Magma Smelting Process

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Language: en

00:00:00.650
by the end of the last century enormous
00:00:03.439 00:00:03.449 amounts of industrial waste accumulated
00:00:05.539 00:00:05.549 on the surface of the earth and they
00:00:07.460 00:00:07.470 switched adversely affect our
00:00:09.049 00:00:09.059 environment intensive economic
00:00:11.720 00:00:11.730 development contributes to project
00:00:13.490 00:00:13.500 humilation our waste in the 21st century
00:00:15.910 00:00:15.920 therefore efficient environmentally
00:00:18.320 00:00:18.330 friendly and waste free conversion of
00:00:20.359 00:00:20.369 industrial waste into available products
00:00:22.429 00:00:22.439 is becoming ever more important for
00:00:24.380 00:00:24.390 mankind
00:00:29.670 00:00:29.680 the entire process cycle of the plant
00:00:32.010 00:00:32.020 runs in one building slag of non-ferrous
00:00:34.950 00:00:34.960 metallurgy is used as the raw material
00:00:37.410 00:00:37.420 for the process slag is delivered by
00:00:40.229 00:00:40.239 railway in open-top wagons the incoming
00:00:43.740 00:00:43.750 raw material is preheated up to 250 to
00:00:47.130 00:00:47.140 300 degrees Celsius and charged into the
00:00:50.340 00:00:50.350 smelting unit where the primary process
00:00:52.380 00:00:52.390 of slag treatment occurs molten slag is
00:00:55.770 00:00:55.780 released into a ladle and cast into
00:00:58.170 00:00:58.180 special casting molds if necessary a
00:01:01.049 00:01:01.059 released slag maybe granulated for the
00:01:03.180 00:01:03.190 production of caste slag crushed stones
00:01:05.359 00:01:05.369 after crystallization products are taken
00:01:08.400 00:01:08.410 out of the molds and put into heating
00:01:10.350 00:01:10.360 furnaces slag stone products are
00:01:13.170 00:01:13.180 gradually cooled down in these furnaces
00:01:14.999 00:01:15.009 in order to remove surface and internal
00:01:17.370 00:01:17.380 stress at the exit of the furnaces
00:01:19.560 00:01:19.570 products are loaded onto trolleys and
00:01:21.719 00:01:21.729 send to the storehouse of finished
00:01:23.700 00:01:23.710 products finished products are shipped
00:01:26.249 00:01:26.259 to consumers by railway or by motor
00:01:28.560 00:01:28.570 transport for the implementation of the
00:01:31.440 00:01:31.450 described technology the smelting unit
00:01:33.210 00:01:33.220 magma is used that has been designed by
00:01:35.460 00:01:35.470 the technology mattel of company the
00:01:38.010 00:01:38.020 main difference of magma from other
00:01:39.660 00:01:39.670 technologies is the use of a liquid
00:01:41.820 00:01:41.830 metal coolant in the cooling system
00:01:43.410 00:01:43.420 other unit body the use are the liquid
00:01:46.230 00:01:46.240 metal coolant for the cooling other unit
00:01:48.030 00:01:48.040 body allows intense cooling of the
00:01:50.070 00:01:50.080 working surface of the smelting unit as
00:01:52.350 00:01:52.360 a result skull is formed on the working
00:01:54.450 00:01:54.460 surface of the unit it protects the body
00:01:56.700 00:01:56.710 of the unit from high temperature
00:01:58.200 00:01:58.210 destruction thus replacing conventional
00:02:00.109 00:02:00.119 refractory lining this engineering
00:02:03.090 00:02:03.100 solution allows operation of the unit
00:02:05.160 00:02:05.170 for seven years without overhaul besides
00:02:07.740 00:02:07.750 the heat removed by the cooling system
00:02:09.359 00:02:09.369 is used for the preheating of raw
00:02:11.550 00:02:11.560 material thus increasing thermal
00:02:13.500 00:02:13.510 efficiency of the process natural gas is
00:02:16.289 00:02:16.299 burned in oxygen in order to smartly raw
00:02:18.870 00:02:18.880 material in the smelting units during
00:02:21.090 00:02:21.100 this process temperature of molten slag
00:02:23.190 00:02:23.200 is maintained at sixteen hundred and
00:02:25.620 00:02:25.630 fifty degrees Celsius and temperature of
00:02:27.720 00:02:27.730 flue gases reaches nineteen hundred
00:02:30.030 00:02:30.040 degrees heat of flue gases is recovered
00:02:33.120 00:02:33.130 in a heat recovery boiler steam
00:02:35.190 00:02:35.200 generated in the boiler is used for the
00:02:37.470 00:02:37.480 production of electric power that is
00:02:39.599 00:02:39.609 sufficient for the needs of all power
00:02:41.550 00:02:41.560 consuming equipment
00:02:42.750 00:02:42.760 the plants electric power from external
00:02:45.360 00:02:45.370 sources is required only at the time of
00:02:48.000 00:02:48.010 startup of this northern unit scheduled
00:02:50.039 00:02:50.049 maintenance or repairs of the equipment
00:02:52.199 00:02:52.209 to minimize the adverse effects on the
00:02:55.020 00:02:55.030 environment flue gases are sent to guess
00:02:58.110 00:02:58.120 treatment facilities and dust captured
00:03:00.330 00:03:00.340 in the guest treatment facilities is
00:03:01.949 00:03:01.959 injected into the smelting unit directly
00:03:04.259 00:03:04.269 to molten slag emissions from these
00:03:06.270 00:03:06.280 technology meets environmental standards
00:03:08.819 00:03:08.829 on the Appian Union and the requirements
00:03:11.250 00:03:11.260 of the Kyoto Protocol this technology
00:03:13.619 00:03:13.629 allows finding new solutions to the
00:03:15.569 00:03:15.579 environmental challenges of the present
00:03:17.580 00:03:17.590 day world slag stone products produced
00:03:19.920 00:03:19.930 by this technology are environmentally
00:03:22.259 00:03:22.269 clean they have high hardness wear
00:03:24.599 00:03:24.609 resistance tensile strength corrosion
00:03:27.119 00:03:27.129 resistance and irradiation protective
00:03:29.220 00:03:29.230 properties slag stone products are
00:03:31.680 00:03:31.690 currently fighting wider application
00:03:33.660 00:03:33.670 replacing natural stones still and
00:03:35.729 00:03:35.739 reinforced concrete they are used in the
00:03:38.550 00:03:38.560 chemical industry metallurgy
00:03:40.259 00:03:40.269 construction and electric power industry
00:03:45.070 00:03:45.080 you
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