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Hydraulic fracturing is a common method used to improve the productivity of gas-condensate wells. Previous simulation studies have predicted much larger increases in well productivity than observed in the field. This study showed the large effects of non-Darcy flow and condensate accumulation on the productivity of a hydraulically fractured gas-condensate well.
Hydraulic fracturing is a common method used to improve the productivity of gas-condensate wells. Previous simulation studies have predicted much larger increases in well productivity than observed in the field. This study showed the large effects of non-Darcy flow and condensate accumulation on the productivity of a hydraulically fractured gas-condensate well.
Hydraulic fracturing is a common method used to improve the productivity of gas-condensate wells. Previous simulation studies have predicted much larger increases in well productivity than observed in the field. This study showed the large effects of non-Darcy flow and condensate accumulation on the productivity of a hydraulically fractured gas-condensate well.
Hydraulic fracturing is a common method used to improve the productivity of gas-condensate wells. Previous simulation studies have predicted much larger increases in well productivity than observed in the field. This study showed the large effects of non-Darcy flow and condensate accumulation on the productivity of a hydraulically fractured gas-condensate well.
Hydraulic fracturing is a common method used to improve the productivity of gas-condensate wells. Previous simulation studies have predicted much larger increases in well productivity than observed in the field. This study showed the large effects of non-Darcy flow and condensate accumulation on the productivity of a hydraulically fractured gas-condensate well.
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