Dry Add Units in Clinton, OK
4S Chemicals supplies dry add units to frac operators running completions near Clinton, OK in Custer County. Our dry polymer injection systems replace iso tank hauling with on-site dry polymer storage and computer-controlled metered dosing — cutting transportation cost by approximately 75% and reducing supply chain variables on remote Anadarko Basin locations across Custer, Washita, Dewey, and Roger Mills Counties.
Clinton sits on I-40 in the western Anadarko Basin where the STACK play’s extended footprint meets the deeper conventional and unconventional play zones that Custer County operators have targeted for decades. The town functions as a staging and supply hub for crews working pads west toward Elk City and north toward Dewey and Woodward counties. It’s a logical mobilization corridor, and the dry add unit’s compact 20 ft footprint makes it practical to move between locations spread across rural Custer County roads without the hauling overhead that iso tank systems require.
Why Clinton Operators Use a Dry Add Unit
Custer County pads draw from a wide operational geography. Crews staging through Clinton routinely work locations stretching west toward Roger Mills County and north into Dewey County — distances where every additional trucking trip for liquid friction reducer concentrate adds time and fuel cost to an already long haul.
Clinton’s position on I-40 is an asset for equipment movement, but pad sites accessible only from county and township roads can see supply delays during wet weather or after heavy equipment traffic damages road surfaces. The dry add unit eliminates the repeat trucking those roads would otherwise demand by pre-staging a full job’s polymer supply on location before the first stage pumps.
Water sourced for Custer County completions can vary significantly depending on the draw point. Pads pulling from rural ponds, fresh water disposal systems, or produced water sources in this part of the Anadarko Basin often see conductivity, pH, and dissolved oxygen levels that shift between stages. The dry add unit’s continuous water slip stream monitoring tracks those changes in real time and adjusts polymer dosage accordingly — rather than waiting for a friction issue to appear on the pressure chart after the damage is done.
Cost advantage: Removing iso tank trucking from the supply chain cuts transportation cost by roughly 75%. On multi-stage programs west of Clinton toward Thomas or Leedey, that reduction in hauling cost compounds over the course of a full completion program.
COMPUTER CONTROLLED INLINE
TOUCH SCREEN
CLOUD BASED SYSTEM
- 300 GAL. MIN IN/OUT
- DUST FREE OPERATION
- 300 GAL WORKING TANK
- 316 STAINLESS PIPING
- DOSAGE RATE .25-4.0 GPT
- POLY TOTE BULK STORAGE
- 2500 LBS CAPACITY
- 45 DEG. SLOPPED BOTTOM WITH SLIDE GATE
- BEAM SCALES W/MONITOR
- C.P METER IN EVERY UNIT
- VALUES RECORDED DURING STAGE
Dry Add Unit Features and Specifications
- 20 ft footprint — fully pre-stageable on location before the first stage pumps
- 300 gallon working tank with 316 stainless piping
- 300 gallon minimum in/out, dust-free dry polymer handling
- Dosage rate adjustable from 0.25 to 4.0 GPT on the fly, mid-stage
- Poly tote bulk storage, 2,500 lbs capacity
- 45-degree sloped bottom with slide gate
- Beam scales with monitor for accurate load tracking
- C.P. meter in every unit — values recorded during each stage
- Cloud-based system for remote data sharing and monitoring
- Touch screen, computer-controlled inline operation
Stage data is automatically logged and stored through the cloud system. On pad sites in western Custer County where cell coverage can be inconsistent, the unit stores data locally and syncs it once a connection is restored — keeping dosage records available to the company man and engineering team regardless of site conditions.
Real-Time Water Analytics on Location
Custer County water quality varies pad to pad. Locations near Clinton pulling from municipal or rural water systems often have different chemistry than pads further west toward Thomas or Arapaho that draw from smaller rural sources. Water used across the full Anadarko Basin completion footprint in this area can shift in dissolved oxygen content, pH, chlorine levels, and conductivity depending on the source — all variables that affect how dry polymer performs downhole.
The dry add unit runs a continuous water slip stream through electronic probes that monitor quality across the full volume being injected. Parameters tracked include:
- Dissolved oxygen
- Water temperature
- pH
- ORP (oxidative redox potential)
- FAC (free available chlorine)
- Conductivity
- Resistivity
- Polymer viscosity and pressure profile
That data feeds back in real time against polymer performance readings, so the system can flag cause-and-effect patterns — elevated chlorine degrading friction reducer efficiency, for example — and adjust dosage before the issue affects the back half of a stage.
Applications
The dry add unit is suited for the full range of completion work running in Custer County and the surrounding western Anadarko Basin:
- Slickwater frac programs targeting Woodford, Meramec, Cleveland, and Tonkawa formations
- Multi-stage completions on pads across western Custer, Washita, and Dewey Counties
- Drill-out operations requiring continuous polymer injection
- Recompletion programs on legacy Anadarko Basin wells
- High-volume water jobs with variable rural or produced water sources
Benefits Over Liquid Polymer Systems
- Approximately 75% reduction in transportation cost by eliminating iso tank hauling
- Smaller on-location footprint — 20 ft unit replaces multiple tank trucks
- Less exposure to I-40 weather delays and county road access issues
- Better dosage accuracy with continuous electronic water monitoring vs. batch mixing
- Cloud-logged stage data available to engineering teams even on low-connectivity locations
Dry Add Unit Paired with FRXD
Clinton-area completions commonly pair the dry add unit with FRXD, 4S Chemicals’ non-PAM friction reducer. The dry add unit provides precise on-the-fly polymer metering while FRXD reduces flow resistance without the extra breakers that traditional polyacrylamide-based products require.
FRXD breaks down on its own with time and temperature and resists iron buildup — relevant in Custer and Washita County formations where iron concentrations in produced or sourced water can interfere with PAM-based friction reducers. For jobs running west of Clinton toward Roger Mills County where water chemistry shifts between pads, a simpler chemical program with fewer interaction variables reduces troubleshooting risk on remote locations. Fewer moving parts in the chemical program means fewer things that can go wrong when the nearest technical support is an hour away.
Why Choose 4S Chemicals
Based in Norman, OK — direct mobilization west along I-40 to Clinton and surrounding Custer County
Fast, practical mobilization: compact 20 ft unit moves between pad sites on county roads
Technical support available on and off location to engineering teams
Cloud-based monitoring provides real-time and historical stage data from any device
FRXD compatibility built in — simplified chemical program for western Anadarko Basin completions
Areas We Serve Near Clinton
4S Chemicals mobilizes from Norman west along I-40 to Clinton and surrounding counties. Service area includes:
- Custer County (Clinton, Thomas, Weatherford, Arapaho)
- Washita County (Cordell, Bessie, Cloud Chief)
- Dewey County (Taloga, Camargo, Vici)
- Roger Mills County (Cheyenne, Hammon, Leedey)
- Blaine County (Watonga, Geary)
- Beckham County (Elk City, Sayre)
For locations further north in Woodward County or west into Roger Mills, call ahead to confirm mobilization timing and unit availability.
Frequently Asked Questions
Why does a dry add unit matter for Clinton-area frac jobs?
Custer County pads often rely on supply routes from OKC or Weatherford — longer hauls than locations in the STACK core. Removing iso tank trucking saves more time and cost the further a pad sits from the main chemical supply hubs, and Clinton sits far enough west that those savings are significant on a full completion program.
How far is 4S Chemicals from Clinton?
Clinton is approximately 80 miles west of Norman along I-40 — within 4S Chemicals’ standard mobilization range for Anadarko Basin and extended STACK play jobs.
Does the dry add unit work on remote locations with limited cell service?
Yes. The unit logs stage data locally and stores it through the cloud-based system, so dosage records remain available to the engineering team once a connection is restored — even on pad sites in western Custer or Dewey County with inconsistent coverage.
Can dosage be adjusted while a stage is already pumping?
Yes. Dosage adjusts on the fly between 0.25 and 4.0 GPT without stopping the job — useful when water quality shifts mid-stage on long laterals running into the deeper Woodford or Cleveland zones.
What formations does the dry add unit support near Clinton?
The unit works across Woodford, Cleveland, Tonkawa, Meramec, and other Anadarko Basin formation completions where slickwater or hybrid fluid designs require precision polymer injection.
Does water quality vary enough in Custer County to affect friction reducer performance?
Yes. Pads near Clinton pulling from different source types — rural ponds, municipal water, or produced water — can see meaningful differences in pH, chlorine, and conductivity that affect how friction reducer performs. The unit’s real-time water monitoring adjusts dosage automatically to account for those shifts.
Get a Dry Add Unit on Location Near Clinton
Need a dry polymer injection system for an upcoming Custer County or western Anadarko Basin frac program? Contact 4S Chemicals at 855-415-6004 or email info@4schemicals.com to discuss equipment availability, dosage requirements, and mobilization scheduling. You can also reach the team through the Contact Us page.