Municipal Waste Incineration
Articles & Whitepapers
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The problem of NOx emissions
The problem of NOx emissions The problem with Nitrogen compounds (NOx) emissions is that they contribute to generating the greenhouse effect. For example, N2O causes 300 times more damage than CO2. In addition, NOx combines with the humidity of the air in the atmosphere and is the cause of acid rain and is therefore very dangerous for the environment. ...
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Radiocarbon measurement of fossil CO2 emissions from waste incineration plants: A monitoring tool for CO2 trading in Denmark and Sweden
In several countries, an increasing share of renewable energy comes from waste incineration. Due to the content of fossil carbon in combustible waste, the fossil CO2 constitute a considerable share ...
News
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EU Commission urges caution over EfW investment
The Commission’s long anticipated communication on waste-to-energy, is intended to ensure that the ‘recovery of energy from waste in the EU supports the objectives of the circular economy action plan’ and is guided by the waste ...
Equipment & Solutions
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Showcase
Municipal/Domestic Waste Incinerator
The domestic waste incinerator adopts the patented high-temperature pyrolysis gasification technology, which conforms to the 3T+E design principle; the entire system runs under negative pressure. If the temperature of the primary combustion chamber is above 550?, the burner will automatically shut down, and if the temperature of the secondary combustion chamber is above 850?, the burner will ...