desulfuration process
脱硫过程
gas desulfuration
气体脱硫
desulfuration efficiency
脱硫效率
catalytic desulfuration
催化脱硫
desulfuration system
脱硫系统
hydrogen desulfuration
氢气脱硫
desulfuration reaction
脱硫反应
catalytic desulfuration processes remove sulfur compounds from petroleum feedstocks with high efficiency.
催化脱硫工艺能高效去除石油原料中的硫化物。
hydrodesulfuration technology plays a crucial role in producing clean transportation fuels.
加氢脱硫技术在生产清洁交通燃料方面发挥着关键作用。
oxidative desulfuration provides an alternative method for upgrading heavy crude oil fractions.
氧化脱硫为重质原油馏分的升级提供了另一种方法。
microbial desulfuration harnesses specialized bacteria to convert organic sulfur into removable inorganic forms.
微生物脱硫利用特殊细菌将有机硫转化为可去除的无机形态。
the effectiveness of desulfuration depends critically on temperature, pressure, and catalyst composition.
脱硫的有效性关键取决于温度、压力和催化剂组成。
industrial desulfuration units must meet stringent environmental regulations regarding sulfur emissions.
工业脱硫装置必须符合关于硫排放的严格环境法规。
advanced desulfuration techniques can reduce sulfur content to ultra-low levels below ten parts per million.
先进的脱硫技术可将硫含量降至百万分之十以下的超低水平。
the fundamental mechanism of desulfuration involves complex chemical reactions at the molecular interface.
脱硫的基本机制涉及分子界面上的复杂化学反应。
ongoing research into desulfuration aims to improve process efficiency while reducing operational costs.
正在进行的脱硫研究旨在提高工艺效率的同时降低运营成本。
coal desulfuration before combustion significantly reduces atmospheric pollution and acid rain formation.
燃烧前的煤炭脱硫能显著减少大气污染和酸雨的形成。
electrochemical desulfuration offers promising applications for removing sulfur from wastewater streams.
电化学脱硫为去除废水流中的硫提供了有前景的应用。
the kinetics of desulfuration reactions determine the overall processing time and energy consumption.
脱硫反应的动力学决定了整体加工时间和能源消耗。
desulfuration process
脱硫过程
gas desulfuration
气体脱硫
desulfuration efficiency
脱硫效率
catalytic desulfuration
催化脱硫
desulfuration system
脱硫系统
hydrogen desulfuration
氢气脱硫
desulfuration reaction
脱硫反应
catalytic desulfuration processes remove sulfur compounds from petroleum feedstocks with high efficiency.
催化脱硫工艺能高效去除石油原料中的硫化物。
hydrodesulfuration technology plays a crucial role in producing clean transportation fuels.
加氢脱硫技术在生产清洁交通燃料方面发挥着关键作用。
oxidative desulfuration provides an alternative method for upgrading heavy crude oil fractions.
氧化脱硫为重质原油馏分的升级提供了另一种方法。
microbial desulfuration harnesses specialized bacteria to convert organic sulfur into removable inorganic forms.
微生物脱硫利用特殊细菌将有机硫转化为可去除的无机形态。
the effectiveness of desulfuration depends critically on temperature, pressure, and catalyst composition.
脱硫的有效性关键取决于温度、压力和催化剂组成。
industrial desulfuration units must meet stringent environmental regulations regarding sulfur emissions.
工业脱硫装置必须符合关于硫排放的严格环境法规。
advanced desulfuration techniques can reduce sulfur content to ultra-low levels below ten parts per million.
先进的脱硫技术可将硫含量降至百万分之十以下的超低水平。
the fundamental mechanism of desulfuration involves complex chemical reactions at the molecular interface.
脱硫的基本机制涉及分子界面上的复杂化学反应。
ongoing research into desulfuration aims to improve process efficiency while reducing operational costs.
正在进行的脱硫研究旨在提高工艺效率的同时降低运营成本。
coal desulfuration before combustion significantly reduces atmospheric pollution and acid rain formation.
燃烧前的煤炭脱硫能显著减少大气污染和酸雨的形成。
electrochemical desulfuration offers promising applications for removing sulfur from wastewater streams.
电化学脱硫为去除废水流中的硫提供了有前景的应用。
the kinetics of desulfuration reactions determine the overall processing time and energy consumption.
脱硫反应的动力学决定了整体加工时间和能源消耗。
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