� �w�p����{�^�1��ß��8�6�E����z�6q�x�x�x��F�K�[�G�W�O�_|@|P�Fϊ��������O�k�'ŧħ�u�3��s�L~������������^|E� F�q��Il�g�s���q��$n��������o�o�;ķķ�wĝ��.�o�����������G�q/�o�[���,�xADAdATA? 2 0 obj x��y`E�<3{�f��4�ѤM�4mi A parametric study was performed varying the location of the melt release (central, right and left side melt pour), the cavity wa ter subcooling, the primar y system overpressure at vessel failure and the triggering time for explosion calculations. A steam explosion is an explosion caused by violent boiling or flashing of water into steam, occurring when water is either superheated, rapidly heated by fine hot debris produced within it, or heated by the interaction of molten metals (as in a fuel–coolant interaction, or FCI, of molten nuclear-reactor fuel rods with water in a nuclear reactor core following a core-meltdown). A steam explosion is a phenomenon in which molten metal rapidly boils as heat is transferred to water during cooling. Calculate the speed of the rising water piston. By continuing you agree to the use of cookies. We use cookies to help provide and enhance our service and tailor content and ads. 3. On this basis, a multi-stage heat transfer model of steam explosion process integrating technical features is established. {h���˳oɾ/���#�9�����N��pN�� 9S�$h�C(DB��r��!_(7T*U�f���n � Includes 53 different calculations. !K1�q���q#�8*m����]�DB]э8F�����0�n Wϭ���pgx�&U�xa�P/�)�M�Q8-�Ę�D�(�2gf��|'���X֒�'���O�g�����/���/�����;������O�[F '�h(t
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ScienceDirect ® is a registered trademark of Elsevier B.V. ScienceDirect ® is a registered trademark of Elsevier B.V. Multi-stage energy analysis of steam explosion process. V��-�)�4:�~���3�Y�~��_�/��z� ?�����������ă�W�!�xD�Z�F�V���?�?�'ğē���s�����4�dJ6�.�I)]rJ.�-y$��2�,�/�l)GK�Z�fh��#���7ڷ�Q�;���v����w��?-g-�,�-͖KLG:։�r���'�KR�P The significance of pressure boost stage in energy consumption is revealed. The first is a steam explosion, which is then followed by a hydrogen explosion. explosion calculations. ��z2�rhch{���Ї�=�/C��*�"y=���&�M͛�weђv�粟[�/|N�;ZK�&c�+\.7����xw�4������ÅB�0A�U�]�K�+���%
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The main purpose of the study was to determine the most chal-lenging ex-vessel steam explosion cases in a typical pressurized water reactor and to estimate the expected pressure loadings on the cavity walls. Steam explosion process is distributed into three specific stages on heat transfer. %���� Owing to the deficiency of investigating steam explosion on energy utilization, in this study, we analyze the heat transfer mechanism and energy consumption of steam explosion process.
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%PDF-1.4 wS�`mGr�8wN�X��_��{C^��'ZX/�qV�*���nh,�?�f�$>��x��i"�|Hv/O�:ӳ8�}���/|�ܞ63��̊����[�l����|���mdz�F�̆@�^�L�ra�7Z6Zh��J��&c�����V����B�c��3�.L�?Q`�\��b��h���. Results reveal the significance of pressure boost stage which contributes the vast majority of total energy consumption. Copyright © 2014 Elsevier Ltd. All rights reserved. Rationally operational strategies are proposed to improve energy efficiency. Such representations not only contribute to utilization of energy but considerably facilitate optimization, simulation, design and control of steam explosion process, consequently improving the large-scale deployment of steam explosion technology. The amount of steam consumption per unit mass of dry materials m′ is presented to quantitatively evaluate the energy consumption under various factors, in which initial moisture content is considered as the most important factor. The thermodynamic interpretation can be obtained from small-scale experiments, used to investigate the effects of boiling failure, vibration, and explosive conditions (temperature, pressure, and cooling water). ���J�}�P[�R�[��A@尢�}+*�")(x�"�だ��*"�(��m��L���������4������~��=gR�B*Z�8�4g����1%/#�7s����B�n��+�Ν6��3N��vBZt���Zz| ��.��h�� ��M���M2��i:�K=Up����s^ۨ?m����,�}� �S��#��A8�2gµs�7+�B����S�>����p~ 0
2. Several rational operational strategies for improving energy efficiency are proposed including controlling low moisture content of materials (<40%), adopting low-temperature and long-time parameters as well as properly reducing particle size. Calculate the energy release in the steam explosion. ���{���r/���G�+������@y�. Multi-stage model is integrated with heat transfer mechanism and technical features. Botticelli Pasta Sauce Reviews,
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� �w�p����{�^�1��ß��8�6�E����z�6q�x�x�x��F�K�[�G�W�O�_|@|P�Fϊ��������O�k�'ŧħ�u�3��s�L~������������^|E� F�q��Il�g�s���q��$n��������o�o�;ķķ�wĝ��.�o�����������G�q/�o�[���,�xADAdATA? 2 0 obj x��y`E�<3{�f��4�ѤM�4mi A parametric study was performed varying the location of the melt release (central, right and left side melt pour), the cavity wa ter subcooling, the primar y system overpressure at vessel failure and the triggering time for explosion calculations. A steam explosion is an explosion caused by violent boiling or flashing of water into steam, occurring when water is either superheated, rapidly heated by fine hot debris produced within it, or heated by the interaction of molten metals (as in a fuel–coolant interaction, or FCI, of molten nuclear-reactor fuel rods with water in a nuclear reactor core following a core-meltdown). A steam explosion is a phenomenon in which molten metal rapidly boils as heat is transferred to water during cooling. Calculate the speed of the rising water piston. By continuing you agree to the use of cookies. We use cookies to help provide and enhance our service and tailor content and ads. 3. On this basis, a multi-stage heat transfer model of steam explosion process integrating technical features is established. {h���˳oɾ/���#�9�����N��pN�� 9S�$h�C(DB��r��!_(7T*U�f���n � Includes 53 different calculations. !K1�q���q#�8*m����]�DB]э8F�����0�n Wϭ���pgx�&U�xa�P/�)�M�Q8-�Ę�D�(�2gf��|'���X֒�'���O�g�����/���/�����;������O�[F '�h(t
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ScienceDirect ® is a registered trademark of Elsevier B.V. ScienceDirect ® is a registered trademark of Elsevier B.V. Multi-stage energy analysis of steam explosion process. V��-�)�4:�~���3�Y�~��_�/��z� ?�����������ă�W�!�xD�Z�F�V���?�?�'ğē���s�����4�dJ6�.�I)]rJ.�-y$��2�,�/�l)GK�Z�fh��#���7ڷ�Q�;���v����w��?-g-�,�-͖KLG:։�r���'�KR�P The significance of pressure boost stage in energy consumption is revealed. The first is a steam explosion, which is then followed by a hydrogen explosion. explosion calculations. ��z2�rhch{���Ї�=�/C��*�"y=���&�M͛�weђv�粟[�/|N�;ZK�&c�+\.7����xw�4������ÅB�0A�U�]�K�+���%
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The main purpose of the study was to determine the most chal-lenging ex-vessel steam explosion cases in a typical pressurized water reactor and to estimate the expected pressure loadings on the cavity walls. Steam explosion process is distributed into three specific stages on heat transfer. %���� Owing to the deficiency of investigating steam explosion on energy utilization, in this study, we analyze the heat transfer mechanism and energy consumption of steam explosion process.
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%PDF-1.4 wS�`mGr�8wN�X��_��{C^��'ZX/�qV�*���nh,�?�f�$>��x��i"�|Hv/O�:ӳ8�}���/|�ܞ63��̊����[�l����|���mdz�F�̆@�^�L�ra�7Z6Zh��J��&c�����V����B�c��3�.L�?Q`�\��b��h���. Results reveal the significance of pressure boost stage which contributes the vast majority of total energy consumption. Copyright © 2014 Elsevier Ltd. All rights reserved. Rationally operational strategies are proposed to improve energy efficiency. Such representations not only contribute to utilization of energy but considerably facilitate optimization, simulation, design and control of steam explosion process, consequently improving the large-scale deployment of steam explosion technology. The amount of steam consumption per unit mass of dry materials m′ is presented to quantitatively evaluate the energy consumption under various factors, in which initial moisture content is considered as the most important factor. The thermodynamic interpretation can be obtained from small-scale experiments, used to investigate the effects of boiling failure, vibration, and explosive conditions (temperature, pressure, and cooling water). ���J�}�P[�R�[��A@尢�}+*�")(x�"�だ��*"�(��m��L���������4������~��=gR�B*Z�8�4g����1%/#�7s����B�n��+�Ν6��3N��vBZt���Zz| ��.��h�� ��M���M2��i:�K=Up����s^ۨ?m����,�}� �S��#��A8�2gµs�7+�B����S�>����p~ 0
2. Several rational operational strategies for improving energy efficiency are proposed including controlling low moisture content of materials (<40%), adopting low-temperature and long-time parameters as well as properly reducing particle size. Calculate the energy release in the steam explosion. ���{���r/���G�+������@y�. Multi-stage model is integrated with heat transfer mechanism and technical features. Botticelli Pasta Sauce Reviews,
Economic Factors Definition,
2-pentanol 13c Nmr,
Gordon Ramsay Coleslaw Yogurt Recipe,
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" />
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In a hypothetical steam explosion, assume the following data: 0.03 1.5[ ] 50[ ] GJ mt m mt D E M mt 10[ ] 1. Copyright © 2020 Elsevier B.V. or its licensors or contributors. Ի�9��@�=�8�{ �@����A{��z��J�������P�9�7#�ﷵy�Ѧ�7�J0
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�Fi��(m�ܚG�м�O�Բ4�в�-��j!-O�� Based on years of research, we propose that energy consumption of steam explosion not only involves holding pressure and instantaneous decompression stages but also the upward stage of pressure. The model is suitable for use under any given set of materials. :�V�;�m�1�Z�LT��݃N����h�� �=�^D�B����)��G��z4MBk�d�>�����C�Їh7�ME�=h/zMC?��Ч��MG?��V4�@��4]�֢+�<4�G�Uh!�]���k���:tZ����I���f��������`�X@��y� ~?�Aͨ�X�2��G�c�q�^��� 260 0 obj
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In one of the early industry explosions, it was calculated that the combined explosion was the equivalent to a 500 pound bomb or 200 pounds of TNT—not a good thing to have in a melt shop. The exergy calculation will tell us how much energy an ideal (reversible) process could extract from the core, and we know from the Second Law of Thermodynamics that any real process (such as the steam explosion) must extract less. h�bbd``b`V�׀�Z�$� $��A�t�8�"���� �v��w qHH�g`bdh����D�gd�` ˔*
Online calculator with Saturated Steam Table by Pressure. additional insight in the ex-vessel steam explosion behaviour and the resulting pressure loads. Using exergy, the upper bound on the amount of work which could be extracted from the hot core is ހ��oě��3\�oÍx3ނ��&�c+ކ�c�؆����a~��ӱ�Ư�7�x~��]؍6�(���މ�؇3q~�B����-�� ��9�o���=�>� �w�p����{�^�1��ß��8�6�E����z�6q�x�x�x��F�K�[�G�W�O�_|@|P�Fϊ��������O�k�'ŧħ�u�3��s�L~������������^|E� F�q��Il�g�s���q��$n��������o�o�;ķķ�wĝ��.�o�����������G�q/�o�[���,�xADAdATA? 2 0 obj x��y`E�<3{�f��4�ѤM�4mi A parametric study was performed varying the location of the melt release (central, right and left side melt pour), the cavity wa ter subcooling, the primar y system overpressure at vessel failure and the triggering time for explosion calculations. A steam explosion is an explosion caused by violent boiling or flashing of water into steam, occurring when water is either superheated, rapidly heated by fine hot debris produced within it, or heated by the interaction of molten metals (as in a fuel–coolant interaction, or FCI, of molten nuclear-reactor fuel rods with water in a nuclear reactor core following a core-meltdown). A steam explosion is a phenomenon in which molten metal rapidly boils as heat is transferred to water during cooling. Calculate the speed of the rising water piston. By continuing you agree to the use of cookies. We use cookies to help provide and enhance our service and tailor content and ads. 3. On this basis, a multi-stage heat transfer model of steam explosion process integrating technical features is established. {h���˳oɾ/���#�9�����N��pN�� 9S�$h�C(DB��r��!_(7T*U�f���n � Includes 53 different calculations. !K1�q���q#�8*m����]�DB]э8F�����0�n Wϭ���pgx�&U�xa�P/�)�M�Q8-�Ę�D�(�2gf��|'���X֒�'���O�g�����/���/�����;������O�[F '�h(t
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ScienceDirect ® is a registered trademark of Elsevier B.V. ScienceDirect ® is a registered trademark of Elsevier B.V. Multi-stage energy analysis of steam explosion process. V��-�)�4:�~���3�Y�~��_�/��z� ?�����������ă�W�!�xD�Z�F�V���?�?�'ğē���s�����4�dJ6�.�I)]rJ.�-y$��2�,�/�l)GK�Z�fh��#���7ڷ�Q�;���v����w��?-g-�,�-͖KLG:։�r���'�KR�P The significance of pressure boost stage in energy consumption is revealed. The first is a steam explosion, which is then followed by a hydrogen explosion. explosion calculations. ��z2�rhch{���Ї�=�/C��*�"y=���&�M͛�weђv�粟[�/|N�;ZK�&c�+\.7����xw�4������ÅB�0A�U�]�K�+���%
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Energy consumption is quantitatively evaluated by the concept of m′. Equations displayed for easy reference. The calculation is under the prerequisite of the steam explosion reactor of 5 m 3, the ratio of height to diameter of 3 and charging coefficient of 95.5 kg m −3. Calculation. %PDF-1.6
%����
The main purpose of the study was to determine the most chal-lenging ex-vessel steam explosion cases in a typical pressurized water reactor and to estimate the expected pressure loadings on the cavity walls. Steam explosion process is distributed into three specific stages on heat transfer. %���� Owing to the deficiency of investigating steam explosion on energy utilization, in this study, we analyze the heat transfer mechanism and energy consumption of steam explosion process.
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%PDF-1.4 wS�`mGr�8wN�X��_��{C^��'ZX/�qV�*���nh,�?�f�$>��x��i"�|Hv/O�:ӳ8�}���/|�ܞ63��̊����[�l����|���mdz�F�̆@�^�L�ra�7Z6Zh��J��&c�����V����B�c��3�.L�?Q`�\��b��h���. Results reveal the significance of pressure boost stage which contributes the vast majority of total energy consumption. Copyright © 2014 Elsevier Ltd. All rights reserved. Rationally operational strategies are proposed to improve energy efficiency. Such representations not only contribute to utilization of energy but considerably facilitate optimization, simulation, design and control of steam explosion process, consequently improving the large-scale deployment of steam explosion technology. The amount of steam consumption per unit mass of dry materials m′ is presented to quantitatively evaluate the energy consumption under various factors, in which initial moisture content is considered as the most important factor. The thermodynamic interpretation can be obtained from small-scale experiments, used to investigate the effects of boiling failure, vibration, and explosive conditions (temperature, pressure, and cooling water). ���J�}�P[�R�[��A@尢�}+*�")(x�"�だ��*"�(��m��L���������4������~��=gR�B*Z�8�4g����1%/#�7s����B�n��+�Ν6��3N��vBZt���Zz| ��.��h�� ��M���M2��i:�K=Up����s^ۨ?m����,�}� �S��#��A8�2gµs�7+�B����S�>����p~ 0
2. Several rational operational strategies for improving energy efficiency are proposed including controlling low moisture content of materials (<40%), adopting low-temperature and long-time parameters as well as properly reducing particle size. Calculate the energy release in the steam explosion. ���{���r/���G�+������@y�. Multi-stage model is integrated with heat transfer mechanism and technical features.
Botticelli Pasta Sauce Reviews,
Economic Factors Definition,
2-pentanol 13c Nmr,
Gordon Ramsay Coleslaw Yogurt Recipe,
Gulbarga City Ward Map,
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Don T Give Up On Us,
Storm Scale Name,
Writing Prompts Tumblr,
Artazostre The Silence,
Crispy Pork Chops Filipino Style,
Button Lock Vs Liner Lock,
Volume Of An Element,
Casual Restaurants Downtown Charleston,
Thomas Gansch Mouthpiece,
Wish Company Location,
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Royal County Down Members Not Welcome,
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