and viable source of renewable energy.

Waste to energy plants use the technology of waste gasification to manage solid waste and obtain energy form it. There are various types of technologies used by waste to energy plants, but the technology of waste gasification is probably the most effective and efficient. Waste gasification plants have already demonstrated solid results. Municipal waste is considered to be a source of energy that is renewable because garbage will continue to be created on a regular basis. That is why this waste to energy technology is a very attractive one.

The way that gasification waste to energy plants work is that under anoxic conditions the trash is subjected to extreme heat to produce syngas, which is a blend of hydrogen and carbon monoxide, and this can be used as a source of fuel. The first step is to remove bulk metals, and the rest of the waste is shredded and conveyed to a gasification chamber with a temperature of 700 ºC. In there most of it volatilizes to a complex mixture of various gases, and then it rises to a plasma torch that has a temperature of 1200 ºC. The plasma breaks up this complex mixture into simple gases, like carbon monoxide, steam, hydrogen, sulfur and mercury. Then the clean up system removes the mercury and steam, and the syngas is directed to a combustion engine generator to create energy.

Waste gasification plants have various benefits, and almost no downside, although this waste to energy technology does require a lot of initial power. Waste to energy plants that use gasification of solid waste makes a lot of sense on various levels. Just like landfills, waste gasification plants can charge for solid waste disposal and the energy generated through waste gasification can sold for profit. So, from a financial point of view this type of waste to energy plants is a good investment opportunity. They use waste gasification methods that are environmentally friendly, which makes this source of energy a lot better than fossil fuels and oil.

When looking ahead into the future, waste gasification may prove to be one of the most important sources of energy. This renewable energy source can be locally utilized, which provides many advantages to local governments and the communities. As long as there are humans, there will always be waste to be dealt with, and the traditional methods of doing that just do not cut it anymore. Waste to energy technology can turn municipal solid waste into electricity for homes and businesses, which is a giant step forward from the traditional polluting landfills. Eliminating waste and cleaning up the earth can now also mean that fuel and energy may be generated, making this a win-win situation. Waste gasification plants may also be the perfect opportunity for investment for investors who are interested in renewable energy sources.

For the original article, click here

For more information, go to:
www.plascoenergygroup.com,
en.wikipedia.org/wiki/Plasma_arc_waste_dispo

8 Responses to “Waste Gasification Plants: Turning Waste into Renewable Fuel Source – Updated Article With Extra Information on Waster to Energy Technology”

1. 1
   John Says:
   

   hey, nice blog…really like it and added to bookmarks. keep up with good work

   September 11th, 2010 at 2:37 pm
2. 2
   knock off designer handbags Says:
   

   Haha. Funny pictures are great for lifting up moods 🙂 Noah

   August 18th, 2010 at 6:00 am
3. 3
   Teresa Van Jaarsveld Says:
   

   I would like to know where one can find out about setting up a plant for turning waste into electicity and methane gas production.
   What equipment one needs to setup such a plant and how big must the area be, the regulations of such a plant in South Africa

   January 20th, 2010 at 1:58 am
4. 4
   Mohammd Says:
   

   I am interesting carry out my PhD search on “Turning Waste into Renewable Fuel Source by PLASMA process”. Can you tell me, where I can to find a research center that support me?
   Tanx

   November 22nd, 2009 at 1:10 am
5. 5
   PRAKASH SINHA Says:
   

   Can,I have a project profile for 5 MW plasma plant ?

   March 12th, 2009 at 10:49 am
6. 6
   Drorganico Says:
   

   Mr. Bhattacharjee,

   High Technology engineering will produce;
   1 MT of MSW = 220 gallons diesel 56 CETN
   1 Mt of MSW = 1.74 MW Electric Energy, enough for 28,000 homes.

   Although Plasma is excellent technology, with higher technology engineering, plasma does not maximize the entire MSW component and requires additional steps adding to production cost,it is my experience that Gasification is much more efficient method and process, highly productive with very little residue, no burning or gases in emissions, and helps to keep the conversion machine calibrated with less down time for repairs and maintenance. Contact me at Niroaltenergy@gmail.com and Ill be happy to give you more information.

   March 10th, 2009 at 2:30 pm
7. 7
   C.R.Bhattacharjee Says:
   

   Sir,

   I shall be glad to known
   1 Whether 200 t/ day MSW is good enough for a plasma plant
   2.

   March 8th, 2009 at 7:36 am
8. 8
   David Says:
   

   It’s interesting that we refer to our municipal waste as a renewable energy source, but that is really what it is. If we could get these plants up and running across the country, it would definitely take a load off our stressed power grid.

   February 20th, 2009 at 11:29 am

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