Oil shale is the major indigenous fossil-fuel in Jordan: its predicted
reserves, of about 5 x 10(10) tonnes, should be sufficient to satisfy
Jordan's energy-requirements for several centuries. Jordanian oil sha
le has, on an average, a gross calorific value of between 5 and 7 MJ/k
g, an oil yield of similar to 10 % and a sulfur content of approximate
ly 3 % by weight of the raw shale (i.e. 7 to 9 % of the organic matter
content). Using the oil shale as the input fuel, a multipurpose produ
ction process (i.e. retorting, electricity generation, thermal water-d
esalination, chemicals production as well as mineral extraction) could
achieve high utilisation-factors of both ifs chemical and energy pote
ntials. In the long-term, oil shale is the only indigenous energy reso
urce that could reduce Jordan's dependence on imported crude oil and h
ence ease the pressure on the national economy. The conversion of oil
shale into a liquid or gaseous fuel and raw materials will be of decis
ive importance in attempts to secure the future of energy supplies. So
national efforts devoted to the exploration for, and harnessing more
economically, this energy resource, while limiting the associated adve
rse environmental impacts, should be accelerated.