Examples of using Removal efficiency in English and their translations into Arabic
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Computer
The solvent recovery column of activated carbon has a very good removal effect for less than the molecular weight below 480 extractable organic matters, and the removal efficiency is very low for macromolecular organic matters.
The granular of Activated Carbon has a very good removal effect for less than the molecular weight below 480 extractable organic matters, and the removal efficiency is very low for macromolecular organic matters.
The mercury removal efficiency of the filters depends on the filter ' s capability for removal of small size particles on which mercury may be adsorbed and on the presence of constituents in the flue gas stream that may be captured on the filters and serve as mercury adsorption sites.
Commercial Air Scrubber low noise, smooth operation, simple operation, low cost advantages; Dust removal efficiency is high, the use of acid and alkali on the gas and other ways, The use of high-quality PP Sheet, corrosion-resistant, wear-resistant, long life, according to the fan air volume custom.
be washed down by water Wet ash cleaning can prevent the dust from catching up again and achieve high dust removal efficiency Because of no vibration device the operation is also more reliable The device that uses.
The dust in the filter bag is cleaned up and the dust in the ash bucket is discharged to prevent the dust in the filter bag and the ash bucket and the" deliquescence" and" paste bag", affecting the dust removal efficiency and the service life of the equipment and filter bag.
Pre-combustion addition of halogens(esp. bromine) has the potential to improve mercury removal by enhancing oxidation of mercury in the flue gas(especially in the presence of an SCR) and thus increasing the removal efficiency in downstream particulate matter control and flue gas desulphurisation equipment.
NSF has certified the Q-SEP 2008, Q-SEP 4508, Q-SEP 6008, Q-SEP 3412 and Q-SEP 4512 UF modules for Cryptosporidium removal efficiency, using Bacillus endospores as a surrogate following the USEPA Long Term 2 Enhanced Surface Water Treatment Rule product-specific challenge testing framework meets with all applicable requirements of NSF/ ANSI 419.
When using these techniques, PCDD/F removal efficiencies will vary from plant to plant.
The dust removal efficiencies were 99.17%
Table Example of emission control costs and removal efficiencies for waste incineration from Pacyna et al 2010.
Mercury removal efficiencies of flue gas cleaning systems for waste incinerators(UNEP toolkit).
Table. Examples of capital and operating & maintenance costs, as well as removal efficiencies for different configurations of mercury specific emission controls.
Example of emission control costs and removal efficiencies for coal combustion from Pacyna et al 2010.
ESPs is common on cement plants, but information on removal efficiencies of mercury specifically from cement kilns is scarce.
Sulfur- and iodine-impregnated carbon adsorption systems are commonly used to reduce the mercury levels in the hydrogen gas stream if high removal efficiencies are desired.
In industrial waste incineration removal efficiencies of 50 per cent-92 per cent were measured(less removal with dry type air pollution control devices and higher with wet).
Measurements at a hydrometallurgical zinc smelter in China(Wang et al 2010) showed mercury removal efficiencies of air pollution control devices handling waste gas from the roasting furnace.
Hylander and Herbert(2008) in their emission inventory of mercury from non-ferrous metal production assume mercury removal efficiencies of between 95-99 per cent if a sulphuric acid plant is present at a copper, lead or zinc pyrometallurgical smelter, assuming that mercury was prevented from contaminating the sulphuric acid product.