Page 24 - Workswell Catalogue
P. 24

SAFETIS application overview

    23
          MOST IMPORTANT SAFETIS APPLICATIONS





            Thermal imaging monitoring of

            burning chimneys

            Many industries use chimneys to burn unwanted flamma-
            ble  side  or  waste  products  from  normal  operation.  This
            system, under normal safe burning circumstances, is often
            used in the oil and chemical industries and in gas distri-
            bution facilities. Before burning these substances can be
            hazardous either to people, as well as animals or plants,
            therefore, it is very important that gases escaping from
            these substances into the air, are not burnt haphazardly.
            In a carefully controlled burning procests these compounds
            are neutralized and the impact on the environment is min-
            imal. However, regulations require that this burning must
            be really safe. Therefore, it must be monitored. Mainly the
            ignition and flame setting phase must be monitored.



            Thermal imaging monitoring of

            burning waste
    Fire Safety
            The amount of waste produced worldwide is continuously
            increasing. The Czech Republic produces annually approxi-
            mately 3.5 to 5.5 million tons of communal waste. At pres-
            ent approximately 75% of communal waste in the Czech
            Republic is stored on depots.
            About 400,000 tons of this waste is consequently thermal-
            ly processed in waste incineration plants in Prague, Brno
            and Liberec which produces about 2.3 million gigajoules
            of heat and about 18,000 megawatt hours gross produc-
            tion  of  electricity.  For  various  types  of  waste  products,
            thermal proceeding is practically the only suitable way of
            processing.





            Thermal monitoring of Casting La-
            dle in Metallurgical Processes

            The use of casting ladles for steel is currently one of the
            most used processes in the metallurgy. In order to ensure
            that the casting ladle, as a basis for the ladle metallurgy,
            has  a  sufficient  service  life,  it  must  be  made  from  high
            quality refractory materials.
            However, during its use, it gradually wears out due to the
            erosive and corrosive effect of the molten steel, which can
            in extremity result in a tear and subsequent accident. The
            wear process can be slowed down by the proper use of the
            ladles that resides in keeping their work temperatures high
            and constant in ideal case. It is also necessary to ensure a
            quality permanent lining and insulation layer of the ladle.
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