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JPH0432793B2 |
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JPH0453023U |
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JPH0424628B2 |
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JPH0424629B2 |
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JPH0424630B2 |
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JPH0414441Y2 |
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JPH0416699B2 |
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JPH0416698B2 |
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JPH0410549Y2 |
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JPH0414271B2 |
PCT No. PCT/EP85/00656 Sec. 371 Date Aug. 5, 1986 Sec. 102(e) Date Aug. 5, 1986 PCT Filed Dec. 2, 1985 PCT Pub. No. WO86/03783 PCT Pub. Date Jul. 3, 1986.In order to be able to heat the charging material (3) of a charging material prehea...
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JPH0413403B2 |
PURPOSE:To provide a titled equipment which decreases heating of a damper in a scrap charging port to prevent the burning thereof and to extend the life by constituting in such a manner that high temp. waste gas is passed from above to b...
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JPH0412396B2 |
During the heating of scrap in a container using sulfur-containing fuels for combustion, CaO, Ca(CO)2, or CaCO3 powder is injected into the container to fix sulfur oxides generated during the combustion mainly as CaSO4. There is no need ...
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JPH047519Y2 |
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JPH047518Y2 |
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JPH047520Y2 |
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JPH047517Y2 |
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JPH03291331A |
PURPOSE: To make it possible to preheat scrap iron to a high temp. without requiring external energy by sending the shredded matter of the scrap iron and org. materials, such as rubber, into a passage, thermally decomposing the shredded ...
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JPH0375500B2 |
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JPH0371635B2 |
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JPH03504266A |
PCT No. PCT/SE89/00134 Sec. 371 Date Aug. 30, 1990 Sec. 102(e) Date Aug. 30, 1990 PCT Filed Mar. 15, 1989 PCT Pub. No. WO89/08810 PCT Pub. Date Sep. 21, 1989.A method and an installation for recovering energy in the thermal destruction o...
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JPH03207989A |
PURPOSE: To continuously charge preheated material and to recover heat energy, by making the material distributed in a layered mode which direction is decided in accordance with a non-linear cross section of a tube within the tube provid...
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JPH0389398U |
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JPH0343227Y2 |
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JPH0341280Y2 |
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JPH0351995B2 |
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JPH0340282B2 |
PURPOSE:To attempt to utilize effectively the thermal energy in an exhaust gas by introducing directly part of the exhaust gas from a clinker cooling device into an air channel which communicates with a cyclone in the upper section and a...
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JPH0339237B2 |
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JPH0339238B2 |
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JPH0339239B2 |
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JPH0339236B2 |
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JPH0359355U |
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JPH0352599U |
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JPH0317198Y2 |
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JPH0315245Y2 |
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JPH0331297U |
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JPH0311680Y2 |
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JPH0318112B2 |
A device (10) for determining hydrogen flux through a metal membrane comprises two parts, top part (12) and a bottom part (11) respectively. The top part (12) is electrically insulated relative to the bottom part (11). The top part (2) w...
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JPH0316599B2 |
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JPH0310588B2 |
Cement clinker is produced in that raw cement powder is preheated in a suspension-type heat exchanger and is de-acidified in a fluidized bed and clinkered in a rotary kiln, and the clinker is subsequently cooled. A de-acidification of at...
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JPH0310587B2 |
Cement clinker is produced in that raw cement powder is preheated in a suspension-type heat exchanger and is de-acidified in a precalcining apparatus and clinkered in a fluidized bed and the clinker is subsequently cooled. An de-acidific...
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JPH0313097U |
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JPH0313096U |
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JPH037617B2 |
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JPH033920Y2 |
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JPH033622B2 |
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JPH036335A |
PURPOSE: To prevent lowering of preheating efficiency and to lengthen service life of a vessel by heating the preheating vessel lined with refractory from opening side at upper part thereof to preheat charged material and then, tilting t...
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JPH02309190A |
PURPOSE: To effectively utilize heat energy generated through flame combustion of a smell component and a white smoke component by a method wherein when scraps are preheated by means of the sensible heat of exhaust gas from an electric f...
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JPH0260928B2 |
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JPH0245760Y2 |
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JPH0256588B2 |
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