NOVELTY - Elemental sulfur is transported by combining the elemental sulfur with a non-aqueous liquid carrier comprising anhydrous ammonia and sulfur dioxide to form a liquid mixture and conveying the liquid mixture by way of a transport vessel.    USE - For transporting elemental sulfur useful for simultaneous supply of sulfur and ammonia or sulfur and sulfur dioxide to locations where either or both are used commercially or industrially, e.g. as fertilizers or raw materials. The method is also useful in transporting sulfur from remote sources to oxidation operations for use as fuel, i.e. power plants that serve population centers with a high-energy demand. It is also useful for facilitating transport of sulfur to production facilities for phosphoric acid and phosphates, and to any facility in general that utilizes sulfur. The method is also useful in hydrogen sulfide abatement processes in which the recovery of hydrogen as molecular hydrogen gas can be accompanied by the generation of sulfur dioxide, which can only be removed by reaction with further dihydrogen sulfide to form elemental sulfur and water, converting the hydrogen value in dihydrogen sulfide to water rather than converting it as molecular hydrogen.    ADVANTAGE - The inventive method facilitates the transport of sulfur to production facilities that utilizes sulfur, while minimizing the generation of sulfur dust, dust explosions or fires, bacterial degradation, moisture exposure, acid contamination, corrosion, and cartage.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also is included for:    (1) a method for extracting elemental sulfur from a sulfur-containing, substantially water-free geologic formation, comprising purging the geologic formation with anhydrous ammonia to form a liquid solution of elemental sulfur from the geologic formation dissolved in anhydrous ammonia; and recovering elemental sulfur from the liquid solution;    (2) a method for storing elemental sulfur, comprising combining the elemental sulfur with anhydrous ammonia to form a liquid solution or suspension in a substantially water-free subterranean formation; and    (3) a composition of matter comprising essentially of a solution or suspension formed by combining elemental sulfur with liquid sulfur dioxide.    DESCRIPTION OF DRAWING(S) - The figure is a bar graph comparing the rates of change of sulfur solubility with temperature in various liquids.