æɾə tˈɪpɪkəl bˈɜːnʌp ʌv tˈuːhˈʌndɹɪd ˈɛm dˌʌbəljˌuːˈeɪtʃθˈɜːməl pɜː kˈiːloʊ ʌv hˈɛvi mˈɛɾəl ðə jˈɪɹli pɹədˈʌkʃən ʌv ɹˈʌfli ɪz ɪkwˈɪvələnt tə ɹˈʌfli ʌv jʊɹɹˈeɪniəm mˈɛɾəl ænd pɜː ðɪ əbˌʌv bˈɜːnʌp vˈæljuː sˌʌm ɔːɹ ðɪ ɪkwˈɪvələnt ʌv ʌv θˈɜːməl ˈɛnɚdʒi kæn biː pɹədˈuːst fɹʌm ðɪs mˈʌtʃ jʊɹɹˈeɪniəm ɪn kˈænduː tˈaɪp ɹɪˈæktɚz.
At a typical burnup of 200 MWhthermal per kilo of heavy metal The yearly production of roughly   is equivalent to roughly  of uranium metal and per the above burnup value some  (or the equivalent of ) of thermal energy can be produced from this much uranium in CANDU type reactors.