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Trends In Sulphur Supply and Long Term Storage of Solid Elemental Sulphur

机译:硫磺供应趋势和固体元素硫的长期储存

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The objective of this paper is to provide an update on pilot scale field work which is examining methods for long term storage of solid sulphur and to assess the need for sulphur storage in the context of new supply. It is concluded that sulphur production will continue to shift to Asia and the Middle East, a consequence of increased oil refining in China and India and burgeoning sour gas production in Saudi Arabia, Abu Dhabi, Qatar and Iran. This trend will be accentuated by refining of increased volumes of sweet oil in the USA as this change will displace sour crudes from the Middle East into Asian markets. It is, as yet, unclear whether new Alberta oil sand derived sulphur will be produced mostly in North America or in Asia, principally China. Continued sour gas production in Russia and increased processing of associated sour gas in Kazakhstan will make major contributions to the World sulphur supply. Alternative energy forms such as wind and biomass are predicted to have little effect on sulphur supply in the foreseeable future, but solar and nuclear electricity generation could impact the need for hydrocarbon-derived fuels and, hence, sulphur production, if electric powered vehicles become widely adopted. However, this change would take decades to accomplish. Generally, it is predicted that the sulphur supply - demand picture will remain close to balance up to 2020 despite much new tonnage from the Middle East. Most probably, increased sulphur demand for fertilizer for food production, for Ni recovery and contraction of the Canadian sour gas industry will counter the new sulphur supply. Overall, it is projected that sulphur storage will be required, from time to time in all of the major producing countries. A field pilot project conducted in Northern Alberta has shown that sulphur must be isolated from the environment if it is stored in an underground site. A project designed to determine methods for covering surface blocks is underway at the Shell Burnt Timber gas plant.
机译:本文的目的是提供关于试点规模场工作的更新,该方法正在检查固体硫的长期储存的方法,并评估新供应背景下的硫储存的需求。结论是,硫生产将继续转向亚洲和中东,这是中国和印度的石油炼油和沙特阿拉伯,阿布扎比,卡塔尔和伊朗的淘汰酸天质生产。这种趋势将通过炼油在美国的甜水量增加,因为这种变化将使中东的酸性偏离到亚洲市场。至今,目前还不清楚新的艾伯塔省油砂衍生的硫在北美或亚洲主要生产,主要是中国。俄罗斯持续的酸性天然气生产以及哈萨克斯坦的相关酸性天然气加工将为世界硫磺供应做出重大贡献。预计诸如风和生物质的替代能源形式,预计在可预见的未来对硫供应影响不大,但是,如果电动车辆变得广泛,则太阳能和核发电可能影响对碳氢化合物衍生燃料的需求,因此,硫生产,如果电动车辆变得广泛采纳。但是,这一变化需要数十年来实现。一般来说,尽管中东有很多新的吨位,但硫磺供需画面将保持较近2020年的平衡。大多数可能,对食品生产的肥料需求增加,对于加拿大酸天然气工业的NI恢复和收缩,将抵消新的硫磺供应。总的来说,预计将从所有主要生产国不时需要硫磺储存。在Alberta北部进行的现场试点项目表明,如果储存在地下部位,硫必须与环境隔离。设计用于确定覆盖表面块的方法的项目正在壳牌烧焦木材煤气厂进行。

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