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    • 1. 发明授权
    • Steam reforming of carbo-metallic oils
    • US4432863A
    • 1984-02-21
    • US288952
    • 1981-07-20
    • George D. Myers, deceasedWilliam P. Hettinger, Jr.Stephen M. KovachOliver J. Zandona
    • George D. Myers, deceasedWilliam P. Hettinger, Jr.Stephen M. KovachOliver J. Zandona
    • C01B3/38C01B3/44C10G11/18C10G9/16
    • C01B3/44C01B3/38Y02P20/584
    • A process is disclosed for economically converting carbo-metallic oils to liquid fuel products by bringing a converter feed containing 650.degree. F.+ material characterized by a carbon residue on pyrolysis of at least about 1 and by containing at least about 4 ppm of Nickel Equivalents of heavy metals, including nickel, into contact with a particulate cracking catalyst in a progressive flow type reactor having an elongated conversion zone. The suspension of catalyst and feed in the reactor has a vapor residence time in the range of about 0.5 to about 10 seconds, a temperature of about 900.degree. F. to about 1400.degree. F. and a pressure of about 10 to about 50 pounds per square inch absolute for causing a conversion per pass in the range of about 50 to about 90 percent while depositing nickel on the catalyst and coke on the catalyst in amounts in the range of about 0.3 to about 3 percent by weight. The coke-laden catalyst is separated from the resulting stream of hydrocarbons and regenerated by combustion of the coke with oxygen, the regenerated catalyst being characterized by deposited nickel in at least a partially oxidized state and a level of carbon on catalyst of about 0.25 percent by weight or less. The regenerated catalyst is contacted with a reducing gas under reducing conditions sufficient to reduce at least a portion of the oxidized nickel deposits to a reduced state and the regenerated catalyst with reduced nickel deposits is recycled to the conversion zone for contact with fresh feed. Water is also introduced into the reactor conversion zone and the amount of water and the amount of reduced nickel on the recycled catalyst are sufficient to provide a steam reforming reaction so that hydrogen deficient components of the feed are converted to products having higher hydrogen to carbon ratios and the amount of feed converted to coke is reduced. The amount of deposited nickel on catalyst is preferably in the range from about 2,000 to about 20,000 ppm and the mole ratio of water relative to feed in the conversion zone is preferably in the range from about 2 to about 14.
    • 2. 发明授权
    • Use of naphtha as riser diluent in carbo-metallic oil conversion
    • 在碳金属油转化中使用石脑油作为提升剂稀释剂
    • US4376038A
    • 1983-03-08
    • US246791
    • 1981-03-23
    • George D. Myers, deceased
    • George D. Myers, deceased
    • B01J29/06B01J29/90C10G11/18C10G11/04
    • B01J29/06B01J29/90C10G11/18
    • A process is disclosed for the production of high octane gasoline and/or other valuable lower molecular weight products from carbo-metallic oils. Examples include crude oil, topped crude, reduced crude, residua, the extract from solvent deasphalting and other heavy hydrocarbon fractions. These carbo-metallic oils contain quantities of coke precursors and heavy metal catalyst poisons substantially in excess of what is normally considered acceptable for Fluid Catalytic Cracking (FCC) and substantial amounts of sulfur, nitrogen and other troublesome components may also be present. Such carbo-metallic oils are converted to the desired products in a catalytic conversion process where the oil feed is mixed with naphtha and brought together with a high-metal content cracking catalyst. Named "RCC" (Reduced Crude Conversion) after a particularly common or useful carbo-metallic feed, the present process is by no means restricted to reduced crude or to oils of petroleum origin, having utility in the processing of oils from coal, shale and other sources.
    • 公开了用于从碳 - 金属油生产高辛烷值汽油和/或其它有价值的低分子量产物的方法。 实例包括原油,顶部粗品,还原原油,残渣,溶剂脱沥青的提取物和其他重质烃馏分。 这些碳金属油含有大量的焦炭前体和重金属催化剂毒物,其基本上超过流体催化裂化(FCC)通常被认为是可接受的,并且也可能存在大量的硫,氮和其他麻烦的组分。 这种碳金属油在催化转化过程中转化为所需产物,其中油进料与石脑油混合并与高金属含量裂化催化剂一起使用。 在特别常见或有用的碳金属饲料之后,被命名为“RCC”(减少原油转化),本方法绝不限于将原油或石油来源的油减少,可用于加工来自煤,页岩和 其他来源。
    • 3. 发明授权
    • Carbo-metallic oil conversion
    • 碳转移金属油
    • US4341624A
    • 1982-07-27
    • US94216
    • 1979-11-14
    • George D. Myers
    • George D. Myers
    • B01J29/06B01J29/90C10G11/18C10G11/05
    • B01J29/06B01J29/90C10G11/18Y02P30/446
    • A process is disclosed for the production of high octane gasoline and/or other valuable lower molecular weight products from carbo-metallic oils. Examples include crude oil, topped crude, reduced crude, residua, the extract from solvent de-asphalting and other heavy hydrocarbon fractions. These carbo-metallic oils contain quantities of coke precursors and heavy metal catalyst poisons substantially in excess of what is normally considered acceptable for FCC processing (fluid catalytic cracking) and substantial amounts of sulfur, nitrogen and other troublesome components may also be present. Such carbo-metallic oils are converted to the desired products in a catalytic conversion process. Named "RCC" (Reduced Crude Conversion) after a particularly common or useful carbo-metallic feed, the present process is by no means restricted to reduced crude or to oils of petroleum origin, having utility in the processing of oils from coal, shale and other sources.
    • 公开了用于从碳 - 金属油生产高辛烷值汽油和/或其它有价值的低分子量产物的方法。 实例包括原油,顶部粗品,还原原油,残渣,来自溶剂脱沥青的提取物和其它重质烃馏分。 这些碳金属油含有大量的焦炭前体和重金属催化剂毒素,其基本上超过通常被认为可接受的FCC处理(流化催化裂化),并且还可能存在大量的硫,氮和其它麻烦的组分。 这种碳金属油在催化转化过程中转化为所需产物。 在特别常见或有用的碳金属饲料之后,被命名为“RCC”(减少原油转化),本方法绝不限于将原油或石油来源的油减少,可用于加工来自煤,页岩和 其他来源。
    • 6. 发明授权
    • High metal carbo-metallic oil conversion using low inventory of catalyst
    • 使用低库存的催化剂高金属碳 - 金属转化率
    • US4390415A
    • 1983-06-28
    • US306813
    • 1981-09-29
    • George D. Myers
    • George D. Myers
    • B01J29/06B01J29/90C10G11/18
    • B01J29/90B01J29/06C10G11/18
    • A process is disclosed for the production of high octane gasoline and/or other valuable lower molecular weight products from carbo-metallic oils. Examples include crude oil, topped crude, reduced crude, residua, the extract from solvent de-asphalting and other heavy hydrocarbon fractions. These carbo-metallic oils contain quantities of coke precursors and heavy metal catalyst poisons substantially in excess of what is normally considered acceptable for FCC processing (fluid catalytic cracking) and substantial amounts of sulfur, nitrogen and other troublesome components may also be present. Such carbo-metallic oils are converted to the desired products in a catalytic conversion process. Named "RCC" (Reduced Crude Conversion) after a particularly common or useful carbo-metallic feed, the present process is by no means restricted to reduced crude or to oils of petroleum origin, having utility in the processing of oils from coal, shale and other sources.
    • 公开了用于从碳 - 金属油生产高辛烷值汽油和/或其它有价值的低分子量产物的方法。 实例包括原油,顶部粗品,还原原油,残渣,来自溶剂脱沥青的提取物和其它重质烃馏分。 这些碳金属油含有大量的焦炭前体和重金属催化剂毒素,其基本上超过通常被认为可接受的FCC处理(流化催化裂化),并且还可能存在大量的硫,氮和其它麻烦的组分。 这种碳金属油在催化转化过程中转化为所需产物。 在特别常见或有用的碳金属饲料之后,被命名为“RCC”(减少原油转化),本方法绝不限于将原油或石油来源的油减少,可用于加工来自煤,页岩和 其他来源。
    • 10. 发明授权
    • Carbo-metallic oil conversion with controlled CO:CO.sub.2 ratio in
multistage regeneration
    • 在多级再生中具有受控CO:CO2比例的碳 - 金属油转化
    • US4444651A
    • 1984-04-24
    • US319570
    • 1981-11-09
    • George D. MyersLloyd E. Busch
    • George D. MyersLloyd E. Busch
    • B01J29/90C10G11/18C10G11/05
    • B01J29/90C10G11/18Y02P30/446
    • A process is disclosed for cracking a carbo-metallic oil feed containing 650.degree. F. material which is characterized by a carbon residue on pyrolysis of at least about 1 and by a level of heavy metal(s) of at least about 4.0 ppm by weight of Nickel Equivalents. The process includes contacting the feed with cracking catalyst bearing an accumulation of substantially more than 600 ppm by weight of Nickel Equivalents of heavy metal(s). The resultant stream flows through a progressive flow type reactor for a vapor residence time of about 0.5 to about 10 seconds at conditions sufficient for causing a conversion per pass of about 50% to about 90% while producing coke in amounts of at least about 6% by weight based on fresh feed and laying down coke on the catalyst in amounts of at least about 0.3% by weight based on catalyst. After such contact, catalyst is separated from product vapors, stripped, and thereafter regenerated in at least a first regeneration zone and a second regeneration zone separate from the first regeneration zone. The amount of oxygen-containing gas in the first regeneration zone is sufficient to convert a major portion of the coke on the catalyst to carbon oxides. The amount of oxygen-containing gas in the second regeneration zone is sufficient to reduce the weight of residual coke on the catalyst to about 0.25% or less. The total amount of oxygen-containing gas supplied to all regeneration zones is less than the stoichiometric amount which would be required to burn all of the carbon in the coke to CO.sub.2, to burn all of the hydrogen in the coke to water, and to burn any other combustibles which may be present in the coke to their respective combustion products. After such regeneration, the regenerated catalyst is recycled to the reactor for contact with fresh feed.
    • 公开了一种用于裂化含有650°F材料的碳 - 金属油进料的方法,其特征在于热分解时的碳残余为至少约1,并且含有至少约4.0ppm重量的重金属 的镍等价物。 该方法包括使进料与含有基本上大于600ppm重量的镍等量的重金属的裂化催化剂接触。 在足以使每次通过约50%至约90%的转化率的条件下,所得料流流过逐步流式反应器,蒸汽停留时间为约0.5至约10秒,同时以至少约6%的量生产焦炭, ,基于新鲜进料并在催化剂上以基于催化剂的至少约0.3重量%的量沉积焦炭。 在这种接触之后,将催化剂与产物蒸气分离,汽提,然后在至少第一再生区和与第一再生区分开的第二再生区再生。 第一再生区中的含氧气体的量足以将催化剂上的大部分焦炭转化为碳氧化物。 第二再生区中的含氧气体的量足以将催化剂上的残余焦炭的重量减少到约0.25%或更低。 供应给所有再生区的含氧气体的总量小于将焦炭中的所有碳燃烧成二氧化碳所需的化学计量量,将焦炭中的所有氢燃烧成水,并燃烧 可能存在于焦炭中的任何其它可燃物与其相应的燃烧产物。 在这种再生之后,将再生的催化剂再循环到反应器中以与新鲜进料接触。