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See diagrams below for several options on how to hook up the SFR flowline. Many operators prefer to hook up the Sidestream Flush Restrictor (SFR) on the one inch outlet side of the pump tee. A one inch tee is
normally attached to the pump tee with the following installation:
(1) 1 x ¼” bushing (with brass or red plastic filter) screwed into 1” tee.
(2) Bushing is recommended to be above a horizontal inlet position
(3) A short ¼” nipple screwed into bushing
(4) A ¼” ball valve (to allow chemical changes, etc.) screwed into nipple. Not required.
(5) A ¼ x ¼ x ¼ chemical tee screwed into
     a. short nipple (step #3) or
     b. made up into ball valve from step #4 (with another nipple)
(6) The Hydraulic coiled Restriction hose (for pressure drop and restricting rate) made up to the chemical tee in step #5, no adjustment necessary.
Some prefer to screw the ¼ connection into the chemical tee with the JIC connection screwed into a 2x 1/4 bushing connected to the casing inlet.
This allows one to disconnect from the casing and flow test the SFR into a bucket (if safe).
(7) Screw JIC connection into a 2 x 1/4 bushing connected to the casing inlet.
(8) The Chemical line from the chemical pump is made up to the ¼ x ¼ x ¼ chemical tee attached in step 5.
Note 1: Filter bushing is usually located between horizontal and vertical (on top of flowline tee) and not on bottom of flowline
(top half of line or tee).
Note 2: Quarter inch valve is normally fully open, used to allow changing SSF line.
Note 3: One can let the casing pressure buildup by SI of casing and then open casing with pressure higher than tubing to
blow off filter if it gets plugged.
Note 4: Ensure all connections and piping are rated for maximum operational pressures anticipated or encountered.
Note 5: Many other configurations are possible and operator is responsible for determining the design that best meets their
needs.
Note 1: Quarter inch valve is normally fully open, used to allow changing of SSF line
Note 2: One can let the casing pressure buildup by SI of casing and then open casing with pressure higher than tubing to
blow off filter if it gets plugged.
Note 3: Ensure all connections and piping are rated for maximum operational pressures anticipated or encountered.
Note 4: Wells producing sand may prefer one inch tee configuration on above right to prevent filter from being sand blasted.
Note 5: Many other configurations are possible and operator is responsible for determining the design that best meets their
needs.
Note 1: Quarter inch valve is normally fully open, used to allow changing of SSF line
Note 2: One can let the casing pressure buildup by SI of casing and then open casing with pressure higher than tubing to
Note 3: Ensure all connections and piping are rated for maximum operational pressures anticipated or encountered.
Note 4: Wells producing sand may prefer one inch tee configuration on above right to prevent filter from being sand blasted.
Note 5: Many other configurations are possible and operator is responsible for determining the design that best meets their
needs.
Flowline Side Installation
Installation for Submersible Pumped Wells
Installation on 1" Pump Tee
Sidestream Flush Restrictor Installation
Preferred
Alternate
1" Tee
Filter
Bushing
1/4"
Nipple
1/4" Valve
1/4" Tee
2" or 3"
Flowline
Filter
Bushing
1" Tee
View towards 1" tee
Chemical
Chemical
Casing Valve/Inlet
(normally a tee and 2" valve)
SSF Restriction Line
Filter
Bushing
1/4" Valve
1/4" Tee
Casing Valve/Inlet
(normally a tee and 2" valve)
Filter
Bushing
1/4" Tee
1/4" Valve
Casing Valve/Inlet
(normally a tee and 2" valve)
Chemical
Casing Valve/Inlet
(normally a tee and 2" valve)
Chemical
1/4" Tee
Filter
Bushing
1/4" Valve
1" Tee
2" or 3" Flowline
Pressure Gauge
Pressure Gauge
Flowline Tee
Filter
Bushing
1/4" Tee
1/4" Valve
SSF Restriction Line
Chemical
Chemical
Casing Valve/Inlet
(normally a tee and 2" valve)
Casing Valve/Inlet
(normally a tee and 2" valve)
View towards 1" tee
1" Tee
Filter
Bushing
1/4" Tee
1/4" Valve
Filter
Bushing
Flowline
Tee
SSF Restriction Line
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