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    • 2. 发明专利
    • Process for liquefying natural gas and producing hydrocarbons
    • AU2002346989B2
    • 2007-08-09
    • AU2002346989
    • 2002-10-25
    • SHELL INT RESEARCH
    • PUNT ADRIANUS REINIERANSORGE JOACHIMNAGELVOORT ROBERT KLEINWIDJAJA ROY
    • F25J1/02C01B3/34C10G2/00
    • Process for the preparation of liquid hydrocarbons from a light hydrocarbonaceous feedstock in combination with a process for liquefying natural gas, which liquefaction process comprises the steps of: (a) passing the natural gas at liquefaction pressure through the product side of a main heat exchanger; (b) introducing cooled liquefied refrigerant at refrigerant pressure in the cold side of the main heat exchanger, allowing the cooled refrigerant to evaporate at the refrigerant pressure in the cold side of the main heat exchanger to obtain vaporous refrigerant at refrigerant pressure, and removing vaporous refrigerant from the cold side of the main heat exchanger; (c) removing the liquefied gas at liquefaction pressure from the product side of the main heat exchanger; (d) allowing the cooled liquefied gas to expand to a lower pressure to obtain expanded fluid; (e) supplying the expanded fluid to a separator vessel; (f) withdrawing from the bottom of the separator vessel a liquid product stream; (g) withdrawing from the top of the separator vessel a gaseous stream; (h) introducing the gaseous stream obtained in step (g) as feed and/or fuel in the process for the preparation of liquid hydrocarbons, which process for the preparation of hydrocarbons comprises converting a light hydrocarbonaceous feedstock into synthesis gas, followed by catalytic conversion of the synthesis gas into liquid hydrocarbons.
    • 3. 发明专利
    • PROCESS FOR LIQUEFYING NATURAL GAS AND PRODUCING HYDROCARBONS
    • MY129192A
    • 2007-03-30
    • MYPI20023992
    • 2002-10-25
    • SHELL INT RESEARCH
    • NAGELVOORT ROBERT KLEINANSORGE JOACHIMPUNT ADRIANUS REINIERWIDJAJA ROY
    • F25J1/00C01B3/34C01G5/00C10G2/00F25J1/02F25J3/02F25J3/06F25J3/08
    • PROCESS FOR THE PREPARATION OF LIQUID HYDROCARBONS FROM A LIGHT HYDROCARBONACEOUS FEEDSTOCK IN COMBINATION WITH A PROCESS FOR LIQUEFYING NATURAL GAS, WHICH LIQUEFACTION PROCESS COMPRISES THE STEPS OF: (A) PASSING THE NATURAL GAS AT LIQUEFACTION PRESSURE THROUGH THE PRODUCT SIDE OF A MAIN HEAT EXCHANGER; (B) INTRODUCING COOLED LIQUEFIED REFRIGERANT AT REFRIGERANT PRESSURE IN THE COLD SIDE OF THE MAIN HEAT EXCHANGER, ALLOWING THE COOLED REFRIGERANT TO EVAPORATE AT THE REFRIGERANT PRESSURE IN THE COLD SIDE OF THE MAIN HEAT EXCHANGER TO OBTAIN VAPOROUS REFRIGERANT AT REFRIGERANT PRESSURE, AND REMOVING VAPOROUS REFRIGERANT FROM THE COLD SIDE OF THE MAIN HEAT EXCHANGER; (C) REMOVING THE LIQUEFIED GAS AT LIQUEFACTION PRESSURE FROM THE PRODUCT SIDE OF THE MAIN HEAT EXCHANGER; (D) ALLOWING THE COOLED LIQUEFIED GAS TO EXPAND TO A LOWER PRESSURE TO OBTAIN EXPANDED FLUID; (E) SUPPLYING THE EXPANDED FLUID TO A SEPARATOR VESSEL; (F) WITHDRAWING FROM THE BOTTOM OF THE SEPARATOR VESSEL A LIQUID PRODUCT STREAM; (G) WITHDRAWING FROM THE TOP OF THE SEPARATOR VESSEL A GASEOUS STREAM; (H) INTRODUCING THE GASEOUS STREAM OBTAINED IN STEP (G) AS FEED AND/OR FUEL IN THE PROCESS FOR THE PREPARATION OF LIQUID HYDROCARBONS, WHICH PROCESS FOR THE PREPARATION OF HYDROCARBONS COMPRISES CONVERTING A LIGHT HYDROCARBONACEOUS FEEDSTOCK INTO SYNTHESIS GAS, FOLLOWED BY CATALYTIC CONVERSION OF THE SYNTHESIS GAS INTO LIQUID HYDROCARBONS.
    • 4. 发明专利
    • BR0213515A
    • 2004-11-16
    • BR0213515
    • 2002-10-25
    • SHELL INT RESEARCH
    • ANSORGE JOACHIMNAGELVOORT ROBERT KLEINPUNT ADRIANUS REINIERWIDJAJA ROY
    • C01B3/34C10G2/00F25J1/02F25J1/00F25J3/02F25J3/06F25J3/08C10G5/00
    • Process for the preparation of liquid hydrocarbons from a light hydrocarbonaceous feedstock in combination with a process for liquefying natural gas, which liquefaction process comprises the steps of: (a) passing the natural gas at liquefaction pressure through the product side of a main heat exchanger; (b) introducing cooled liquefied refrigerant at refrigerant pressure in the cold side of the main heat exchanger, allowing the cooled refrigerant to evaporate at the refrigerant pressure in the cold side of the main heat exchanger to obtain vaporous refrigerant at refrigerant pressure, and removing vaporous refrigerant from the cold side of the main heat exchanger; (c) removing the liquefied gas at liquefaction pressure from the product side of the main heat exchanger; (d) allowing the cooled liquefied gas to expand to a lower pressure to obtain expanded fluid; (e) supplying the expanded fluid to a separator vessel; (f) withdrawing from the bottom of the separator vessel a liquid product stream; (g) withdrawing from the top of the separator vessel a gaseous stream; (h) introducing the gaseous stream obtained in step (g) as feed and/or fuel in the process for the preparation of liquid hydrocarbons, which process for the preparation of hydrocarbons comprises converting a light hydrocarbonaceous feedstock into synthesis gas, followed by catalytic conversion of the synthesis gas into liquid hydrocarbons.
    • 5. 发明专利
    • PROCEDIMIENTO PARA LICUAR GAS NATURAL Y PRODUCIR HIDROCARBUROS
    • AR036952A1
    • 2004-10-13
    • ARP020104022
    • 2002-10-24
    • SHELL INT RESEARCH
    • ANSORGE JOACHIMKLEIN NAGELVOORT ROBERTPUNT ADRIANUS REINIERWIDJAJA ROY
    • C01B3/34C10G2/00F25J1/02F25J1/00F25J3/02F25J3/06F25J3/08C10G5/00
    • Un proceso para la preparación de hidrocarburos líquidos a partir de una materia prima de hidrocarburos ligeros en combinación con un proceso para licuar gas natural, cuyo proceso de licuefacción incluye los pasos de: 1) hacer pasar el gas natural a presión de licuefacción a través del lado del producto de un intercambiador térmico principal; 2) introducción de refrigerante licuado enfriado a presión refrigerante en el lado frío del intercambiador térmico principal, permitiendo que el refrigerante enfriado se evapore a presión refrigerante en el lado frío del intercambiador térmico principal para obtener un refrigerante vaporoso a presión refrigerante, y eliminación del refrigerante vaporoso del lado frío del intercambiador térmico principal; 3) eliminación del gas licuado a presión de licuefacción del lado del producto del intercambiador térmico principal; 4) permitir que el gas licuado refrigerado se expanda a una presión inferior para obtener fluido expandido; 5) colocar el fluido expandido en un recipiente separador; 6) retirar el fondo del recipiente separador una corriente de producto líquido; 7) retirar de la parte superior del recipiente separador una corriente gaseosa; 8) introducir en la corriente gaseosa obtenida en el paso (7) como materia prima y/o combustible en el proceso para la preparación de hidrocarburos líquidos, incluyendo dicho proceso para la preparación de hidrocarburos, la conversión de una materia prima de hidrocarburos ligeros en gas sintético, seguida por una conversión catalítica del gas sintético en hidrocarburos líquidos.
    • 6. 发明专利
    • NO20042131L
    • 2004-05-24
    • NO20042131
    • 2004-05-24
    • SHELL INT RESEARCH
    • ANSORGE JOACHIMNAGELVOORT ROBERT KLEINPUNT ADRIANUS REINIERWIDJAJA ROY
    • F25J1/00C01B3/34C10G2/00C10G5/00F25J1/02F25J3/02F25J3/06F25J3/08
    • Process for the preparation of liquid hydrocarbons from a light hydrocarbonaceous feedstock in combination with a process for liquefying natural gas, which liquefaction process comprises the steps of: (a) passing the natural gas at liquefaction pressure through the product side of a main heat exchanger; (b) introducing cooled liquefied refrigerant at refrigerant pressure in the cold side of the main heat exchanger, allowing the cooled refrigerant to evaporate at the refrigerant pressure in the cold side of the main heat exchanger to obtain vaporous refrigerant at refrigerant pressure, and removing vaporous refrigerant from the cold side of the main heat exchanger; (c) removing the liquefied gas at liquefaction pressure from the product side of the main heat exchanger; (d) allowing the cooled liquefied gas to expand to a lower pressure to obtain expanded fluid; (e) supplying the expanded fluid to a separator vessel; (f) withdrawing from the bottom of the separator vessel a liquid product stream; (g) withdrawing from the top of the separator vessel a gaseous stream; (h) introducing the gaseous stream obtained in step (g) as feed and/or fuel in the process for the preparation of liquid hydrocarbons, which process for the preparation of hydrocarbons comprises converting a light hydrocarbonaceous feedstock into synthesis gas, followed by catalytic conversion of the synthesis gas into liquid hydrocarbons.
    • 7. 发明专利
    • NO20042131D0
    • 2004-05-24
    • NO20042131
    • 2004-05-24
    • SHELL INT RESEARCH
    • ANSORGE JOACHIMNAGELVOORT ROBERT KLEINPUNT ADRIANUS REINIERWIDJAJA ROY
    • C01B3/34C10G2/00F25J1/02F25J
    • Process for the preparation of liquid hydrocarbons from a light hydrocarbonaceous feedstock in combination with a process for liquefying natural gas, which liquefaction process comprises the steps of: (a) passing the natural gas at liquefaction pressure through the product side of a main heat exchanger; (b) introducing cooled liquefied refrigerant at refrigerant pressure in the cold side of the main heat exchanger, allowing the cooled refrigerant to evaporate at the refrigerant pressure in the cold side of the main heat exchanger to obtain vaporous refrigerant at refrigerant pressure, and removing vaporous refrigerant from the cold side of the main heat exchanger; (c) removing the liquefied gas at liquefaction pressure from the product side of the main heat exchanger; (d) allowing the cooled liquefied gas to expand to a lower pressure to obtain expanded fluid; (e) supplying the expanded fluid to a separator vessel; (f) withdrawing from the bottom of the separator vessel a liquid product stream; (g) withdrawing from the top of the separator vessel a gaseous stream; (h) introducing the gaseous stream obtained in step (g) as feed and/or fuel in the process for the preparation of liquid hydrocarbons, which process for the preparation of hydrocarbons comprises converting a light hydrocarbonaceous feedstock into synthesis gas, followed by catalytic conversion of the synthesis gas into liquid hydrocarbons.