Примеры использования Flue gases на Английском языке и их переводы на Русский язык
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CO concentration in flue gases.
YES- for CO in flue gases from boilers and burners.
Permissible concentration in flue gases.
CO2 capture from flue gases and subsequent CO2 storage.
Enhanced recovery of mercury from flue gases.
Concentration in flue gases from central heating boilers.
Aims at reducing nitrogen oxides(NOx) in the flue gases.
Quenching the flue gases(very effective and relatively inexpensive);
Permissible limits for concentration in flue gases.
The basic parameters of dioxins in flue gases from waste incineration plants.
Regulation on permissible concentration of pollutants in flue gases.
Rising flue gases enter a boiler where they generate electricity via a turbine.
Limits of NOx and CO concentrations in flue gases are determinate.
Air, flue gases, or superheated steam are mainly used for convective drying.
In this process, Genosorb 1900 absorbs large amounts of SO 2 from flue gases.
When BAT is used for cleaning the flue gases, the concentration of dust can be reduced to 1- 5 mg/m³.
Enhanced recovery of mercury from incinerator, coal combustion and crematorium flue gases.
Mercury concentrations in flue gases before and after the application of emission control equipment;
Use the principle of electrostatic attraction to remove entrained particles from the flue gases.
CO concentration in flue gases from air heaters and water heaters below 0.05%, for cookers below 0.01.
Requirements concerning measurement of the concentration of harmful components in flue gases frequency, precision, etc.
The methods of heat recovery high temperature flue gases from furnaces for a heat treatment of metal products are considered.
No attention has so far been given to the possibilities of decarbonizing fossil fuels and flue gases.
Flue gases are re-circulated under the grate and in the furnace so that manageable incineration and minimum emissions result.
The methods of purification high temperature flue gases(500-1200 C) from furnaces for a heat treatment of metal products are considered.
The SNOX process is an innovative process which removes sulfur dioxide,nitrogen oxides and particulates from flue gases.
Separation of CO2 from the flue gases is based on an adsorption process where an amine is used as a recoverable adsorbant.
Only limited technical abatement options(such as removal of mercury from flue gases after combustion) were identified for SCI.
There are three main categories of cost involved in recovery of mercury from incinerator, coal combustion, crematorium and other flue gases.
The development of the Topsoe WSA process for removal of sulfur compounds from flue gases and production of sulfuric acid began in the late 70s.