نتایج جستجو برای: incineration

تعداد نتایج: 2337  

2010

The paper is a review of improved ca�culating and design techniques, performance rating of incinerators, and a description of the new open"pit incinerator. Of particular interest is a curve of nitrogen oxide formation with varying exe ess air and temperature developed from thermodynamic equilibrium data that has been verified by fie ld tes Is.

Journal: :international journal of environmental research 0
f. shams fallah department of environment, pardiasan park, hakim highway, tehran, iran h. vahidi graduate faculty of environment, university of tehran, p.o. box 14155-6135, tehran, iran m. pazoki graduate faculty of environment, university of tehran, p.o. box 14155-6135, tehran, iran f. akhavan-limudehi graduate faculty of environment, university of tehran, p.o. box 14155-6135, tehran, iran a.r. aslemand graduate faculty of environment, university of tehran, p.o. box 14155-6135, tehran, iran r. samiee zafarghandi graduate faculty of environment, university of tehran, p.o. box 14155-6135, tehran, iran

escalating development of tourism and petroleum industries in small islands such as lavan-iranrequires sound solid waste management. in the present investigation, three scenarios which consist of thecombination of landfill, recycling, incineration and composting and their environmental impacts have beenevaluated for 7514 kg/day of waste generation in lavan island. for this purpose, life cycle a...

Journal: :Journal of hazardous materials 2009
Rong Xie Wei-jie Li Jie Li Bo-liang Wu Jia-qiang Yi

Medical waste constitutes one of the waste streams that should be dealt with special priority due to its potential negative impact on public health and on the environment. Incineration is a process that is widely used for the treatment of medical waste. However, self-supporting combustion of medical waste cannot avoid releasing many hazardous pollutants into our environment. The most favored so...

Journal: :Environmental science & technology 2001
R P Kobylecki K Ohira I Ito N Fujiwara M Horio

Dioxins (DXNs) in municipal waste incinerator fly ash were effectively reduced by pelletizing the mixture of ash, cement, and sodium phosphate and reburning the pellets in a laboratory scale bubbling fluidized bed (BFB) furnace. Three types of pellets--A, B and C, of various sizes and compositions were used in the experiments. The efficiency of DXN reduction in the pellet matrix was proportiona...

2008
Wim Rulkens

Treatment of municipal wastewater results worldwide in the production of large amounts of sewage sludge. The major part of the dry matter content of this sludge consists of nontoxic organic compounds, in general a combination of primary sludge and secondary (microbiological) sludge. The sludge also contains a substantial amount of inorganic material and a small amount of toxic components. There...

2006
Kristina Holmgren

Energy recovery by waste incineration has a double function as waste treatment method and supplier of electricity and/or heat, thereby linking the systems of energy and waste management. Both systems are undergoing great changes, mainly due to new regulations. Important regulations within waste management in Sweden are a ban on landfill of combustible waste and organic waste, and a tax on landf...

2008
Andy Harris

The reality is that incinerators don’t eliminate toxic substances, they concentrate them. The saying is: toxics in/toxics out. The heavy metals, mercury, lead and cadmium, don’t just disappear; they are basic elements not destroyed by burning. They are still present after incineration, only concentrated in the ash and released to the air from the stack. Of all the trash that enters the incinera...

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