Design principles an autothermal steam reforming chemical reactor with enhanced heat transfer
<p><strong>Design principles an autothermal steam reforming chemical reactor with enhanced heat transfer</strong></p>
<p>Junjie Chen</p>
<p>Department of Energy and Power Engineering, School of Mechanical and Power Engineering, Henan Polytechnic University, 2000 Century Avenue, Jiaozuo, Henan, 454000, P.R. China</p>
<p>Contributor: Junjie Chen, ORCID: 0000-0001-5055-4309, E-mail address: komcjj@gmail.com</p>
<p> </p>
<p>Heat transfer is any or all of several kinds of phenomena, considered as mechanisms, that convey energy and entropy from one location to another. The specific mechanisms are usually referred to as convection, thermal radiation, and conduction. Conduction involves transfer of energy and entropy between adjacent molecules, usually a slow process. Convection involves movement of a heated fluid, such as air, usually a fairly rapid process. Radiation refers to the transmission of energy as electromagnetic radiation from its emission at a heated surface to its absorption on another surface, a process requiring no medium to convey the energy. thermal conduction, transfer of energy (heat) arising from temperature differences between adjacent parts of a body. Thermal conductivity is attributed to the exchange of energy between adjacent molecules and electrons in the conducting medium. The rate of heat flow in a rod of material is proportional to the cross-sectional area of the rod and to the temperature difference between the ends and inversely proportional to the length; that is the rate equals the ratio of the cross section of the rod to its length, multiplied by the temperature difference and by the thermal conductivity of the material.</p>
<p>Streamwise distance (millimeters), Reforming channel centerline temperature (degrees kelvin)</p>
<p>0 373</p>
<p>0.00025 373.005</p>
<p>0.0005 373.032</p>
<p>0.00075 373.127</p>
<p>0.001 373.373</p>
<p>0.00125 373.864</p>
<p>0.0015 374.687</p>
<p>0.00175 375.89</p>
<p>0.002 377.487</p>
<p>0.00225 379.459</p>
<p>0.0025 381.763</p>
<p>0.00275 384.345</p>
<p>0.003 387.146</p>
<p>0.00325 390.107</p>
<p>0.0035 393.179</p>
<p>0.00375 396.314</p>
<p>0.004 399.476</p>
<p>0.00425 402.634</p>
<p>0.0045 405.763</p>
<p>0.00475 408.845</p>
<p>0.005 411.863</p>
<p>0.00525 414.809</p>
<p>0.0055 417.674</p>
<p>0.00575 420.453</p>
<p>0.006 423.144</p>
<p>0.00625 425.743</p>
<p>0.0065 428.252</p>
<p>0.00675 430.67</p>
<p>0.007 432.998</p>
<p>0.00725 435.239</p>
<p>0.0075 437.395</p>
<p>0.00775 439.468</p>
<p>0.008 441.46</p>
<p>0.00825 443.375</p>
<p>0.0085 445.215</p>
<p>0.00875 446.983</p>
<p>0.009 448.682</p>
<p>0.00925 450.315</p>
<p>0.0095 451.885</p>
<p>0.00975 453.393</p>
<p>0.01 454.844</p>
<p>0.01025 456.239</p>
<p>0.0105 457.58</p>
<p>0.01075 458.87</p>
<p>0.011 460.112</p>
<p>0.01125 461.306</p>
<p>0.0115 462.457</p>
<p>0.01175 463.564</p>
<p>0.012 464.631</p>
<p>0.01225 465.659</p>
<p>0.0125 466.65</p>
<p>0.01275 467.605</p>
<p>0.013 468.525</p>
<p>0.01325 469.414</p>
<p>0.0135 470.271</p>
<p>0.01375 471.098</p>
<p>0.014 471.897</p>
<p>0.01425 472.668</p>
<p>0.0145 473.413</p>
<p>0.01475 474.133</p>
<p>0.015 474.829</p>
<p>0.01525 475.502</p>
<p>0.0155 476.153</p>
<p>0.01575 476.783</p>
<p>0.016 477.393</p>
<p>0.01625 477.983</p>
<p>0.0165 478.555</p>
<p>0.01675 479.108</p>
<p>0.017 479.644</p>
<p>0.01725 480.164</p>
<p>0.0175 480.669</p>
<p>0.01775 481.158</p>
<p>0.018 481.633</p>
<p>0.01825 482.093</p>
<p>0.0185 482.541</p>
<p>0.01875 482.975</p>
<p>0.019 483.397</p>
<p>0.01925 483.808</p>
<p>0.0195 484.206</p>
<p>0.01975 484.594</p>
<p>0.02 484.972</p>
<p>0.02025 485.339</p>
<p>0.0205 485.696</p>
<p>0.02075 486.045</p>
<p>0.021 486.384</p>
<p>0.02125 486.714</p>
<p>0.0215 487.036</p>
<p>0.02175 487.35</p>
<p>0.022 487.657</p>
<p>0.02225 487.956</p>
<p>0.0225 488.247</p>
<p>0.02275 488.533</p>
<p>0.023 488.811</p>
<p>0.02325 489.083</p>
<p>0.0235 489.349</p>
<p>0.02375 489.609</p>
<p>0.024 489.864</p>
<p>0.02425 490.112</p>
<p>0.0245 490.356</p>
<p>0.02475 490.595</p>
<p>0.025 490.828</p>
<p>0.02525 491.057</p>
<p>0.0255 491.281</p>
<p>0.02575 491.501</p>
<p>0.026 491.716</p>
<p>0.02625 491.927</p>
<p>0.0265 492.134</p>
<p>0.02675 492.337</p>
<p>0.027 492.536</p>
<p>0.02725 492.732</p>
<p>0.0275 492.923</p>
<p>0.02775 493.111</p>
<p>0.028 493.296</p>
<p>0.02825 493.477</p>
<p>0.0285 493.655</p>
<p>0.02875 493.829</p>
<p>0.029 494</p>
<p>0.02925 494.171</p>
<p>0.0295 494.323</p>
<p>0.02975 494.536</p>
<p>0.03 494.685</p>
<p>Contributor: Junjie Chen, ORCID: 0000-0001-5055-4309, E-mail address: komcjj@gmail.com, Department of Energy and Power Engineering, School of Mechanical and Power Engineering, Henan Polytechnic University, 2000 Century Avenue, Jiaozuo, Henan, 454000, P.R. China</p>
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