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HSP16/30
SEPROP
69149000
Introduction
SEPPE ceramic proppant is one of the key components in the fracturing process of oil and gas wells. The introduction of proppants to the process of hydraulic fracturing has brought about increased hydrocarbon production rates and recovery. Proppants prevent fracture closure by keeping the hydraulically created fractures propped open with a high conductivity medium, and allow for an increased fracture flow capacity. Technical and chemical characteristics of proppants dramatically influence their efficiency in hydraulic fracturing. Having the correct location specific proppant can make a significant difference on a well’s production rate and life,and profitability, and for this reason it is imperative to utilize the appropriate product.
Specifications
◆High Strength Ceramic Proppant is designed for intermediate depth oil and natural gas wells with closure stresses up to 15,000 psi and higher.
Characteristics:
High crush strength and conductivity in the deepest wells.
◆Intermediate Strength Ceramic Proppant is designed for high performance in natural gas and oil wells with closure stresses of up to 12,500 psi and higher.
Characteristics:
High flow capacity for optimal returns.
Provides a high fracture conductivity in moderate depth wells.
Good economic conductivity.
◆Light Weight Ceramic Proppant is designed for high performance in moderate depth natural gas and oil wells with closure stresses up to 10,000 psi and higher.
Characteristics:
Excellent for slick water fracturing applications and horizontal wells.
Lower settling rates to achieve more efficient proppant placement.
Density similar to Sand with much higher crush resistance than sand.
◆Ultra-lightweight proppant closure stresses up to 7500 psi and higher.
Characteristics:
Reduces proppant settling.
Allows for increased propped length.
Can be more useful in situations where high pump rates or carrier fluids with low viscosities are needed.
Packing & Delivery
Introduction
SEPPE ceramic proppant is one of the key components in the fracturing process of oil and gas wells. The introduction of proppants to the process of hydraulic fracturing has brought about increased hydrocarbon production rates and recovery. Proppants prevent fracture closure by keeping the hydraulically created fractures propped open with a high conductivity medium, and allow for an increased fracture flow capacity. Technical and chemical characteristics of proppants dramatically influence their efficiency in hydraulic fracturing. Having the correct location specific proppant can make a significant difference on a well’s production rate and life,and profitability, and for this reason it is imperative to utilize the appropriate product.
Specifications
◆High Strength Ceramic Proppant is designed for intermediate depth oil and natural gas wells with closure stresses up to 15,000 psi and higher.
Characteristics:
High crush strength and conductivity in the deepest wells.
◆Intermediate Strength Ceramic Proppant is designed for high performance in natural gas and oil wells with closure stresses of up to 12,500 psi and higher.
Characteristics:
High flow capacity for optimal returns.
Provides a high fracture conductivity in moderate depth wells.
Good economic conductivity.
◆Light Weight Ceramic Proppant is designed for high performance in moderate depth natural gas and oil wells with closure stresses up to 10,000 psi and higher.
Characteristics:
Excellent for slick water fracturing applications and horizontal wells.
Lower settling rates to achieve more efficient proppant placement.
Density similar to Sand with much higher crush resistance than sand.
◆Ultra-lightweight proppant closure stresses up to 7500 psi and higher.
Characteristics:
Reduces proppant settling.
Allows for increased propped length.
Can be more useful in situations where high pump rates or carrier fluids with low viscosities are needed.
Packing & Delivery
