natural draught cooling tower BrE technical
natural draft cooling tower AmE technical , NDCT (Abkürzung)

Four huge natural draught cooling towers cool the station's circulating water.

The design included Queensland's first hyperbolic natural draught cooling towers which rise to 118 m.

By April 1978 one natural draft cooling tower had been built, and a second was under construction.

The plant has a 520-foot natural draft cooling tower.

The water was cooled using four hyperboloid natural draft cooling towers.

These units are cooled by natural draft cooling towers.

The stations used water from the canal and were cooled by four large natural draft cooling towers situated close to the banks of the Irwell.

TMI-1 has a closed-cycle cooling system for its main condenser using two natural draft cooling towers.

A distinctive feature of this power station is the 105 m high natural draft cooling tower, the only one of its kind in New Zealand.

Once it has been through the condenser, the water is cooled by one of the natural draft cooling towers, with two towers serving each generating set.

The facility has two General Electric boiling water reactor (BWR) units, cooled by natural draft cooling towers.

Indirect dry cooling systems tend to have a large capital cost (due to the large cost of the natural draft cooling tower) but low operating cost.

The spray pond is the predecessor to the natural draft cooling tower, which is much more efficient and takes up less space but has a much higher construction cost.

The Brayton Point Power Station's new cooling system will feature the first natural draft cooling towers constructed in the U.S. in more than 14 years.

Conemaugh has two hyperbolic natural draft cooling towers which provide recirculating water to cool and condense the steam and to limit the amount of water needed from the river.

As guidelines of Central Electricity Authority, two mechanical draft cooling towers Or one natural draft cooling tower must be established for each 500 MW unit in power plants.

With more than 100 years experience designing and constructing natural draft cooling towers up to 655 feet in height, SPX has more than 275 natural draft concrete hyperbolic cooling towers installed and operating worldwide.

In a natural draft cooling tower the heated cooling water from the condenser is sprayed down the inside of the cooling tower whilst air, under the effects of natural convection flows up through the cooling tower.

Other elements within this pattern were hyperbolic natural draft cooling towers (mostly around 300 ft high), monolithic concrete chimneys (sometimes over 400 ft high), complete power station structures, and coastal works such as tanker berths, docks and harbours.

Also in this area are Nga Awa Purua, which is home to the world's largest geothermal turbine at 147 MW (although the plant only generates 140 MW); and Ohaaki, which has a 105-metre tall hyperboloid natural draft cooling tower: the only one of its kind in New Zealand.