tar oil

高粘重质原油,粗焦油,松溜油

  • A research discussion was made on the briquetting pressure ratio of anthracite coal lean coal and coke powder quantity of residuum of modified coal tar oil coal particle size and other main influenced factors . The paper set up the optimized technique conditions .

    对成型压力、无烟煤、瘦煤和焦粉的配合比、改性 焦油 洗油残渣用量和煤料粒度等主要影响因素进行了探讨,确定了最佳工艺条件。

  • Study on phenolic compounds from the low-boiling fractions of pine tar oil

    焦油低沸点馏分中酚类物质的化学成分研究

  • The Catalytic Heavy Tar Waxy Oil contains the aromatic hydrocarbons between 13 ~ 23 percent and contain the aromatic hydrogen between 3 ~ 6 percent .

    催化重 蜡油中含66%~76%的饱和烃和环烷烃,含芳香烃13%~23%,其芳香氢含量在3%~6%之间。

  • This article deals with the reaction kinetics of the process in which the mixed phenol and formaldehyde refined from tar oil are used to produce Mg-C brick binder .

    本文研究了用从 焦油中提取的混合酚与甲醛来制备镁碳砖粘结剂的反应动力学。

  • Heating prior to dewatering according to original procedures lowers viscosity of tar oil and breaks down stability of suspension liquid then put to a standstill and separates out water course .

    在按原步骤脱水前先加热,使 焦油粘度下降,破坏悬浮液的稳定性,再静置,分去水层。

  • The heavy tar oil from regenerative cracking furnace is complex mixture with heavy and viscous properties .

    蓄热炉裂解后的重质 焦油是一种复杂的混合物,比重大,粘度高。

  • This paper introduces the process of absorbing benzene from coal gas by tar wash oil in coking plants . The main cause of low yield of the crude benzene is that the distillation range of the recycled wash oil is too low before 270 ° C.

    介绍了焦化厂 焦油 洗油吸收煤气中苯的工艺流程,分析了造成粗苯产量低的主要原因是循环洗油270℃前馏程偏低。

  • To pressurize the coal tar oil in Lurgi process which in the gasified process and make comparison with traditional coal tar oil hydrogenation process .

    阐述了对鲁奇加压气化过程中产生的煤 焦油加氢改质处理的工艺及原理,并与传统的煤焦油加工工艺进行了对比。

  • Tar sand oil was extracted from the Xinjiang tar sands and some kinds of asphalt products with special uses and higher value were prepared from the said oil .

    前言:以新疆小西沟、风城两种 油砂为原料,利用甲苯抽提制取的油砂 稠油 研制 开发高价值的特种沥青产品。

  • Compared to the high temperature coal tar the oil and the content of phenolic compounds in the low temperature coal tar is higher .

    相比于高温煤 焦油油质类、酚类化合物在低温煤焦油中的含量更高。

  • The capacitance of FBE coating is the largest three layer PE Coal tar Oil bitumen were similar but the capacitance of three layer PE is the smallest both in soil and NaCl solution .

    四种防护层噪声电阻大小顺序为三层PE>熔结环氧粉末>煤 焦油沥青>沥青玻璃布;

  • Emulsion breaking and dehydration of heavy tar oil from regenerative cracking furnace

    蓄热炉重质 焦油破乳脱水的试验研究

  • Research on the emulsification of coal tar as fuel oil

    焦油乳化配制合成燃料 的研究

  • The feasibility study of producing needle coke from steam cracking tar oil

    蒸汽裂解 渣油生产针状焦的可行性研究

  • Design of tar oil hydrogenated reactor

    焦油加氢反应器的设计

  • It can be found environmentally as a constituent of coal tar crude oil and cigarette smoke .

    它主要来源于环境中的 煤炭、粗 及烟雾等。

  • The phenol belongs to aromatic compound with high toxic and recalcitrant to degradation is the raw or middle materials during the fields of paper-making tar and oil factory .

    苯酚是造纸、 炼焦炼油等行业生产的原材料或中间体,它属于芳香族化合物,毒性强且较难降解。

  • People are keeping trying to find the substitute of crude oil coal tar and shale oil are the most promising with the similar property with natural crude .

    煤和油页岩经过提炼得到的煤 焦油、页岩 ,其性质与石油类似,最有希望成为天然原油的替代品。

  • Calculation equations for mole ratio of hydrogen atom to carbon atom in catalytic oil slurry heavy catalytic oil slurry and catalytic heavy tar waxy oil have been derived based on the assignment of their 1H NMR spectra and assuming structure of the heavy oils .

    通过对炼油厂的催化油浆、重催油浆和催化重 蜡油核磁共振氢谱中质子归属和重质油结构的假设,推导出计算这3种重质油的氢碳原子摩尔比计算式;

  • Two methods of distillation crystallization method and gas chromatography to determine the naphthalene content in coal tar oil were introduced .

    介绍煤 焦油中萘含量测定的两种方法:蒸馏结晶法和气相色谱法,对两种方法的优缺点及分析结果进行了对比。

  • Right mix of anthracite and modification of tar washing oil residue usage and other major factors are discussed .

    对无烟煤的配合比和改性 焦油 洗油残渣用量等主要影响因素进行了探讨。

  • United hydrocracking process for treating coal tar oil and its special catalyst

    焦油联合加氢裂化处理工艺及其专用催化剂

  • In order to reduce manufacturing period and energy consumption tar oil dewatering technology is improved .

    为了缩短生产时间,减少能耗,改进了 焦油脱水工艺。

  • Europe is of course unlikely to get the huge energy windfall from which the US is starting to benefit the fruits of shale gas tight oil and the potential future supply of tar sand oil from Canada .

    当然,欧洲不太可能获得巨大的能源“横财”,而美国正开始受益于页岩气、致密油,未来还有望受益于来自加拿大 油砂 石油

  • The technology of ash agglomerating in bed and the selectively separating of ash lead to the ash content of up to 90 % . No tar or oil is found in the gas condensate .

    气化炉内的灰团聚与灰选择性分离技术相结合使气化灰渣含灰达90%,煤气冷凝液中无 焦油物质

  • Separation of benzene and thiophene from coal - tar oil

    焦油中苯和噻吩的分离计算

  • The experiments verified that needle coke with low expansion coefficient can be obtained from steam cracking tar oil with feedstock pretreatment .

    提出了蒸汽裂解 渣油首先经过预处理,再进行焦化反应的工艺,可以得到低热膨胀系数的针状焦。

  • In order to solve the EOR problems of the tar oil 4 displacement experimental programs to research it at different temperatures of hot water drive are designed .

    为解决高凝 进一步提高采收率问题,用 辽河 油田高凝 天然岩心,采用4种驱替方案,在室内进行不同温度热水驱提高高凝 采收率实验。

  • Study on preparation of phenol-formaldehyde resin adhesive with wood tar oil instead of a partial phenol

    焦油部分替代苯酚合成酚醛树脂胶粘剂的研究丁腈酚醛树脂粘合剂

  • Experimental Study on the Application of Tar Oil Base Fuel in Agricultural Diesel Engines

    焦油基燃料在农用柴油机上的应用试验研究