Examples of boiler

Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0
Consequently, installation of these technologies on many coal-fired utility boilers is not expected to result in severe changes in demand for the hardware items listed.
In 1981 a £30 million government scheme was launched to encourage industry to switch from oil and gas to coal-fired boilers.
Coal-fired combustion turbines are subject to the same emission limits as coal-fired boilers and integrated gasification combined cycle plants.
The point to be emphasized here is the win-win nature of the investment in high-efficiency boilers.
On the other hand plants using high-efficiency boilers are not constrained by the ash content of the coal.
However, even when there is no policy in place, the high-efficiency boilers have the same coal usage, irrespective of the pollution control equipment.
In late 1986 two scientists reported a chemical process capable of eliminating nitrogen oxides from diesel exhaust gases and coal-fired boilers.
The residue from the boilers was dumped into the sea.
The copper produced from this ore is suitable for piping, boilers and cooking utensils.
The boilers depreciate over the years depending on the types of coal used.
The ash constraint is only required when the low-efficiency boilers are used with the blended coal.
The boilers depreciate at a faster rate if they use high-ash domestic coal than if they use washed or imported coal.
First, the new boilers have highefficiency and thus require less coal per unit of output.
A particulate matter emission limit is established for existing oil-fired boilers that will also reduce emissions of nickel from such units.
The power stations need much water for their boilers and cooling towers.
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