Примеры использования Incineration processes на Английском языке и их переводы на Русский язык
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Intermediate treatment to recover mercury andmercury removal in incineration processes are also important.
While incineration processes may reduce waste volumes by 70 to 90 per cent, it is not a final disposal method.
Relevant sources are the production of chlorinated hydrocarbons,production of magnesium, and incineration processes.
This can be ascribed to historical use, incineration processes and other similar secondary pathway emission routes.
Other sources of unintentionally produced HCBD concern the manufacture of magnesium and incineration processes.
For HCBD formed as a by-product in incineration processes, there is a relation to PCDD/PCDF and other unintentional POPs releases formed by combustion.
The preservation of air quality is an important objective at plants where bio-energies undergo incineration processes.
Other sources of unintentional formation of HCBD concern incineration processes e.g. motor vehicle emissions, incineration processes of acetylene, incineration of chlorine residues.
Relevant sources are the production of chlorinated hydrocarbons, production of magnesium andother potential sources incineration processes.
Other sources of unintentional formation of HCBD are the manufacture of magnesium and incineration processes e.g. motor vehicle emissions, incineration processes of acetylene, incineration of chlorine residues.
These include, for example, the emissions law, which prescribes air andwater emissions standards at plants where bio-energies undergo incineration processes.
Lenoir et al.(2001)observed the by-product formation of organochlorine compounds including HCBD from incineration processes of acetylene, which was indicated as being present in flames of all incineration processes. .
In the late 1980s,developed countries began to adopt strict regulations to reduce the amount of dioxins released into the atmosphere as a result of combustion and incineration processes.
When burned, PVC releases polychlorinated dibenzo-p-dioxins and polychlorinated dibenzofurans(dioxins), a family of 210 persistent organic pollutants thatare unintentionally formed and released from a number of industrial and incineration processes, including medical waste incineration, as a result of incomplete combustion or chemical reactions see paragraph 70 below.
The technical measures required to minimise releases of unintentionally produced HCBD are already required according to existing BAT and BEP in the industrial manufacturing of chemicals and magnesium andfor other possible sources motor vehicle emissions and incineration processes.
Possible release sources are(a) intentional production(which seems to have ceased),(b) unintentional formation(as a by-product from the chemical industry,magnesium industry, incineration processes) and(c) release from former waste disposal.
Unintentional formation means the generation as an unwanted waste by-product in theproduction of chlorinated chemicals, but also other possible sources of unintentional formation of HCBD such as the manufacture of magnesium and incineration processes.
Efficient separation and destruction of chlorinated organic side products, which may include persistent organic pollutants, is key to best available techniques applicable to these processes, as is the associated guidance for any incorporated incineration processes UNEP 2007.
This three-step thermo-chemical incineration process(pyrolyse, oxidation, reduction) converts dried woodchips into combustion gas.
The incineration process can only recover the caloric value of the matrix while the inorganic fraction is a zero sum game.
It is most effective to modify the incineration process and to install secondary measures for flue gas cleaning.
The incineration process should not exist if it is not interconnected to a technologically advanced system of gas depuration, as well as control and recirculation of liquids in the process. .
It is more effective to modify the incineration process and install secondary measures for flue-gas cleaning.
Yechiel Reichman, the only other survivor of Treblinka who saw the incineration process, added a little more detail to Wiernik's observation.
As small-scale incinerators often operate at temperatures below 800° C, the incineration process may lead to the production of dioxins, furans and other toxic pollutants as emissions and/or in bottom/fly ash.
Amend the first and the second sentences to read:"The primary measures regarding the incinerated wastes, involving the management of feed material by reducing halogenated substances and replacing them by non-halogenated alternatives, are not[always] appropriate for municipal or hazardous waste incineration.[In these cases it]is more effective to modify the incineration process…";
The processes of cleaning flue gases generated in the incineration process are compared.
The description of“jaws” and air incineration symbolize the processes related to volcanic eruptions on Masis and Sis, located next to each other.
BAT for waste incineration, thermal processes in the metallurgical industry, combustion of fossil fuels in utility and industrial boilers, residential combustion, reduction of POPs emissions from mobile sources(for the Protocol on POPs);
Unintentional releases of PeCB were mainly due to by-product formation during incineration and combustion processes, thermal metallurgic processes, and the production of chlorinated chemicals.