Übersetzung für "Kohleverbrennung" in Englisch

In China, an estimated 250,000 people die prematurely because of coal combustion.

Mercury is released into the environment primarily through the burning of coal.

How can I use the waste from coal burning?

By far the greatest potential for CO2 reduction is in efficient coal combustion.

In the United States, half of this energy comes from coal burning power plants.

The main source of Cd in urban air is metallurgic and chemical industry, and coal combustion.

To apply this technology for coal combustion was considered early.

Anthropogenic emissions of mercury are mainly from coal combustion and waste incineration (about 50 %).

A number of other coal combustion products can have further uses with little or no further processing.

Ways therefore need to be found to reduce the impact of coal burning on the climate.

Another such partial substitute for cement is fly ash, a by-product of coal combustion in power plants.

The vapors from the drying of the sewage sludge increase the flue gas volume during the burning of the coal.

The main source of Pb in urban air is metallurgic industry and coal combustion.

Dark particles of soot from forest fires or coal burning have a similar effect, in that they absorb solar energy.

Metal smelting, coal-burning utilities, and vehicle emissions have all been blamed for these effects.

Coal combustion products (CCPs) are formed with the production of electricity in coal-fired power plants.

One of the advantages of this kind of coal utilisation relative to burning coal includes lower CO2 emissions.

It would therefore be a great shame to lose this scientific aquis, particularly concerning issues relating to the clean and efficient use of coal, because Europe's technological level, which I believe to be so important, is on a par with, and in certain areas even above, the situation of the international market.

In my opinion, a return to coal-burning is not, in the current environmental context, a solution for the future or for the creation of a fully-fledged trans-European transport network.

A comparative study of coal combustion with flue gas cleaning and nuclear power, carried out over a ten-year period, shows that 20 000 lives have been saved as a result of reduced emission levels achieved by using nuclear power in the EU.

A key element of the partnership with China is a new initiative on near-zero emissions for coal, with carbon capture and storage, to address the vital challenge of tackling the increasing greenhouse gas emissions from coal.

The main sectors examined and for which action is proposed in the short term are as follows: the supply of mercury to the market and mercury exports, mercury surpluses from the chlor-alkali industry, the use of mercury in measuring and control equipment and mercury emissions from coal burning.

Likewise, China, concerned about the serious health costs linked to burning coal, is prohibiting new coal capacity in three coastal provinces under its newly adopted action plan on air pollution.

The WCA is calling for the use of “high-efficiency, low-emissions coal-combustion technologies” to lower greenhouse-gas emissions from coal-fired power plants around the world.

They shall refer in particular to reductions in emissions resulting from efforts made to use clean coal combustion technologies.

When people switched from burning wood to burning coal, and then to burning oil, the “new” energy sources came from very large capital projects, like coalmines, offshore oil and gas fields, and refineries.

Furthermore, the combined emissions of major pollutants traditionally associated with coal combustion and seen as major contributors to acidification, eutrophication and ground-level ozone are likely to be significantly reduced by the deployment of Sustainable Fossil Fuel technologies.