General Description

The SDT ICD technology includes sand control screens equipped with inflow control devices and different types of packers to isolate production intervals of a horizontal hole. Our ICDs equalize the inflow profile along the horizontal wellbore section in order to defer/delay water or gas breakthrough and restrict the inflow of adverse fluids/gases into the wellbore in case of a breakthrough happened. The devices mechanism of operation is to control and adjust the resistance to the flow of the produced fluid depending on its physical properties – density and viscosity. There are two generations of the most effective inflow control devices.

Features & Benefits

Increase in oil recovery and share of recoverable hydrocarbon reserves

Increase in target product production rates

Eliminates the need to block unwanted fluid breakthrough intervals with remedial and workover operations

Reducing the water cut of the produced product

The device works autonomously, without the need for control from the surface

Reducing costs by increasing the overhaul period of downhole completions equipment

Extended well life and reduced downtime

Selection of equipment configuration for specific well conditions with modelling

Installation of inflow control devices directly at the field or in the workshop

The equipment is certified and QA/QC with all the required documentation

The technology combines sand control and at the same time inflow control protected by screen wrap housing

Specifications

Type of device	Autonomous
The device restricts the inflow of gas and water	Yes
Material of manufacture of sockets (nozzle) and floating disc	Tungsten carbide
Material of the ARP Select PRO body	AISI 304L
Maximum differential pressure withstood by the device, including sealing elements, not less than, psi	1450
Laboratory-confirmed degree of water inflow restriction compared to oil flow rate, not less than	90%
Laboratory-confirmed degree of restriction of gas inflow compared to oil flow rate, not less than	90%
Throughput	Minimum -2,4* m3/day Average -10,8* m3/day Maximum -30* m3/day
The ARP Select PRO system is designed and tested to be resistant to erosion, salt deposition and clogging.	Yes
In a filter with ARP Select PRO, all parts in the fluid path are at least 8 times the slotted gap of the anti-sand filter	Yes
The cross-section of the pressure differential element of the ARP Select PRO has the smallest area in the chain of cross-sections on the fluid flow path to the pressure differential element	Yes

Type of device	Autonomous
The device restricts the inflow of gas and water	Yes
Material of manufacture of sockets (nozzle) and floating disc	Tungsten carbide
Material of the ARP Select PRO body	AISI 304L
Maximum differential pressure withstood by the device, including sealing elements, not less than, MPa	10
Laboratory-confirmed degree of water inflow restriction compared to oil flow rate, not less than	90%
Laboratory-confirmed degree of restriction of gas inflow compared to oil flow rate, not less than	90%
Throughput	Minimum -2,4* m3/day Average -10,8* m3/day Maximum -30* m3/day
The ARP Select PRO system is designed and tested to be resistant to erosion, salt deposition and clogging.	Yes
In a filter with ARP Select PRO, all parts in the fluid path are at least 8 times the slotted gap of the anti-sand filter	Yes
The cross-section of the pressure differential element of the ARP Select PRO has the smallest area in the chain of cross-sections on the fluid flow path to the pressure differential element	Yes

Autonomous Inflow Control Device – ARP Select PRO