Примери за използване на Mercury emissions на Английски и техните преводи на Български
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Specific techniques to reduce mercury emissions.
The following figure compares mercury emissions from WTEs and coal-fired power plants in the U.S.
How is mercury used andwhat are the main sources of mercury emissions?
Mercury emissions can be caused both by natural processes and human activities.
The irony of CFLs is that they actually reduce overall mercury emissions in the long run.
We can also reduce mercury emissions by not burning solids fuels for home heating, where other alternatives are available.
After all, the fact is that the Arctic region already provides the final resting place for the world's mercury emissions.
These releases are the main source of mercury emissions in Europe and include activities such as power generation, cement manufacture and production of metals.
Nenov, which are the main challenges which Maritsa East 3 faces with regard of implementation of the new, stricter norms for Sulphur dioxide, NOx and mercury emissions?
As far as the new and stricter norms are concerned for sulphur dioxide,NOx and mercury emissions, I believe it is important to note that these present a serious but hardly insurmountable challenge.
According to the EPA, coal-burning power plants are the largest human-caused source of mercury in the U.S.,accounting for more than 50 percent of all the nation's airborne mercury emissions.
The BAT-associated emission level(BAT-AEL) for mercury emissions to air from the combustion of solid biomass and/or peat is< 1- 5 μg/Nm3 as average over the sampling period.
In order to reduce mercury emissions to air(other than those that are routed to the sulphuric acid plant) from a pyrometallurgical process, BAT is to use one or both of the techniques given below.
Detecting and quantifying mercury can bring substantial benefits to your business by enabling you to improve product quality,reduce mercury emissions and prevent corrosion of plant components.
Requiring that measures be taken to reduce mercury emissions from artisanal and small-scale gold mining and industrial activities, including through the use of best available techniques;
(15) The manufacturing and placing on the market of new mercury-added products and the establishment of new mercury-based manufacturing processes would increase the use of mercury andof mercury compounds and mercury emissions within the Union.
Requiring that measures be taken to reduce mercury emissions from artisanal and small-scale gold mining and industrial activities, including through the use of best available techniques;
The manufacturing and placing on the market of new mercury-added products and the use of new manufacturing processes involving the use of mercury or mercury compounds would increase the use of mercury andof mercury compounds, and mercury emissions within the Union.
However, as 40 to 80% of mercury deposited in Europe comes from mercury emissions in other parts of the world, strong international action is needed to protect the health of our citizens.
(5) Significant progress has been achieved in the Union in the past 10 years in the field of mercury management following the adoptionof the Strategy and of a wide range of measures concerning mercury emissions, supply, demand and use and the management of mercury surplus and stocks.
In order to reduce mercury emissions to air from the co-incineration of waste with biomass, peat, coal and/or lignite, BAT is to use one or a combination of the techniques given in BAT 23 and BAT 27.
MEPs want the future national emission ceiling(NEC) directive to contribute to the reduction of mercury emissions in the Union, but an impact assessment should be carried out before national emission reduction commitments are determined.
We gather information on mercury emissions to air and water from industrial activities through the European Pollutant Release and Transfer Register(E-PRTR) and estimates of emissions to air from a broader range of sources under both EU legislation and international agreements.
Despite the past reductions in mercury usage and emissions in regions such as Europe and North America, the levels in our environment are likely to remain high for a long time,due to the long lifetime of mercury in the environment and also because mercury emissions are increasing in other global regions.
BAT-associated emission levels for mercury emissions to air(other than those that are routed to the sulphuric acid plant) from a pyrometallurgical process using raw materials containing mercury. .
MERCURYCAP(coal): this project has made it possible to find two new ways of capturing mercury emissions from coal-fired power stations: the development of promising sorbents and materials which act as catalysts for oxidation.
(2) Most mercury emissions and associated exposure risks result from anthropogenic activities, including primary mercury mining and processing, the use of mercury in products, industrial processes and artisanal and small-scale gold mining("ASGM") and mercury emissions originating in particular from coal combustion and the management of mercury waste.
In addition, the Convention provides for measures to be taken to reduce mercury emissions from Artisanal and Small-scale Gold Mining(hereafter,"ASGM") and major industrial activities, including through the use of best available techniques.
Due to environmental pollution, mercury emissions have infested water sources, and this pervasive heavy metal has moved throughout the aquatic food chain and is bioaccumulating in many species of fish that contain beneficial omega-3 fatty acids.