Advanced Formulations

Advanced Polymer Formulations for Dynamic Treatment Conditions

Advanced polymer formulations are made for the systems where standard polymers fall short, especially under variable temperatures, fluctuating pH, or complex water chemistries. 

From thermo-responsive polymer systems to pH-responsive polymer formulations, smart chemistry adapts to dynamic challenges in oil and gas field, and industrial process streams, boosting system efficiency and reducing chemical loads.

Features & Performance Benefits

Adaptive Performance

Responds in real-time to system changes like temperature spikes or pH shifts.

Precision Activation

Triggers specific functional behaviour exactly where needed.

Greater Treatment Control

Helps stabilize process variations in EOR, high-strength wastewater, and variable pH flows.

Use Cases: Where Smart Polymers Deliver

Oil and Gas field Applications

  • pH-activated polymers for enhanced sweep efficiency in carbonate reservoirs
  • Thermo-responsive PAM for zonal conformance and selective flow control
  • Smart viscosifiers for high-temperature transport fluids

Wastewater Treatment

  • Adaptive polymers for pH-variable influents
  • Controlled flocculation systems in food & beverage, pulp & paper, or mining
  • Zwitterionic systems for mixed-waste streams with alternating charge profiles

Research & Custom Development

  • Controlled-release hydrogel systems for nutrient or reactant delivery
  • Environmentally responsive polymers for closed-loop water systems
  • PEGDA-based smart gels for industrial R&D and biopharma process water

Frequently asked questions

1. What are thermo-responsive polymer systems used for?

Thermo-responsive systems change viscosity or solubility at specific temperatures, making them ideal for oil and gas field conformance, temperature-triggered release, or process control in hot environments.

2. How do pH-responsive polymer formulations work?

These polymers change charge density or conformation in response to pH shifts, improving selective flocculation, controlled swelling, or chemical compatibility in variable-pH influents.

3. Are these smart polymers suitable for oil and gas field use?

Yes. our technology offers hydrophobically modified and heat-activated polymers that perform in high-temperature, high-salinity environments typical of oil and gas field applications.

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