Примеры использования Emissions of methane на Английском языке и их переводы на Русский язык
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Reduce emissions of methane through recovery and use;
Particular attention has been focused on reducing the emissions of methane, other volatile hydrocarbons and carbon monoxide.
Emissions of methane and nitrous oxide from agriculture.
Eight plants were in operation in 1993, andthese have reduced emissions of methane by a total of more than 10 000 tonnes.
Total emissions of methane in 1990 were estimated to be some 23 thousand tons.
Floods and droughts are becoming more severe due to climate change,which is compounded by emissions of methane and nitrous oxide from untreated wastewater discharge.
Anthropogenic emissions of methane(1980-2010) in the ECE region.
This high reduction potential is the result of the dual effect of the substitution of fossil fuels and reduced emissions of methane and nitrous oxides from livestock manure.
Emissions of methane(CH4) and nitrous oxide(N2O) should remain negligible.
There is a limited range of options to reduce emissions of methane and nitrous oxides from agriculture, and a need for further research.
Emissions of methane could be slightly reduced, while those of nitrous oxide could increase.
Where other greenhouse-effect gases are concerned,the actions set in train should enable emissions of methane to be stabilized in the year 2000 at their 1990 levels, with nitrous oxide emissions reducing by half and those of nitrogen oxides and volatile organic gases reducing by a third.
Emissions of methane, nitrogen oxides, carbon monoxide and NMVOCs will decline in future in all probability.
The Action Program also puts the following measures on the government agenda: measures to limit CO2 emissions; measures to reduce the emissions of methane and other greenhouse gases; measures to enhance carbon dioxide sinks; promotion of scientific research and observation/ monitoring; the development and dissemination of technology and the promotion of public awareness; and international cooperation.
Emissions of methane and nitrous oxide from agriculture: sub-indicator of indicator 6(greenhouse gas emissions) from the Guidelines;
However, consideration would need to be given as to whether additional action is required in respect of(a) improving estimates of the performance and costs of technologies for control of emissions of VOCs and recording of the development of improved and new technologies;(b) improving understanding of the chemical processes involved in the creation of photochemical oxidants; and(c)identifying possible measures to reduce emissions of methane.
Emissions of methane from the refuse grounds of the capital area on Álfsnes will be investigated and ways sought to utilise or eliminate the gas.
Energy-related emissions of ozone precursors substances: can be developed on the basis of data collected for indicator 1(emission of pollutants into the atmospheric air)- emissions of nitrogen oxides, carbon monoxide and non-methane volatile organic compounds by economic activities as defined by the International Standard Industrial Classification of All Economic Activities(ISIC) andfor indicator 6(greenhouse gas emissions)- emissions of methane by sectors;
Xiii Reduce emissions of methane through recovery and use in the waste management sector, as well as in the production, transport and distribution of energy.
The development of energy-related and non-energy-related emissions of methane(CH4), nitrous oxide(N2O), nitrogen oxides(NOx), carbon monoxide(CO) and methane-free volatile organic compounds(NMVOC) until the year 2005 was estimated.
Emissions of methane from landfill, and emissions of carbon dioxide and nitrous oxide from incineration, contribute to global warming.
Opportunities for decreasing emissions of methane and other ozone precursors in industry, agriculture, mining and transport are widely recognized and relatively inexpensive.
Emissions of methane or fluorinated gases(hydrofluorocarbons, perfluorocarbons and sulphur hexafluoride) are another relevant example, as they stem from a wide range of industrial and non-industrial sources.
As far as emissions of methane are concerned, they are expected to decrease during the remaining years of the century due to measures to reduce the numbers of domestic animals and less refuse disposed of as landfill.
Emissions of methane from solid waste disposal on land are expected to double from an estimated level of 32 Mt/y in 1998 to over 62 Mt/y by the year 2025, with all of this increase projected to come from developing countries.
By weighing the emissions of methane and of nitrous oxide by their global warming potential over 100 years, as indicated by the IPCC in 1994(24.5 for CH4 and 320 for N2O), we arrive at the following figures for net emissions, expressed in millions of equivalent tonnes of carbon, in accordance with the IPCC methodology(that is not corrected for climate, and including DOM-TOMs but not carriers).
Emission of methane(CH4) UNFCCC.
These problems include water andsoil pollution at the local level as well as the emission of methane when the wastes are left to rot and of carbon when they are burned.
In addition, this avoids the emission of methane from landfills as the waste no longer needs to be disposed of in a landfill and it also extends the life of existing landfills.
Benefits resulting from coal mine methane utilization projects accrue to the mine owners and operators, thereby creating a circle of interdependent actions that provide added income,increase mine safety and reduce emission of methane to the atmosphere.